Analog & Sensor Highlights - RutronikAnalog offer. Analog products connect the physical and the...

Analog & Sensor Highlights

Your Reliable Source for Analog & Sensor Solutions

V6.1

Committed to excellence

RUTRONIK SMART is a new range of bundled hardware, software and services, bringing together entire solutions, consisting of selected Sensors, Wireless Components, Security Solutions and Cloud Services for devices on the Internet of Things. The featured products are optimized for the typical requirements like space limitations, ultra-low power and offer a high level of integration.

What is SMART ?

CloudSensors Security

Discover the Internet of Things

Design SMART Products

Wireless

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Worldwide and individual consulting on the spot: by competent

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Innovative and flexible solutions: from supply chain management

to individual logistics systems.

Components – Variety. Built-in. The Product Portfolio from RUTRONIK

Wide product range of semiconductors, passive and electro-

mechanical components, displays & monitors, boards & systems,

storage and wireless technologies for optimum coverage of

your needs.

Quality – Security. Built-in.Quality Management without Compromise

The integrated management system (IMS) encompasses

quality control, information security, environmental protection,

occupational health and safety.

Our Product Portfolio

Our Initiatives

Committed to ExcellenceSemiconductors

Passive Components

ElectromechanicalComponents

Boards & Systems

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2 Analog & Sensor Highlights

Analog Sensors

3Analog & Sensor Highlights

Rutronik AnalogRutronik Analog Connects the World between Analog & DigitalOperational Amplifier & Comparators, Logic ICs, Converter & Digital Potentiometer, Voltage References & Supervisor as well as Timer IC and Interfaces – this is our comprehensive Analog offer.

Analog products connect the physical and the digital worlds by translating sensor signals into 1s and 0 s to be used in electronics. A broad selection of devices that are characterized by small footprint, high level of integration and low power consumption will help you to solve design challenges.

Rutronik SensorsRutronik – THE Sensor DistributorThis is our self-conception when it comes to sensors. An industry leading sensor portfolio combined by state of the art products and an exemplified solution selling approach makes it easy for you to realise your sensing application. Let‘s go and appeal to all senses!

Analog & Sensor HighlightsYour Reliable Source for Analog & Sensor Solutions

Analog Sensors

Analog

Sensors

Analog Portfolio

Signal Sensor Logic

Voltage Reference & Supervisor

Digital Potentiometer

DigitalProcessing Amplifier

A/DConverter

D/AConverter

4 Amplifier | Logic | Converter & Digital Potentiometer | Voltage References & Supervisor | Timer | Interface

A Automotive qualified preferred I Industrial

Products Page Bosch AE Diodes Infineon Intel Melexis NJRC Renesas Rohm ST Toshiba Vishay Products

Amplifier 8 Amplifier

Comparators A I A I I A I A I Comparators

Current Shunt Amplifier A I I A I Current Shunt Amplifier

Operational Amplifier A I A I A I A I A I Operational Amplifier

Logic 16 Logic

Buffer I A A I Buffer

Decoder A I A I Decoder

I/O Expander I I I I/O Expander

Inverter I A I Inverter

Shift I A A I Shift

Analog Switches / Multiplexer I I A I A I A I Analog Switches / Multiplexer

Converter & Digital Potentiometer 19 Converter & Digital Potentiometer

A/D-Converter A I A I I A/D-Converter

D/A-Converter A I I D/A-Converter

Digital Potentiometer I Digital Potentiometer

Voltage References & Supervisor 22 Voltage References & Supervisor

Supervisor I A I I A I A I Supervisor

Voltage References A I I A I Voltage References

Timer 23 Timer

Oscillator i I I Oscillator

Real Time Clock I I II A I Real Time Clock

Interface 25 Voltage References & Supervisor

CAN A I A I A I CAN

Ethernet I I Ethernet

FlexRay A FlexRay

IO-Link I IO-Link

LIN A I A I A LIN

Media I I I Media

RS (-232, -485, -422) I I RS (-232, -485, -422)

USB I USB

Digital Potentiometer Digital Potentiometer

Amplifier

Amplifier

Interface Timer

5Amplifier | Logic | Converter & Digital Potentiometer | Voltage References & Supervisor | Timer | Interface

Products Page Bosch AE Diodes Infineon Intel Melexis NJRC Renesas Rohm ST Toshiba Vishay Products

Amplifier 8 Amplifier

Comparators A I A I I A I A I Comparators

Current Shunt Amplifier A I I A I Current Shunt Amplifier

Operational Amplifier A I A I A I A I A I Operational Amplifier

Logic 16 Logic

Buffer I A A I Buffer

Decoder A I A I Decoder

I/O Expander I I I I/O Expander

Inverter I A I Inverter

Shift I A A I Shift

Analog Switches / Multiplexer I I A I A I A I Analog Switches / Multiplexer

Converter & Digital Potentiometer 19 Converter & Digital Potentiometer

A/D-Converter A I A I I A/D-Converter

D/A-Converter A I I D/A-Converter

Digital Potentiometer I Digital Potentiometer

Voltage References & Supervisor 22 Voltage References & Supervisor

Supervisor I A I I A I A I Supervisor

Voltage References A I I A I Voltage References

Timer 23 Timer

Oscillator i I I Oscillator

Real Time Clock I I II A I Real Time Clock

Interface 25 Voltage References & Supervisor

CAN A I A I A I CAN

Ethernet I I Ethernet

FlexRay A FlexRay

IO-Link I IO-Link

LIN A I A I A LIN

Media I I I Media

RS (-232, -485, -422) I I RS (-232, -485, -422)

USB I USB

6 MEMS | Environmental | Optical | Magnetic | Current |

Sensor Portfolio

A Automotive qualified preferred I Industrial

Sensor Products Page Bosch AE Bosch Sensortec BYD Comus Diodes Epson Everlight Honeywell Infineon LiteOn Melexis Murata NJRC Omron Osram Panasonic Renesas Rohm Sensirion ST TDK /

Micronas Toshiba Vishay Sensor Products

MEMS 32 MEMSAbsolute Orientation I I Absolute OrientationAcceleration A I I I I I A I Acceleration

eCompass I I I eCompass

Gyroscope A I I I I I A I GyroscopeIMU (Acceleration + Gyro) A I I I I I I IMU (Acceleration + Gyro)Microphone I I I MicrophoneEnvironmental 42 EnvironmentalAir-Flow I I I Air-FlowGas I I I GasHumidity I I A I I HumidityPressure A I I I I A I A I I I I I I PressureTemperature I I I I I A I TemperatureParticulate Matter I I IOptical 61 OpticalAmbient Light I I I A I A I A I I A I Ambient LightCamera Modules I I I Camera ModulesFar Infrared / Infrared I A I A I I A I I I A I Far Infrared / InfraredFingerprint I FingerprintImage I I I I I ImageProximity I I I A I I A I I A I I I A I A I ProximityRadar A I I RadarReflective I I I A I I A I I I I ReflectiveTime-of-flight A I A I I A I Time-of-flightTransmissive I I I I A I I A I TransmissiveUltrasonic I IMagnetic 71 MagneticGeomagnetic I I Geomagnetic

Hall Linearnon programmable I I A I A I I non programmable

Hall Linearprogrammable A I A I A I programmable

Hall Switch

single A I A I A I A I A I A I A I A I single

Hall Switchdual I I A I A I dualspeed I A I A I speedprogrammable I A I A I programmable

Magnetoresistive

switch I I switch

Magnetoresistive3D switch I 3D switchlinear A I linear2D sensor I A I A I 2D sensor

Multiaxis Hall A I A I A I Multiaxis HallTMR I ICurrent 94 CurrentHall based ICs I A I A I Hall based ICsSensor Modules I A I Sensor ModulesShunt Monitors Shunt Monitors

Analog Sensors

7MEMS | Environmental | Optical | Magnetic | Current |

Sensor Products Page Bosch AE Bosch Sensortec BYD Comus Diodes Epson Everlight Honeywell Infineon LiteOn Melexis Murata NJRC Omron Osram Panasonic Renesas Rohm Sensirion ST TDK /

Micronas Toshiba Vishay Sensor Products

MEMS 32 MEMSAbsolute Orientation I I Absolute OrientationAcceleration A I I I I I A I Acceleration

eCompass I I I eCompass

Gyroscope A I I I I I A I GyroscopeIMU (Acceleration + Gyro) A I I I I I I IMU (Acceleration + Gyro)Microphone I I I MicrophoneEnvironmental 42 EnvironmentalAir-Flow I I I Air-FlowGas I I I GasHumidity I I A I I HumidityPressure A I I I I A I A I I I I I I PressureTemperature I I I I I A I TemperatureParticulate Matter I I IOptical 61 OpticalAmbient Light I I I A I A I A I I A I Ambient LightCamera Modules I I I Camera ModulesFar Infrared / Infrared I A I A I I A I I I A I Far Infrared / InfraredFingerprint I FingerprintImage I I I I I ImageProximity I I I A I I A I I A I I I A I A I ProximityRadar A I I RadarReflective I I I A I I A I I I I ReflectiveTime-of-flight A I A I I A I Time-of-flightTransmissive I I I I A I I A I TransmissiveUltrasonic I IMagnetic 71 MagneticGeomagnetic I I Geomagnetic

Hall Linearnon programmable I I A I A I I non programmable

Hall Linearprogrammable A I A I A I programmable

Hall Switch

single A I A I A I A I A I A I A I A I single

Hall Switchdual I I A I A I dualspeed I A I A I speedprogrammable I A I A I programmable

Magnetoresistive

switch I I switch

Magnetoresistive3D switch I 3D switchlinear A I linear2D sensor I A I A I 2D sensor

Multiaxis Hall A I A I A I Multiaxis HallTMR I ICurrent 94 CurrentHall based ICs I A I A I Hall based ICsSensor Modules I A I Sensor ModulesShunt Monitors Shunt Monitors

Analog Sensors

Audio Amplifiers

Operational Amplifiers & Comparators

Class-D audio amplifier solutions from Diodes Incorporated maximize battery life, reduce power lost as heat, and minimize printed circuit board (PCB) area while providing high quality audio performance.

Industry-standard general-purpose op-amps and comparators: AS3xx/LM290x series Industry-standard low-voltage general-purpose op-amps and comparators: LMV3, AZV8 and AZV3 series Single, dual and quad configurations Automotive compliant LM290xQ family

Features Output powers from 1.5W to 30W/channel Filterless design allows direct drive of speakers Anti-saturation and power limit functionality improves audio quality Small footprint and highly integrated devices Automotive Compliant versions available and in development

Our filterless, low electromagnetic interference (EMI) modu-lation architecture delivers efficiencies of up to 92%, and elimi-nates the large inductors and capacitors between the amplifier and the speaker that traditional Class-D amplifiers require. Products include both mono and stereo speaker drivers with maximum out-put power ranging from 1.5W to 32W and typical total harmonic distortion plus noise (THD+N) of less than 0.5%.

Part Number

Min. VDD (V)

Max. VDD (V)

Iq (mA)

Power/Ch (W)

Mono or

StereoBTL SE

Class-D or AB

Power Limit

Anti-Sat

Head-phone

out

Effici-ency

%

Volume/ Gain

SNR (dB)

PSRR (dB) Package

PAM8001 2.5 5.5 11.5 3 S Yes No D Yes Yes No 89 64Step DC 86 70 SSOP-24

PAM8003 2.5 5.5 4 3 S Yes No D No No No 87 65Step DC 86 70 SO-16

PAM8004 2.5 5.5 4 3 S Yes No D No No No 87 Fixed 86 70 SO-16

PAM8007 2.5 5.5 12 3 S Yes No D No No Yes 92 64Step DC 97 63 SSOP-24

PAM8008 2.5 5.5 8 3 S Yes No D yes No No 87 64Step DC 95 70 SOP-16L

PAM8009 2.8 5.5 7 3 S Yes Yes D yes No Yes 90 64Step DC 89 75 SO-24, QFN4040-20

PAM8010 2.5 5.5 10 3 S Yes No D yes No Yes 90 64Step DC 95 80 SSOP-24

PAM8019 2.8 5.5 4 3 S Yes Yes D yes No Yes 90 64Step DC 83 61 QFN4040-20

PAM8100 2.5 5 10 - S No Yes AB No No No Rin adj 105 70 TSSOP-14

PAM8124 10 26 25 18 S No Yes D No No No 90 4-Settings 92 52 TSSOP-24EP

PAM8404 2.5 5.5 11 3 S Yes No D No No No 89 4-Settings 87 63 U-QFN4040-20

PAM8406 2.5 5.5 10 5 S Yes No D/AB No No No 90 Rin adj 90 70 SO-16

PAM8407 2.5 6 8 3 S Yes No D No No No 87 Up/Down 95 70 SO-16

PAM8408 2.5 6 8 3 S Yes No D No No No 87 Up/Down 90 70 SO-16

PAM8009 2.5 5.5 8 3 S Yes No D Yes Yes 87 DC 95 70 QFN4040-20, SO-24

PAM8620 8 26 16.5 10 S Yes No D Yes No No 90 Fixed 90 65 QFN5050-32

PAM8908 2.5 5.5 4 - S No Yes D No No Yes 4-Settings 100 75 U-QFN3030-16

PAM8012 2.5 5.5 4.2 2 M Yes No D Yes Yes No 90 Fixed 95 95 MSOP-10EP

PAM8301 2.5 5.5 4 2 M Yes No D No No No 88 Fixed 78 50 TSOT26

PAM8302A 2 5.5 4 3 M Yes No D No No No 85 Fixed NA 50 SO-8, MSOP-8, U-DFN3030-8

PAM8303C 2.8 5.5 7.5 3 M Yes No D No No No 90 Rin adj NA 63 U-DFN3030-8; MSOP-8

PAM8304 2.8 6 5 3 M Yes No D No No No 93 Rin adj NA 70 U-DFN3030-8; MSOP-8

PAM8320 4.5 15 15 20 M Yes No D No No No 95 Rin adj 95 60 SO-16EP

PAM8904 2.3 5.5 1 - M Yes No D No No No NA 3- Step NA NA U-QFN3030-16, U-QFN3030-12

PAM8904Q 2.3 5.5 1 - M Yes No D No No No NA 3- Step NA NA U-QFN3030-16

PAM8945 2.8 5.2 4 4 M Yes No D No No No 86 AGC 95 70 W-QFN2030-12



Analog Sensors

ZXCT Current Monitors


ZXCT current monitors convert a high-side current measurement to a ground referred current/voltage output; greatly simplifying high-sided current measurements.

Industry-standard general-purpose op-amps and comparators: AS3xx/LM290x series Industry-standard low-voltage general-purpose op-amps and comparators: LMV3, AZV8 and AZV3 series Single, dual and quad configurations Automotive compliant LM290xQ family

Features Measures current without upsetting the ground reference point Current output versions provide simple programmability of gain

Part Number

Autom.Compliant PPAP &

AEC-Q100

Output Type

Min. VCC/VB Supply Voltage

(V)

Max. VCC/VB Supply Voltage

(V)

Min. S+ Common-Mode Sen-se Voltage

(V)

Max. S+ Common-Mode Sen-se Voltage

(V)

Maxi-mum

Output Voltage

(V)

Max. Sense

Voltage (V)

Accu-racy @ VSENSE =100 mV(%)

Quie-scent

Current (µA)

Gain Out-put/VSENSE

Band-width (MHz)

Ambient Temperature Range (°C)

Packages

ZXCT1008 ZXCT1008Q Current N/A N/A 2.5 20 Vs+ -2.5 0,5 2,5 4 10mA/V 2 -40 to +125 SOT23

ZXCT1009 ZXCT1009Q Current N/A N/A 2.5 20 Vs+ -2.5 2,5 2,5 4 10mA/V 2 -40 to +85 SM-8

ZXCT1010 N Current N/A N/A 2.5 20 Vs- -1 2,5 2,5 3,5 10mA/V 2 -40 to +85 SOT25

ZXCT1011 N Current N/A N/A 2.5 20 Vs- -1 0,5 0,5 4 10mA/V 1,5 -40 to +125 SOT25

ZXCT1020 N Current 2.7 20 2.5 Vb Vs- -1 0,5 0,5 25 Ext. Resistor 3 -40 to +125 SOT25

ZXCT1021 N Voltage 2.5 20 2.5 20 Vs- -1 1,5 - 25 25 1 -40 to +85 SOT25

ZXCT1022 N Voltage 2.5 20 2.5 20 Vs- -1 0,18 - 25 100 1 -40 to +85 SOT25

ZXCT1023 N Voltage 2.5 20 2.5 20 Vs- -1 0,38 - 3,5 50 1 -40 to +85 TDFN1812-4

ZXCT1030 N Voltage 2.2 20 2.2 Vcc Vcc -2 0,5 - 270 10 6 -40 to +85 SO-8

ZXCT1032 N Voltage 9.5 21 9.5 21 Vs- -1 0,25 - 1600 N/A - -40 to +85 SOT25

ZXCT1041 N Voltage N/A N/A 2.7 20 Vs- -1 0,8 - 35 10 0,3 -40 to +85 SOT25

ZXCT1050 N Current 2.7 20 0 Vcc-2 Vcc -2 0,5 3 50 Ext. Resistor 0,8 -40 to +125 SOT25

ZXCT1051 N Voltage 2.5 20 0 Vcc-2 Vcc-2 0,3 3 50 10 2 -40 to +125 SOT25

ZXCT1080 ZXCT1080Q Voltage 4.5 12 3 60 Vs- -1.5 0,15 - 30 10 0,5 -40 to +125 SOT25

ZXCT1081 ZXCT1081Q Voltage 4.5 12 3 40 Vs- -1.5 0,15 - 30 10 0,5 -40 to +125 SOT25

ZXCT1082 ZXCT1082Q Current 2.7 60 2.7 60 Vs- -1 0,5 2 2 Ext. Resistor 0,5 -40 to +125 SOT25

ZXCT1083 ZXCT1083Q Current 2.7 40 2.7 40 Vs- -1 0,5 2 2 Ext. Resistor 0,5 -40 to +125 SOT25

ZXCT1084 ZXCT1084Q Voltage 2.7 60 2.7 60 Vs- -1 0,5 2 2 25 0,5 -40 to +125 SOT25




ZXCT1107 ZXCT1107Q Current N/A N/A N/A 36 Vs+ -2.5 0,8 3,4 3 4mA/V 0,3 -40 to +125 SOT23

ZXCT1109 ZXCT1109Q Current N/A N/A N/A 36 Vs+ -2.5 0,8 3,4 3 4mA/V 0,3 -40 to +125 SOT23

ZXCT1110 ZXCT1110Q Current N/A N/A N/A 36 Vs- -1 0,8 1,8 3 4mA/V 0,3 -40 to +125 SOT23 - 5

Voltage output versions reduces com-ponent count ZXCT1008/1009/1107/1109 in tiny SOT23 package

ZXCT108x common-mode sensing up to 60V lines ZXCT1xxxQ Automotive-compliant versions supporting PPAP documentation


Current Monitors – The Diodes Advantage

Analog Sensors

http://Autom.Compliant

http://Autom.Compliant

Part Number

Output Type

Cha

nnel

s

Res

pons

e Ti

me

[ns]

Supp

ly C

urre

nt

[mA]

Ope

ratin

g

Volta

ge [V

]

Vio

max

[mV]

Ope

ratin

g Te

mpe

ratu

re

[°C

]

Package Specification Applications

NJM2903C

Open-Collector

21300

0.452.0 to 36 5 -40 to 125

SOP8 DMP8

MSOP8(TVSP8) SSOP8

EQFN14-D7

Single Power Supply Open Collector Output Direct Interface to TTL, MOS and Bipolar Technology

Portable and Battery-Powered Applications Alarm and Surveillance Circuits Industrial Instruments Sensor Applications

NJM2901C 4 0.8 SSOP14 SOP14

NJU7116

Push-Pull 1 3300 0.001 1.8 to 3.6 2.5 -40 to 105 SOT-23-5 DFN6-G1(ESON6-G1)

Single Power Supply Push-Pull Output Low Operating Current Low Bias Current (1pA typ) CMOS

NJU77230

Push-Pull1

7800.006

1.8 to 5.5 6 -40 to 125

SOT-23-5 SC-88A

Rail-to-Rail Input Push-Pull Output Low power CMOS

NJU77231 SOT-23-5 SC-88A

DFN6-G1(ESON6-G1)

NJU77232 2 0.012 MSOP8(TVSP8) DFN8-U1(ESON8-U1)

NJU77240

Open-Drain1

8400.006

SOT-23-5 SC-88A

Rail-to-Rail Input Open-Drain Output Low power CMOS

NJU77241 SOT-23-5 SC-88A

DFN6-G1(ESON6-G1)

NJU77242 2 0.012 MSOP8(TVSP8) DFN8-U1(ESON8-U1)


New Japan Radio is a leading analog/linear semiconductor manufacturer holding the 3rd position in the worldwide operational amplifier and comparator market. More than 50 years experience in analog technology, its own wafer diffusion with in-house assembly and a commitment to highest quality results in a very high customer satisfaction. Especially in times with dramatic changes in the semi conductor vendor landscape a long-time supply commitment becomes more and more important to customers in most industries. NJR offers a wide product range of operational Amplifiers and comparators with a rich feature mix including: Rail to Rail Input/Output, High RF immunity, Low Noise, Low Power, High Precision, High Efficiency, Small sized packages, J-FET / Bipolar and CMOS technologies.

If you are you looking for a second source in order to secure your production?Then you should check NJRs competitive operational amplifiers and comparators which could replace products from other vendors by offering a flexible pinning compatible with many products on the market.

Comparators


Analog Sensors


Types

No.

Of C

hann

els

GB

W [M

Hz]

Slew

rat

e

[V/µ

sec]

Ope

ratin

g Vo

ltage

[V

]

Supp

ly C

urre

nt

[mA]

Vio

max

[mV]

Volta

ge N

oise

[n

v/√

Hz]

Ope

ratin

g

Tem

pera

ture

[°C

]

Package Specification Applications

PRECISION

NJU7076 1

1.3 0.5 2.2 to 5.5

0.60.15

10 -40 to 125

SOT-23-5 Precision, Low Noise,

Rail-to-Rail Output, RF Noise Immunity,

CMOS

Thermocouple Amplifier Strain Gauge Amplifier Photo Diosde Amplifier Medical Instrumentation Precision Current Sensing High Precision Data Acquisition High Precision Current Sensing Handheld Test Equipment Low Side Current Sensing

NJU7077 2 1.2 MSOP8(VSP8)

NJU7078 4 2.3 0.2 SSOP14

NJU7098A 1 2 - 5 3 3 to 10 0.7 0.015 120 -40 to 105 SOT-23-6-1

Zero-Drift, Single Supply Rail-to-Rail Output, Shutdown mode,

RF Noise Immunity, CMOS

LOW POWER

NJU77000 10.001 0.001

1.5 to 5.5

0.00029 1.8 600

-40 to 105

SOT-23-5

Ultra Low Power, Rail-to-Rail Input/Output

RF Noice Immunity CMOS

Battery powered Instruments Micro power oxygen and gas sensor Power line monitoring Micropower current sensing Healthcare instruments

NJU77001 1 SOT-23-5; SC-88A

NJU77002 20.001 0.001

0.00046 2700

SOP8 JEDEC 150mil MSOP8(TVSP8)

DFN8-U1(ESON8-U1)

NJU77004 4 0.00092 2.2 SSOP14

NJU7026 1

0.16 0.05 1.8 to 5.5

0.013

4 50 -40 to 125

SC-88A; SOT-23-5 Ultra Low Power 13µA/ch, Rail-to-Rail Output RF Noise Immunity

CMOS

Battery-powered instruments Current sensor amplifiers Voltage/current monitoring Power line monitoring Photodiode amplifiers

NJU7027 2 0.026 DFN8-U1(ESON8-U1) MSOP8(TVSP8)

NJU7028 4 0.048 SSOP14

NJU77550 1

1.6 0.7 1.8 to 5.5

0.045

5 24 -40 to 125

SC-88A; SOT-23-5Low Power,

High GBW @ 45uA/ch RF Noise Immunity

Rail-to-Rail Input/Output

Battery-Powered Equipment Audio, Healthcare, Security Systems Smart Meter, Sensor Interfaces Gas/Smoke Sensor, Active Filter Photodiode Amplifier

NJU77551 1 0.045 SC-88A; SOT-23-5

NU77552 2 0.090 SOP8; MSOP8(TVSP8)

NJU77554 4 0.18 SSOP14

LOW NOISE

NJU77806 1 4.4 1.1 1.8 to 5.5 0.5 2 5.5 -40 to 105 SC-88A

Low Noise, low Power, Rail-to-Rail Output, RF Noise Immunity,

CMOS

Low-noise microphone amplifier Photodiode preamplifier Sensor application Security equipment Wireless LAN Radio systems

NJM8530 1

1 0.4 1.8 to 14

0.32

4 10 -40 to 125

SOT-23-5

Low Noise / Low Power Wide Bandwidth

Rail-to-Rail Input/Output

Battery-powered instruments, Audio, Sensor applications, Medical, Security High-side/Low-side Current sensing amplifiersActive Filters Analog-to-digital / Digital-to-analog Buffers, Handheld Test Equipment

NJM8532 2 0.58 MSOP8(TVSP8); DMP8, SSOP8

NJM8534 4 1.2 SSOP14

HIGH SLEW RATE

NJU77701 1 34 35 2.4 to 5.5 3.8 1.5 5 -40 to 125 SOT-23-5

High GBW, High-Speed, Low-Noise Rail-to-Rail I/O ,

RF Noise Immunity CMOS

Low noise signal processing, ADC buffers DAC output amplifier, Current Sense amplifier Radio systems

NJU7046 1

5 9 2.7 to 5.5

1.4

5 20 -40 to 125

SOT-23-5; SC-88A

High-Speed, Rail-to-Rail I/O, RF Noise Immunity,

CMOS

High speed sensor amplifiers Current sensor amplifiers Photodiode amplifiers ADC front ends Battery-powered instruments

NJU7047 2 2.7 SOP8 JEDEC 150mil

MSOP8(TVSP8) DFN8-U1(ESON8-U1)

NJU7048 4 5.3 SOP14; SSOP14

Operational Amplifiers

Pin compatibility – 2 types of pin connection in SOT-23 and SC-88A

TI, etc... Others...TI, etc...TI, AD etc...

1

2

3

5

4

V+

V-

OUTPUT-INPUT

+INPUT

(Top View)

1

2

3

5

4

V+

V-

OUTPUT+INPUT

-INPUT

(Top View)

1

2

3

5

4

V+

V-

OUTPUT-INPUT

+INPUT

(Top View)

1

2

3

5

4

V-

V+OUTPUT

-INPUT+INPUT

(Top View)

NJU77550 NJU77000

NJU77551 NJU77001 NJU77230 NJU77240

Push-Pull output Open-Drain output

NJU77231 NJU77241


Replace all imeges to the same aspect ratio. (I will leave the color up to you.)

1

2

3

5

4

V+

V-

OUTPUT-INPUT

+INPUT

(Top View)

1

2

3

5

4

V+

V-

OUTPUT+INPUT

-INPUT

(Top View)

1

2

3

5

4

V+

V-

OUTPUT-INPUT

+INPUT

(Top View)

1

2

3

5

4

V-

V+OUTPUT

-INPUT+INPUT

(Top View)

NJU77550 NJU77000

NJU77551 NJU77001 NJU77230 NJU77240


NJU77231 NJU77241



1

2

3

5

4

V+

V-

OUTPUT-INPUT

+INPUT

(Top View)

1

2

3

5

4

V+

V-

OUTPUT+INPUT

-INPUT

(Top View)

1

2

3

5

4

V+

V-

OUTPUT-INPUT

+INPUT

(Top View)

1

2

3

5

4

V-

V+OUTPUT

-INPUT+INPUT

(Top View)

NJU77550 NJU77000

NJU77551 NJU77001 NJU77230 NJU77240


NJU77231 NJU77241



1

2

3

5

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V+

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+INPUT

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V+

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+INPUT

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V+OUTPUT

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(Top View)

NJU77550 NJU77000

NJU77551 NJU77001 NJU77230 NJU77240


NJU77231 NJU77241



Analog Sensors

High Performance Op-Amps High Performance Comparators

Nano Power

High Performance Op-Amps 3

TSB9 (*)

TSV9

TSX9

TSB7 (*)

Micro Power

Low Power Zero Drift Precision Energy

effective Fast

TSU TSV6

TSX6

TSB6

TSV8 TSZ TSV7

TSX7

TSB5

TSV5

TSX5

5V

16V

36V

AECQ-100 (*) Under development

High-performance Comparators 5

TS881TS882TS884

TSX393TSX339

TSX3702TSX3704

TS3021TS3022

TS331TS332TS334

TS3011

Responsetime (s)

1µs

500 ns

100 ns

10 ns 1.0 µA 10 µA 50 µA 100 µA 500 µA

LMV331LMV393LMV339

Supply current (Icc)

AECQ-1002µs

TS985

5V 16V


OpAmps Comparators A broad range of industry-standard devices High-speed comparators Micropower comparators Space-optimized solutions, with tiny DFN, SC-70 and 6-Bump CSP packages High-temperature (+150 °C) qualified devices A large portfolio of automotive qualified comparators

Series Main Features Ideal for

TSB5 TSB6

36 V BiCMOS New generation of high-voltage op amps

Industrial Automotive

TSV5 – TSV6 TSV8 – TSV9

Micropower 5 V CMOS Low voltage

Sensor signal conditioning Battery operated devices

TSV7 TSZ1

High precision Micropower 5 V CMOS

Sensor signal conditioning Medical instrumentation Handheld equipment High precision current sensing

TSX5 – TSX6 TSX7 – TSX9

Micropower 16 V CMOS Excellent power/ Bandwidth ratio

Power applications (12 V, 15 V, +/- 5 V) AFE for High Voltage sensor

TSU1 Ultra low current consumption Gas, CO, Smoke detectors Energy harvesting systems Battery operated systems

Series Main Features Ideal for

TS881TS882TS884

Nanopower Very low voltage

Gas, CO, Smoke detectors Battery operated security system

TS3011TS3021

Nano Second response time High efficiency

Optical modules High frequency system

TS985 Micropower Tiny packages

Smartphones, smartwatches Digital cameras Internet of Things (IoT) devices Portable test equipment

TSX393 - TSX339TSX3702 - TSX3704

Micropower Fast response time High ESD tolerance

Industrial equipment Automotive equipment


The largest portfolio of micropower OpAmps for battery-powered, portable devices An ever-increasing range of precision amplifiers Space-optimized solutions, with tiny DFN, QFN and SC-70 packages Extensive choice of low- and high-voltage rail-to-rail OpAmps Industry-standard OpAmps High-temperature (+150°C) qualified devices Large portfolio of automotive qualified OpAmps

Analog Sensors

High-performance Comparators 5

TS881TS882TS884

TSX393TSX339

TSX3702TSX3704

TS3021TS3022

TS331TS332TS334

TS3011

Responsetime (s)

1µs

500 ns

100 ns

10 ns 1.0 µA 10 µA 50 µA 100 µA 500 µA

LMV331LMV393LMV339

Supply current (Icc)

AECQ-1002µs

TS985

5V 16V


High - Precision Operational Amplifiers

Precision OpAmpsTSV7 Series Low offset voltage: Vio = 200 µV max Low input offset voltage drift: dVio/dT = 10 µV/°C max Operating voltage: Down to 1.5 V up to 5.5 V Excellent speed / power ratio:

10 µA (typ at 5 V) / 120 kHz for TSV71x 60 µA (typ at 5 V) / 850 kHz for TSV73x

Low bias current 1 pA Rail to rail input & output High ESD protection 4 kV HBM Tiny packages SC70 / SOT23-5 / DFN8

Handheld devices Precision medical system / glucose meter Test & measurement equipment Factory automation Telecom infrastructure Optical networking

Multifunctional Expansion BoardBased on ST’s operational amplifiers: TSZ124 TSU104 TSV734

Applications

Dual High Bandwidth Chopper OpAmpTSZ182 Series Very high accuracy and stability Offset voltage 25 µV max at 25 °C, 35 µV over full trange Gain bandwidth product: 3 MHz Low supply voltage: 2.2 V to 5.5 V Low power consumption: 1 mA max. at 5 V Smallest package in the market (DFN8 2x2) Save board space (no external trimming components) Accuracy virtually unaffected by temperature change Automotive-qualified variant

Current measurement in automotive for motor control Industrial sensors and instrumentation Medical devices, body-signal monitors

Applications

X-NUCLEO-IKA01A1

Analog Sensors

Nano-Power Comparators

TS88 Series Ultra low current consumption: 210 nA typ. Propagation delay: 2 μs typ. Rail-to-Rail inputs Push-Pull output Supply operation from 0.85 V to 5.5 V Wide temperature range: -40 to +125 °C ESD tolerance: 8 kV HBM / 300 V MM Tiny package : SC70-5, SOT23-5L, MiniSO8 and DFN8 (2 x 2 mm)


Portable systems Signal conditioning Medical equipment Automotive

Applications

Nano - Power Operational Amplifiers & Comparators

Nano-Power OpAmps

TSU111 Series Nano power consumption 900 nA Low offset voltage reduces output error 150 µV max at 25 °C 235 µV max -40 to 85 °C Low noise over 0.1 to 10 Hz bandwidth: 3.6 µVpp Low supply voltage: 1.5 V to 5.5 V Rail-to-Rail input & output GBP 11.5 kHz Tiny packages: DFN6 (1.2 x 1.3 x 0.5 mm), SOT323-5L

Applications Gas/water metering systems Battery/solar operated systems Alarm & monitoring systems Portable medical equipment

ST Op Amps AppAll-in-one design toolkit and smart selector on tablets and smartphones.

P-NUCLEO-IKA02A1

Demo Board PackageSTM32 Nucleo pack for electrochemical gas sensors expansion board for CO sensor. Can be extended with SubGHz or Wi-Fi board to become a cloud sensor.

Analog Sensors

16 V Precision OpAmp

TSX7 Series Low input offset voltage: 200 µV max. Rail-to-Rail input and output Low current consumption: 800 µA max. Gain bandwidth product: 2.7 MHz Low supply voltage: 2.7 - 16 V Unity gain stable Low input bias current: 50 pA max. High ESD tolerance: 4 kV HBM Extended temp. range: -40 °C to +125 °C Automotive qualification Available in tiny packages: SOT23

Nano-Power Comparators 36 V Low Power OpAmps

TSB5 / TSB6 Series Rail to rail input and output (TSB5) Wide supply voltage: 2.7 V up to 36 V (TSB6) Excellent speed / power ratio: 380 µA / 2.5 MHz for TSB57x / - 125 µA / 560 kHz for TSB611 Stable @ high cap values (TSB5) High ESD protection 4 kV HBM Both qualified AEC-Q100 Tiny packages: SOT23-5 for TSB611 (single) Mini-SO8 & DFN-8 for TSB572 (dual)

Videos: How to tame offset, drift, CMRR, PSRR and noise?

What does precision mean for an op amp?

Visit: www.youtube.com/c/stmicroelectronics


Applications Battery powered instrumentation High independence sensor interface Current sensing (high and low side)

High - Voltage CMOS for Robust Circuit Design

Applications Industrial Power supplies Automotive

Active filtering Low side and high side current sense

For industrial and smart home applications.

Analog Sensors

http://www.youtube.com/c/stmicroelectronics


Mixed SignalDiodes Incorporated is able to offer a portfolio of devices that meet the requirements of a wide range of electronic applications by addressing these competing design criteria to produce elegant and practical solutions.

High speed switches (USB2/3/3.1/C signal, HDMI/DP video switches, VGA & LAN switches) High speed signal Multiplexers LVDS receivers/transceivers

PCIe packet switches PCIe-PCI/PCIX bridges PCIe to UART PCIe to USB/PCIe

PCIe Linear ReDrivers 10 Gb Ethernet Linear ReDrivers USB 3.0/3.1 Linear ReDrivers SATA 2.0/3.0 ReDrivers

Timing IC (clock generators, buffers, 555) Real time clocks Crystals and crystal oscillators (XO, VCXO, TCXO)

Switching Connectivity

Signal Integrity Timing SAS 2.0/3.0 Linear Combo ReDrivers HDMI / Display Port ReDrivers

Analog Sensors


Logic Components by DiodesDiodes Incorporated’s logic products are offered in a wide variety of packages to meet the design needs of both cutting-edge and legacy products.

Diodes Incorporated‘s experienced design team has created popular functions in four major logic families: Advanced Ultra-low Power AUP Low-Voltage CMOS LVC Standard High Speed CMOS Logic HC / HCT Advanced High-speed CMOS AHC(T)

Single-gateAvailable in AHC, AHCT, LVC and AUP families. Most are available in the world’s smallest DFN0808 package.

Dual-gateLVC and AUP families. The DFN0910 at 0.9 mm x 1.0 mm is the smallest available foot print.

Standard LogicAvailable in HC, HCT, AHC, AHCT, LV and LVC families. TSSOP-14,16, 20 and SO-14, SO-16 products available.

Voltage Translators Diodes Incorporated offers a variety of voltage level translation ICs that provide mixed signal (I²C, SMBus, MDIO, SPI, SIM I/F, TTL, HSTL and SSTL) as well as multiple supply voltages (5 V, 3.3 V, 2.5 V, 1.8 V, 1.2 V and 0.9 V).

General Logic Interface LogicDiodes offers high-speed voltage translators, performance logic and other specialty Interface IC solutions for memory modules. These products offer high performance 5 V, 3.3 V, 2.5 V and 1.8 V with propagation delays down to < 2.0ns. They support 8-bit, 16-bit, 18-bit and 32-bit functions.The Logic interface family gives high-performance at 5 V, 3.3 V, 2.5 V, & 1.8 V with propagation delays down to < 2.0 ns. The family supports 8-bit, 16-bit, 18-bit, 24-bit, and 32-bit functions with a performance mix of voltage translators.

I2C Mux/Switch I2C Multiplexers / Switches for various applications Multiplexer, 2-channel, 2:1 Multiplexer, 4-channel, 2:1 Multiplexer, 8-channel, 2:1 Switch, 2-channel, 2:1 Switch, 4-channel, 2:1 Switch, 8-channel, 2:1

IO Expanders 8 and 16 Single Ended Channels IO Expanders are offered Diodes IO Expanders (GPIO) products are available with I2C bus interface and 2 to 48 IOs. Some of the products feature an additional INT (INTerrupt) output and/or a REST or OE (Output Enable) input signals. The output is used to signal the microcontroller when any of the inputs state has been changed (from 1 to 0 or 0 to 1). The RESET input can be used to initia-lize the device to its default state without powering down.

GTL Gunning Transceiver Logic (GTL) is a device with a low voltage open drain interface with externally supplied threshold voltage and normally combined with a push-pull I/O as an interface to LVTTL signal levels.GTL devices are used in point to point applications.

Family Device Type Diodes

AHC1G Single Gate 74AHC1Gxx

AHCT1G Single Gate 74AHCT1Gxx

AUP1G Single Gate 74AUP1Gxx

AUP2G Dual Gate 74AUP2Gxx

LVC1G Single Gate 74LVC1Gxx

LVC1T Single Translator 74LVC1Txx

LVC2G Dual Gate 74LVC2Gxx

AHC Standard Logic 74AHCxxx

AHCT Standard Logic 74AHCTxxx

HC Standard Logic 74HCxxx

HCT Standard Logic 74HCTxxx

LVC Standard Logic 74LVCxxx

Diodes Logic is compatible with:

Analog Sensors

http://functions.The

http://levels.GTL


Analog Switch Product Families Built on Advanced Silicon Process The new enhanced family of analog switches and multiplexers is designed on a high-density 18 V process. The process not only offers an upgrade path for customers using Vishay’s current 12 V series products, but also enables Vishay to develop new precision analog products with higher complexity for sensitive analog designs.

Enhanced Performance ProductsFeatures Extended operation to 16 V single power supply and ± 8 V dual power supplies Enhanced ESD / HBM from 2 to 2.5 kV Enhanced latch-up capability from 200 to 300 mA (400 mA) Lower switch on-resistance with improved tolerance Reduced switch leakage limits by 50 %

Applications Test equipment and data acquisition Audio and video signal routing Industrial process control and automation Medical and healthcare equipment Communication systems

DG408LE, DG409LE – Pin-compatible with current DG408L, DG409L series

DG411LE, DG412LE, DG413LE – Pin-compatible with current DG411L, DG412L, DG413L series

DG411LE, DG412LE, DG413LE – Pin-compatible with current DG441L, DG442L series

DG408L Series DG409L Series

Package Existing Part Number New Enhanced Part Number Existing Part Number New Enhanced Part Number

TSSOP16 DG408LDQ-E3 DG408LEDQ-GE3 DG409LDQ-E3 DG409LEDQ-GE3

TSSOP16 DG408LDQ-T1-E3 DG408LEDQ-T1-GE3 DG409LDQ-T1-E3 DG409LEDQ-T1-GE3

SOIC16 DG408LDY-E3 DG408LEDY-GE3 DG409LDY-E3 DG409LEDY-GE3

SOIC16 DG408LDY-T1-E3 DG408LEDY-T1-GE3 DG409LDY-T1-E3 DG409LEDY-T1-GE3

QFN16 DG408LEDN-T1-GE4 DG409LEDN-T1-GE4

DG441L DG442L Series

Package Existing Part Number New Enhanced Part Number Existing Part Number New Enhanced Part Number

PDIP16 DG441LDJ-E3 DG441LEDJ-GE3 DG442LDJ-E3 DG442LEDJ-GE3

TSSOP16 DG441LDQ-E3 DG441LEDQ-GE3 DG442LDQ-E3 DG442LEDQ-GE3

TSSOP16 DG441LDQ-T1-E3 DG441LEDQ-T1-GE3 DG442LDQ-T1-E3 DG442LEDQ-T1-GE3

SOIC16 DG441LDY-E3 DG441LEDY-GE3 DG442LDY-E3 DG442LEDY-GE3

SOIC16 DG441LDY-T1-E3 DG441LEDY-T1-GE3 DG442LDY-T1-E3 DG442LEDY-T1-GE3

DG411L Series DG412L Series DG413L

Package Existing Part Number

New Enhanced Part Number

Existing Part Number


Existing Part Number


PDIP16 DG411LDJ-E3 DG411LEDJ-GE3 DG412LDJ-E3 DG412LEDJ-T1-GE3 DG413LDJ-E3 DG413LEDJ-GE3

TSSOP16 DG411LDQ-E3 DG411LEDQ-GE3 DG412LDQ-E3 DG412LEDQ-GE3 DG413LDQ-E3 DG413LEDQ-GE3

TSSOP16 DG411LDQ-T1-E3 DG411LEDQ-T1-GE3 DG412LDQ-T1-E3 DG412LEDQ-T1-GE3 DG413LDQ-T1-E3 DG413LEDQ-T1-GE3

SOIC16 DG411LDY-E3 DG411LEDY-GE3 DG412LDY-E3 DG412LEDY-GE3 DG413LDY-E3 DG413LEDY-GE3

SOIC16 DG411LDY-T1-E3 DG411LEDY-T1-GE3 DG412LDY-T1-E3 DG412LEDY-T1-GE3 DG413LDY-T1-E3 DG413LEDY-T1-GE3

Analog Sensors


NJU9101The NJU9101 is an Analog Front End (AFE) ideal for low power sensor applications providing a signal processing solution.

AFE Conditions – An Analog Sensor Signal for MCU Processing

Analog Signal Conditioning

NJU9103The NJU9103 is a sophisticated Analog Front End (AFE) in a small package offering a high gain PGA, a 16-Bit ΔΣ ADC and best in class RF immunity characteristics.

The NJU9101 offers two low-power / low-noise operational amplifiers connected to a 16bit ΔΣ ADC which can be used to build e.g. an electrochemical gas sensor. Integrated input filter offers best in class RF-immunity and make the IC suitable for applications operated close to RF transceiver.

External sensors can be connected as single-ended, differential or pseudo-differential input.The NJU9103 can operate as frontend providing the optimum gain to e.g. pressure sensors, flow sensors by a wide and flexible range of gain settings.

Features Supply voltage +2.7 V to +3.6 V (-40 °C to +125 °C) ADC resolution 16-Bit (No missing codes) Conversion rate 0.814 ksps to 6.51 ksps PGA 1 V/V to 512 V/V System calibration for offset & gain drift Conversion mode single / continuous Interface SPI Package DFN8 (ESON8-V1) or SSOP8

Applications Pressure sensors Flowmeters Thermostat

Applications Gas monitor Current- / photodiode Sensing systems

PLC Digital panel meters

Blood glucose meter Portable & low power systems

MODE1

- 1 -

242322212019

1

2

3

4

5

6

789101112

18

17

16

15

14

13

I2 C

OSC

POR

INTREF

PREAMP

Temp

ADC

Con

trol

Cal

ibra

tio

SCL

SDA

EXSCL

EXSDA

AD0

AD1

AD

2

TES

T

VD

D

VR

EFA

+

VR

EFI

N

BO

UT

BIN-

BIN+

SWS

SWD

AIN+

AIN-

AO

UT

AU

XIN

-

AU

XIN

+

VR

EFA

-

GN

D

RD

YB

OPA

OPB

EEPROM

MCU

8pinAFE

- 1 -

VINP

VINN

VREF

VDD

MUX

1

2

3

4

EMIFilter

+-

-+

PGA2

PGA1

∆Σ ADC

Digital Filterand

Calibration

Interfaceand

Control

InternalOscillator

POR

SCK

SDI

SDO / RDYB

GNDVDD

VREF

PGIN1=x1, x2, x4, x8, x16,x32, x64, x128

PGIN2=x1, x2, x4

0.814ksps to [email protected]

GND

8

7

6

5

SW

SW

VDD Bridge circuit

MCU

Features Supply voltage (+2.4 V to +3.6 V) / (-40 °C to +85 °C) Low current consumption / low noise amplifier Unique RF immunity characteristics On-chip temperature sensor & AUX Input Programmable cell bias voltage & gain pre-amplifier High resolution programmable gain ADC System calibration for offset & gain drift Interface I2C for MCU and I2C master for EEPROM Package (EQFN-24-LE (4 mm x 4 mm))

NJU9101 – Analog Front End IC NJU9103 – Analog Front End IC

Analog Sensors

Delta-Sigma A/D Converters Low-Noise 24-bit Delta Sigma ADCRenesas precision data converter product offerings for industrial and instrumentation applications are expanding rapidly. All utilize robust state-of-the-art submicron mixed-signal processes which allow us to offer industry-leading performance and cost-effective feature sets, with competitive specifications which ensure measurement accuracy and longevity in the industrial environment.

Features Ultra-Low Noise: <6nVrms @ 2.5 sps (128x) Noise Free Bits vs. Word Rate & Gain

Output word rate: 2.5 – 4000 sps Programmable gain: 1 – 128x Low Drift Chopper Stabilized Front-end 2 or 4 channel differential input multiplexer Internal temperature and VDD monitors Low-side switch for load cell power management ESD rating: 7.5 kV (HBM) Temperature range: -40 … +105 °C Packages: 24-Ld / 28-Ld TSSOP

Applications Weight scales Load safety systems Industrial process control Temperature monitor and controls Pressure sensors

Selection Guide

Word Rate 2.5 sps 4 ksps

Gain = 1x 22.2-bits 17.8-bits

Gain = 128x 19.9-bits 15.0-bits

Device Channels Conv. Rates Analog Supply Digital Supply Package

ISL26102AVZ 2 2.5 – 4,000 4.75 – 5.25 2.7 – 5.25 24-Ld TSSOP

ISL26104AVZ 4 2.5 – 4,000 4.75 – 5.25 2.7 – 5.25 28-Ld TSSOP

ISL26132AVZ 2 10, 80 4.75 – 5.25 2.7 – 5.25 24-Ld TSSOP

ISL26134AVZ 4 10, 80 4.75 – 5.25 2.7 – 5.25 28-Ld TSSOP

Related Products ISL21090 – Low noise bandgap reference ISL28617 – Low noise 40 V in-amplifier ISL28134 – Low noise chopper amplifier ISL28127/227 – Low noise OpAmp

Why Renesas? Ultra low noise (up to 22.2-bits, noise-free) Easy to use with high reliability (7.5 kV ESD) Experienced applications support with over 25 years supporting ΔΣ converters

ISL26102 / 104


Analog Sensors

Digitally Controlled Potentiometers (DCPs) The World’s Largest Selection of Digitally Controlled Potentiometers

ISL23318 - Single, 128-taps Low Voltage XDCP™

Key Features I²C serial interface: - No additional level translator for low bus supply - Two address pins allow up to four devices per bus Power supply: VCC = 1.7 V to 5.5 V analog, VLOGIC = 1.2 V to 5.5 V I²C bus/logic Wiper resistance: 70Ω typical @ VCC = 3.3 V Shutdown Mode: forces the DCP into an end-to-end open circuit and RW is shorted to RL internally Power-on preset to mid-scale (64 tap position) Shutdown and standby current <2.8 μA max DCP terminal voltage from 0 V to VCC 10 kΩ, 50 kΩ or 100 kΩ total resistance Extended industrial temperature range: -40 … +125 °C 10 Ld MSOP or 10 Ld μTQFN packages

Why Renesas?

Low voltage, low power consumption are ideal for battery operated equipment Small μTDFN package for space constrained applications Low Noise VLOGIC pin allowing down to 1.2 V bus operation eliminating the need for a voltage level shifter

Part Number

Resistance Option (kΩ)

Temp. Range (°C)

Package

ISL23318TFUZ 100 -40 to +125 10 Ld MSOP

ISL23318UFUZ 50 -40 to +125 10 Ld MSOP

ISL23318WFUZ 10 -40 to +125 10 Ld MSOP

ISL23318TFRUZ-TK 100 -40 to +125 10 Ld 2.1x1.6 UTQFN

ISL23318UFRUZ-TK 50 -40 to +125 10 Ld 2.1x1.6 UTQFN

ISL23318WFRUZ-TK 10 -40 to +125 10 Ld 2.1x1.6 UTQFN

Applications Gain adjustment in battery powered instruments Trimming sensor circuits Power supply margining RF power amplifier bias compensation


Renesas offers the widest selection of low-to-high resolution digital potentiometers in single, dual and quad configurations. Available in both linear and non-linear tapers, these digital potentiometers replace mechanical potentiometers and trim resistors in appli cations where digital control allows microprocessor interfacing and extended functionality. Electronic potentiometers have many benefits over mechanical potentiometers. They are more accurate, easy to adjust, and eliminate the need of human labor.

Analog Sensors


Voltage ReferencesDiodes’ voltage references are cost-effective industry standard pin out shunt references providing excellent temperature stability. ZXRE330 provides an accurate 3.3 V reference voltage with only a 1 µA minimum cathode current.

Voltage References & Shunt Regulators

Shunt Voltage RegulatorsDiodes’ shunt regulator range covers Industry standard 2.5V (AS431 and AN431) and 1.24V (AZ431L) versions with extended temperature ranges for industrial and com-mercial applications. For applications requiring lower standby currents the AP431S operates with lower cathode currents. For Automotive applications Diodes has its Automotive-compliant ZTL431Q, ZTL432Q and TLV431Q in SOT23 and SOT25.

Features 2.5 V (TL431), 1.24 V (TLV431) equiv. shunt regulators Extra low cathode current (IK) AP431S Shunt Regulator

Features LM4040/1 equivalents with automotive compliant versions Low cathode current 1.2, 2.5, 3.3 and 5 V shunt references 1 µA cathode current 3.3 V shunt reference

Automotive Compliant (Q) Shunt regulators

Benefits of Shunt Regulators & Voltage References Wide temperature range, most with -40 to 125 °C Simplifies component choice and stocking 0.2%, 0.5% and 1% tolerance references Matches needs of a wide range of applications ZRx references provide lower minimum operating currents Suitable for portable/battery powered applications Automotive-compliant versions (AEC-Q100 Grade 1) LM4040Q/41Q, ZTL431Q/432Q and TLV431Q Suitable for automotive applications SOT23, SOT25 and SOT363 package options (plus TO92) Small, cost effective surface mount options

Voltage References

STMicroelectronics offers a wide range of fixed and adjustable voltage references, ranging from general-purpose high-power shunts, suitable for industrial, automotive and SMPS applications, to high-precision and low-consumption devices, suitable for battery-powered applications.

The TS4061 and LM4041 are low power shunt voltage references providing a stable 1.225 V or 1.25 V output voltage over an extended temperature range. Available in SOT23 and SC70 surface mount packages, they can be designed in applications where high precision and space saving are critical.

General Features Max. cathode current up to 100 mA Min. cathode current as low as 40 µA Output voltage from 0.6 to 36 V Initial precision as low as 0.1 % Packages: SO-8, TO92, SOT23 and SOT323

LM4041 Fixed 1.225 V typical output voltage SC70 or SOT23 package Low operating current: 40 µA at 25 °C High precision: 0.1 % @ 25 °C Extended temp.range: -40 to +125 °C 36 ppm typ. temperature coefficient

TS4061 Fixed 1.225 V and 1.25 V typ. output voltage SC70 or SOT23 package Ultra low operating current: 10 µA at 25 °C High precision: 0.1% @ 25 °C Temp. range: -40 to +85 °C 10 ppm typ. temperature coefficient

These cost-effective devices offer reliabi-lity and service performance thanks to ST’s high-volume production capacity, integrated front-end and multiple back-end lines, as well as partnerships with major subcon-tractors.

Analog Sensors

http://temp.range

RTC Modules with Embedded Crystal and Temperature Compensation

ISL12022M ±5ppm Accuracy (-40 … +85 °C)

- Factory programmed RTC for optimal accuracy - Onboard temperature sensor - Embedded crystal Reliable timekeeping & power management

- Backup battery management - Vdd and battery status monitors and switchover timestamp - Battery ResealTM function extends battery shelf life User Programmability

- I²C Interface - 128 bytes battery-backed user SRAM

World’s Smallest, Low Cost & Low Power RTC

ISL12058 Low Power – Time keeping current = 650 nA max @ 1.8 V Ideal for Portable Applications – Operates over 1.4 V to 3.6 V supplies 56% Smaller than competitive solutions – 8-μTDFN (2x2x0.55mm) Easy to Design-in – Pin-to-pin replacement: 8-tDFN (3x3mm), 8-MSOP, 8-SOIC User Programmability – I²C interface – Selectable frequency outputs and alarms

High accuracy even in extreme temperature conditions Add battery backup to a low cost RTC without a VBAT input

Real Time Clocks The Renesas family of Real Time Clock products offer a wide variety of useful industry-standard functions and features. They include clocks and calendars, programmable alarms with event recording, non-volatile memory for system personality data and unique device IDs, and power supervision with backup battery and system shutdown management. The 3-in-1 Module products features an integrated 32kHz crystal with onboard temperature sensor, to maintain high accuracy over the rated temperature range without user calibration.

Target Applications Handheld, portable devices Industrial, communications, specialty

High volume consumer Residential, industrial power meter


Analog Sensors

The selection of the oscillator for electronic devices is a major factor for the system performance. In electronics and especially synchronous digital circuits, a clock signal is a particular type of signal that oscillates between a high and a low state and is utilized like a metronome to coordinate actions of digital circuits. Circuits using the clock signal for synchronization.

Type Advantages Applications Supplier

Ceramic Resonators

Cost savings Quicker rise of oscillation then a crystal resonator Mechanical stability/high shock resistance Load capacitance included

Consumer electronics TV, games, radios

Kyocera Murata

Crystal Very accurate Microcontroler Watches

EpsonHKC

KyoceraMurata

Quartz Oscillators Very accurate Ultra-low phase jitter

Networking High speed telecommunications

EpsonHKC

Kyocera

Timer

Low frequency for kHz Very simple to use Programmed by external resistors and capacitor Timing from microseconds to hours

General timing applications Pulse generation Sequential timing Time delay generation Pulse wide modulation Pulse position modulation Missing pulse detector

DiodesNJRC

Renesas

Real Time Clocks (RTC)

Provides critical real time information The Real Time Clock tracks time with seperate registers for hours, minutes and seconds RTC has calendar registers for date, month, year and days Fully accessessible trough the serial Interface I2C Selectable frequency outputs Oscillator temperature compensation

Any system utilizing time information will need an RTC: Utility Meters POS Equipment Printers and Copiers HVAC Equipment Audio/Video Components Home Appliances Smart Meters Smart Grids Medical Handhelds GPS Digital Cameras

RenesasSTM

RTC

I²C


Clock & Timing Solutions

Real Time Clocks are Present in Any Electronic Devices that Needs to Keep Accurate Time

Select the Right Timing Solutions for Your Application

Analog Sensors

A transceiver is a device which contains a transmitter and a receiver in a single housing. Forward communication / commands of the µC to the data lines.

TYPE RS-232 RS-485 USB CAN CAN FDTechnology RS-232 RS-485 Universl Serial Bus Controller Area Network CAN with Flexible Date-Rate

Suppliers Renesas STMicroelectronics

Renesas STMicroelectronics STMicroelectronics Infineon

MelexisInfineonMelexis

Datarate 200 khz 12 MBps max.10 MBs 1 MBit/s 5 MBit/sNode 2 32 127 100 100Length 15 m 1200 m 25 m max. 40 m * max.25 m*Transmission serial serial serial serial serial

Description

Interface between computer and peripherals Max. 2 devices Classic standard, but NRND

Extended version of RS-232 1

Standard to connect different computer and peripherals

Backbone bus for automotive Reduced wire harness and therefore cost and weight

Extension to the CAN bus for more accurate, „real-time“ data Faster version of CAN

Applications Printer Computer peripherals

Cheap device for industry network extended range of RS-232

Tablet eReader Camera terminal

Robust vehicle standard: ABS, EPS, Airbag…

Control unit, diagnosis, industrial automation, medical equipment

* = depends on datarateTYPE LIN Flexray Ethernet IOLINK PROFIBUSTechnology Local Interconnect Network FlexRay Ethernet Controller IO-Link Process Field BusSuppliers Infineon Infineon Intel STMicroelectronics SiemensDatarate 20 Kb/s 10 Mbit 1Gbit 230 Kbaud max.12 MHzNode 16 64 1024 - 126Length 40 m 22 m CAT6 cable: 100m, fiber cable: 10 km 20 m 100 m – 1.2 kmTransmission serial serial serial frame point to point, serial serial

Description

Robust and inexpensive Automotive local interconnect network LIN (Local Interconnect Network) bus for local communication between actuators, sensors or switches and an ECU Cheaper option Can used at local sensors in cars

Serial, determini-stic bus system for real-time con-trol applications It provides fault-tolerant communi-cation for safety related applica-tions

MDI (Copper) standard IEEE 802.3 Ethernet interface for 1000BASE-T, 100BASE-TX, 10BASE-T connections (IEEE 802.3, 802.3u, 802.3ab) PCI Express* v 2.1 with 5.0 Gt/s and 2.5 Gt/s support for x1, x2, x4 links widths Flexible I/O virtualization for port partitioning and on-controller quality of service (QoS) of up to 32 virtual ports Scalable iSCSI performance delivering cost-effective SAN connectivity

IO-Link is the first I/O technology for communicating With sensors and actuators to be adopted as an international stan-dard. IO-Point-to-Link is a point to point connection parallel wiring technology based on the traditio-nal interconnection between sen-sor and control, a 3 wired cable

Process Field Bus is a standard for fieldbus communication in the automatization technology. It is the only fieldbus, that can be used both in the production automation and in the process automation Real Time Ethernet Protocol for industry Seamless integration to fieldbus systems RS-485 conform

Applications

Used in local sensors in Cars: heatings, fans, lamps, lights, door locks, power seats, etc.

Engine control ABS Break control Suspension control

Industry-leading Ethernet connectivity for network appliances, high-performance Ethernet adapters, dense rack architectures, and embedded applications. Industrial networks, factory automation, motor control, motion control, general embedded appl.

Standard industrial cabling, which makes IO-Link a universal solution that is extremely easy to inte-grate in existing infrastructures. Communication standard for factory & process automation

Building automation Factory automation

Interfaces

1) When serial, wired data transmission is needed over long distances, or at multi-megabit per second data rates, or in harsh environments a single ended transmission standard like RS-232 does not work.


Interfaces and TransceiversAlways the Right Connection – The Perfect Match for Networking

Analog Sensors

Low-side power switches are typically used in engine management control units. They control all kinds of loads and functions around the engine. Enhanced monitoring functions ensure safe operation.Both devices are controlled via micro second channel bus (MSC). In addition, CJ960 offers an optional SPI control mode. For safe operation, supply voltage and MSC bus are permanently monitored. If supply voltage gets out of range or communication is interrupted, outputs will be disabled.Diagnostic functions include detection of short circuit to bat-tery, short circuit to ground, open load or over-temperature.

System Basis ICsCY326 and CY327

Low-side Power SwitchesCJ950 and CJ960

ICs for Automotive and Industrial Use

System Basis ICs for powertrain and transmission control combine several important ECU functions in one central chip: Power supply to the µC, other on-board devices and peripheral sensors. All voltages are permanently monitored; an intelligent watchdog (VDA E-Gas-compliant) checks the microcontroller for proper function. Main relay control allows power-saving deactivation of the entire board, a digital stop counter with 1s resolution enables long-time measurements. Communication between µC and CY326/7 is controlled via SPI interface. Integrated CAN and LIN drivers support the bus communication with other control units.

18 Fold Low-side Power Switch CJ950


Parameter Unit Out 1.3

Out 2.4

Out 5..10

Out 11..14

Out 15..16

Out 17..18

Ron (25 °C) mΩ 150 260 500 500 1800 1800

Iout (nominal) A 4 / 8 3 2.2 2.2 0.6 0.6

Parameter Unit Out 1..4 Out 5..6 Out 7..8

Ron (25 °C) mΩ 230 700 550

Iout (nominal) A 3 1 1

Features CY326 CY327

Pre-regulatorBoost & buck regulator

for battery voltages down to 4 V

Boost & buck regulator for battery voltages down to 3 V

Supply voltages

Linear regulators: 5.0 V, 3.3 V, 2,6 V, 1.5 V

1 V (Standby)

Linear regulators: 5.0 V, 3.3 VExternal linear regulator MOSFET

switchable between 3.3 V and 5.0 VCore supply: Buck regulator, can be

set to 0.9 V to 1.525 V ±2% via 3 pins

Quiescent current 60 µA typically 50 µA typically

Coordinated soft start Yes for all regulators Yes for all regulators

External sensor supply 2 x 5 V 3 x 5 V and one diagnosis pin

for external voltage tracker

Main relay control Yes Yes

Reset circuit Yes Yes

Intelligent Watchdog Yes Yes

SPI control interface Yes Yes

Communication interface None 1 x LIN 2.1

1 x CAN driver with wake-up capability

Timer 22-bit stop counter with 1sec res. and wake-up

24-bit stop counter with 1sec resolution and wake-up

Ignition input Yes Yes

Wake-up input1 x Wake-up

1 x additional wake-up input for CAN signal

3 x Wake-up

Operating temp. -40 °C to +150 °C -40 °C to +150 °C

Package TQFP64 with exposed pad TQFP64/100 with exposed pad

Features Clamping voltage on all outputs: 55 V Operating temp.: -40 °C...+150 °C Package: TQFP64 with exposed pad

Features Clamping voltage on all outputs: 55 V Operating temp.: -40 °C ... +150 °C Package: PSO36


Analog Sensors



Parameter Value

Power stage active at 4.5 to 28 V

Load dump pulse robustness 40 V

Inverse current robustness on VS 5 A

Half bridge resistance at 3 Arms, 150°C Max. 540 mΩ

Current limit setting, 3 ranges 4 to 8.6 A

Continuous load current 3 Arms

Digital supply voltage 4.5 to 5.3 V

Junction temperature -40 to 150 °C

Output switching frequency Max.20 kHz

Output rise/fall slew rate setting at 3 A Typ. 1.7to 45 V/µs

CJ260 can drive either BLDC motors up to 60W with 3 pha-ses (in B6 bridge mode) or DC motors (in H-bridge mode). It includes protection against unwanted driver activation in case of over-/undervoltage, overcurrent, overtemperature or short circuit and can detect open loads.

Features Integrated drivers Direct µC control Dual release concept for safety Diagnosis and recovery functions Slew rate control, four stages SPI interface, compatible with 3.3 and 5 V logic µC Package: PowerSSO-36, Body 7.5 mm x 10.3 mm

Benefits Pre-drivers, logic and HS/LS powerstages in one package Extensive protection and diagnosis features B6 operation for higher torque

B6 Bridge ICCJ260

Analog Sensors

CAN, LIN & FlexRay

Because of the ever-increasing demand for data exchange in modern vehicles, the auto motive industry implemented networks like CAN (Controller Area Network), LIN (Local Interconnect Network) and FlexRay protocol-based bus systems.

Automotive Transceivers

Features & Benefits Broad product portfolio Outstanding ESD robustness Excellent EMC performance Low quiescent currents Worldwide OEM approval Highest quality Transceiver family concept

Selection Tree Transceivers

High-speed CAN(ISO 11898)

Up to 10 Mbit/s

LIN(LIN 1.3/2.1/2.2/2.2A;

SAE-J2602)

No wakeWake

FlexRay(EPL 3.0.1)

DualSingle LINLIN LDO

Automotive Transceivers

TLE8458GTLE8458GV33TLE8457ASJTLE8457ALETLE8457BSJTLE8457BLE

TLE7257SJTLE7257LETLE7258SJTLE7258LETLE7258D

TLE7259-3GETLE7259-3LE

TLE7269GTLE7268SKTLE7268LC

TLE6251DTLE6251DSTLE6251-2GTLE6251-3GTLE7251VSJTLE7251VLETLE8251VSJ

TLE9251SJ/VSJTLE9251LE/VLETLE9255WSKTLE9255WLCTLE9252VSKTLE9252VLC

TLE6250G/GV33TLE7250G/GVIOTLE8250G/GVIOTLE7250SJ/VSJTLE7250LE/VLE

TLE7250XSJTLE7250XLE

TLE8250SJ/VSJTLE8250XSJ

TLE9250SJ/VSJTLE9250LE/VLE

TLE9250XSJTLE7250XLE

TLE9221SXTLE9222PXTLE9222LC

Infineon is offering a broad product portfolio of automotive transceivers for these different automotive bus segments, that are perfectly suited and designed to withstand the harsh auto-motive environment. Dependent on the respective vehicle network architecture and the related ECU supply path, different transceiver types are used. Infineon transceivers ensure reliable communication and help minimize the current consumption and the related CO²-emissions at the vehicle level. The Infineon transceiver products provide the best value through high performance, ruggedness and reliable communication.


Analog Sensors

CAN

Product Interfaces Features

CF151 5 V μC interface High/low speed Slew rate control

CF160 5 V μC interface Supports up to 1 MBaud Optimized slew rate

CF163 3.3 V μC interface Supports up to 1 MBaud Optimized slew rate

CF173 3.3 V μC interface

Supports up to 1 MBaud Optimized slew rate Standby mode Wake-up detection Suitable also for truck applications

CF175 5 V μC interface

Supports up to 1 MBaud Optimized slew rate Standby mode Wake-up detection Suitable also for truck applications

CC750 1 x SPI Programmable global mask 15 message objects of 8-byte data length Programmable bit rate

CC7701 x SPI;

4 x parallel bus 2 x 8-bit I/O

Programmable global mask 15 message objects of 8-byte data length Programmable bit rate Flexible CPU interface Programmable clock output

Controller Area Network (CAN) Is a high-integrity serial data communications bus for real-time applications Operates at data rates of up to 1 Megabits per second Has excellent error detection and confinement capabilities Was originally developed by Bosch for use in cars Is now being used in many other industrial automation and control applications Is an international standard: ISO 11898

Features & Specifications

From the beginning, Bosch has been the driving force for CAN bus applications in automotive and industrial environment. A wide range of transceivers with individual features covers all applications. All devices feature a short circuit protection for the CAN bus lines.

CAN transceivers for partial networking are improving energy efficiency andmaking cars greener.

CAN transceivers for flexible data-rate are making CAN faster and do support data-rates up to 5 Mbits/s.

Classical CAN transceivers are available in standard DSO-8 and DSO-14 packages, along with thiny leadless TSON-8 packages.

Infineon offers a complete LIN transceiver family and introduces new LON LDO devices in DSO-8 and tiny TSON-8 packages.

Infineon provides FlexRay transceivers in SSOP-16, TSSOP-14 and the world‘s smallest FlexRay in TSON-14 package for reliable reliable communica-tion in safety-related applications.


Analog Sensors

Type Intel® Ethernet Con-troller I210-IS

Intel® EthernetController I210-IT

Intel® Ethernet Controller I210-AT

Intel® Ethernet Controller I211-AT

Order Code WGI210IS WGI210IT WGI210AT WGI211AT

OperatingTemperature Range -40°C to 85°C -40°C to 85°C 0°C to 70°C 0°C to 70°C

Networking Specifications

# of Ports Single Single Single Single

System Interface Type PCIe v2.1 (2.5GT/s) PCIe v2.1 (2.5GT/s)

PCIe v2.1 (2.5GT/s)

PCIe v2.1 (2.5GT/s)

NC Sideband Interface Yes Yes Yes No

Jumbo Frames Supported Yes Yes Yes Yes

SGMII Interface Yes

SERDES Interface Yes

1000Base-T Yes Yes Yes

Speed & Slot Width 2.5 GT/s, x1 Lane

Package Specifications

Package Size 9 mm x 9 mm 9 mm x 9 mm 9 mm x 9 mm 9 mm x 9 mm

Low Halogen Options Available See MDDS See MDDS See MDDS See MDDS

MACsec IEEE 802.1 AE No No No No

IEEE 1588 Yes Yes Yes Yes

Fiber Channel over Ethernet No

iWARP/RDMA No

Whether you are looking for single, dual or quad port Ethernet controller, Intel is committed to solving your industrial Ethernet needs by providing solutions in various temperature ranges and package options.

The Intel® Ethernet Controller I210 family was designed for single-port GbE LOM applications. These controllers offer a fully integra-ted GbE media access control (MAC) and either a 1000BASE-T physical layer (PHY) port or SGMII/SerDes port that can be connected to an external PHY. These controllers support advanced features such as IEEE 802.3az (EEE), 802.1AS, and 802.1Qav (AVB). The Intel® Ethernet Controller I210 family supports management interfaces through NC-SI, SMBus, and MCTP over PCIe* and SMBus for flexible interfaces to external BMCs.

The Intel® Ethernet Controller I211-AT is for single-port GbE LOM designs. The compact (9 mm x 9 mm 64-pin QFN), low-power controller offers a fully integrated GbE media access control (MAC) and physical layer (PHY) port. It supports advanced features such as ECC packet buffers, IEEE 802.3az (EEE), 802.1AS, and an integrated non-volatile memory.

Intel® Ethernet Controller

Benefits Expected discontinuance Q1-29 Integrated triple-speed Base-T Phy Audio-Video Bridging (AVB) IEEE 1588/802.1AS time stamping Filled with performance optimization capabilities Small footprint Low cost Superior energy efficiency

Applications Industrial networks Factory automation Motor control Motion control General embedded applications

I210 and I211 Family

The Intel® Ethernet Controller I350 family builds on Intel’s history of delivering Ethernet products with flexible design and in-box driver support. Run up to four 1 GbE ports with enhanced power-saving and market-leading flexible I/O virtualization, including Virtual Machine Device Queues (VMDQ) and single root I/O virtualization (SR-IOV). Intel’s software drivers and support are unmatched for virtual or non-virtualized environments.

1350 Family

Key Features Flexible I/O virtualization for port partitioning and on-controller quality of service (QoS) of up to 32 virtual ports Scalable iSCSI performance delivering cost-effective SAN connectivity MDI (Copper) standard IEEE 802.3 Ethernet interface for 1000BASE-T, 100BASE-TX, 10BASE-T connections (IEEE 802.3, 802.3u, 802.3ab) PCI Express v 2.1 with 5.0 Gt/s and 2.5 Gt/s support for x1, x2, x4 links widths


Analog Sensors

Industrial TransceiversThe trend in industrial PC designs towards smaller form factors and more communication versatility is driving the development of modern bus transceivers. The industry’s most commonly used serial interface standards are RS-232 and RS-485

RS-232, RS-485 & RS-422

ISL4221E – RS-232 Transceiver in Ultra Small QFN Package

Renesas has over 100 different transceivers for data communication and industrial applications. Whether you‘re using RS-485/RS-422 protocol or RS-232 for portable or computing designs, we have the right solution.

Key Features Wide power supply range: +2.7 V to +5.5 V Very low, 300µA supply current Meets EIA/TIA-232 spec. down to VCC = 3.0 V Ultra small QFN package -40% smaller package than 20-lead TSSOP

Applications Space constrained system requiring RS-232 ports Battery powered and portable equipment Hand-held products (GPS receivers, bar code scanners, etc.) PDAs and palmtops, data cables Cellular/mobile phones, digital cameras

RS-232, RS-485 & RS-422

Part Number

No.Tx/Rx

Vcc [V]

Data Rate [Mbps min]

ESD [kV] Duplex Tx/Rx

EN Package Standard

ST485ABx

1/1 4.75-5.25

30 2

Half duplex Yes SO8 RS422,

RS485ST485x 2.5

ST485Ex 5 15

ST485ERx 2.5 15/8

ST1480Ax 1/1 3-3.6 12 15/8 Half duplex Yes DIP8, SO8 RS422,

RS485

ST3485Ex 1/1 3-3.6 200 2 Half duplex Yes SO16,

TSSOP16RS422, RS485

ST490ABx 1/1 4.5-5.5 25 3.5 Full duplex No SO8, DIP8 RS422,

RS485

ST26C31Bx 4/0 4.5-5.5 NA Yes DIP16, SO16, TSSOP16 RS422

ST26C32ABx 0/4 4.5-5.5 NA Yes DIP16, SO16, TSSOP16

RS422, RS423

RS-232 RS-485 & RS-422

The interface IC portfolio of STMicroelectronics includes a wide variety of devices needed in applications such as factory automation, set-top boxes, mobile devices, and communication infrastructure.

Part Number

No.Tx/Rx

Vcc [V]

Data rate [Kbps min]

ESD [kV] Package

ST202x2/2 4.5 - 5.5

200 2SO16 – TSSOP16

ST202Ex 230 15

ST207Ex 5/3 4.5 - 5.5 150 15 SSOP24

ST232Ax

2/2 4.5 - 5.5

200 2 SO16 – TSSOP16

ST232x 120 2 SO16, TSSOP, SO16L

ST232Ex 230 15 SO16

ST3222x2/2 3 - 5.5

240 2 TSSOP20

ST3222Ex 250 15/8 TSSOP20, SSOP20

ST3232x2/2 3 - 5.5

300 SO16, TSSOP16, SO16L

ST3232Ex 250 15/8 SO16, TSSOP16

ST3237Ex 5/3 3 - 5.5 250 1Mbps 15/8 SO28, SSOP28

ST3241Ex 3/5 3 - 5.5 250 15/8 SSOP28

ST3243Ex 3/5 3 - 5.5 250 15/8 TSSOP28


Analog Sensors

Bosch Sensortec’s portfolio of motion sensors includes products for motion, orientation and gesture detection. Motion sensors are designed for several consumer electronics and IoT applications in the field of smartphones, wearables, smart home, drones, toys, virtual and augmented reality, gaming, as well as industrial applications.

Product Digital Resolution Zero-B Offset Magnetic Range

(typ.) Digital Interfaces Temperature Range (°C)

Average Current Consumption Package (mm³) Supply Voltage

BMM150 0.3 μT ±40 μT ±1300 μT (x,y-axis) ±2500 μT (z-axis)

I² C and SPI (2 interrupt pins) –40 to +85 170 μA (low-power preset)

500 μA (normal mode)CSWLP- (12 pin)

1.56 × 1.56 × 0.6VDD: 1.62 … 3.6 V VDDIO: 1.2 … 3.6 V

Geomagnetic Sensors

Inertial Measurement Units

Pro-duct

Acceleration Gyroscope Tempe-rature range (°C)

Supply Voltage (V)

Digital inputs/ outputs Power Consumption

LGA Package (mm³)

Digital Res. Range

Zero-g Offset (typ.)

Noise Density (typ.)

Digi-tal

Res.Range

Zero-g Ofset (typ.)

Noise Density (typ.)

BMI055 12 bit ±2 g, ±4 g, ±8 g, ±16 g

±70 mg

150 μg/√Hz

16 bit

±125, ±250, ±500, ±1000,

±2000 °/s±1 °/s 0.014

°/s/√Hz –40 …

+85VDD: 2.4 … 3.6

VDDIO: 1.2 … 3.6SPI, I²C,

4 × digital interruptsFull operation: 5.15 mA Suspend mode: 6 μA

3.0 × 4.5 × 0.95

BMI160 16 bit ±2 g, ±4 g, ±8 g, ±16 g

±40 mg

180 μg/√Hz

16 bit

±125, ±250, ±500, ±1000,

±2000 °/s±3 °/s 0.007

°/s/√Hz –40 …

+85VDD: 1.71...3.6

VDDIO: 1.2 … 3.6SPI, I²C,

4 × digital interruptsFull operation: 925 μA Suspend mode: 3 μA

2.5 × 3.0 × 0.83

Acceleration Sensors

Product Digital Resolution Range

Zero-g offset (typ.)

Noise density (typ.)

Bandwidths Inter-faces

Tempe-rature range

Supply Voltage

LGA Package (mm³)

FIFO Features/ Interrupts Power

BMA253 12 bit

±2 g, ±4 g, ±8 g, ±16 g

±80 mg 220 μg/√Hz 8 Hz ... 1000 Hz

SPI & I²C, 2 × digital interrupt

pins

–40 … +85 °C

VDD: 1.62 … 3.6 V

VDDIO: 1.2 … 3.6 V

2.0 × 2.0 × 0.95

32 Frames

Any-/no-motion Freefall Orientation/Flat Low-g/High-g Tab/Double Tab

Full operation: 130 μA

(@ 2 kHz data rate)Low-power mode:

6.5 μA (@ 40 Hz data rate)

BMA280 14 bit ±50 mg 120 μg/√Hz 8 Hz ... 500 Hz

BMA423 12 bit ±80 mg 140 μg/√Hz

5 ... 684 Hz (ODR: 0.8 ...1600 Hz)

2.0 × 2.0 × 0.95

1 KB

Step Counter (for wearables) Tilt on wrist Tab/Double Tab Any-/no-motion


Low-power mode: 13 μA

(@ 50 Hz data rate)BMA456 16 bit ±20 mg 120

μg/√Hz5 ... 684 Hz

(ODR: 0.8 ... 1600 Hz)2.0 × 2.0 × 0.65

ProductDigital resolu-

tionRange

Zero-g Offset (typ.)

Zero-rate Offset Over

Temperature

Noise density (typ.)

Date Rates (programmable) Interfaces

Tempe-rature range

Supply VoltageLGA

Package (mm³)

Power

BMG250 16 bit±125, ±250, ±500, ±1000,

±2000 °/s±3 °/s 0.05 °/s/K 0.007

°/s/√Hz

25 … 3.200 Hz for

UI IF 6.400 Hz for OIS/EIS IF

For primary UI IF: I² C up to 1 MHz 3w / 4w SPI 2 × digital interrupts for secondary

OIS/EIS IF: 3w SPI up to 10 MHz

–40 … +85 °C

VDD: 1.7 … 3.6 V VDDIO: 1.2 … 3.6 V

2.5 × 3.0 × 0.8


Suspend mode: 3 μA

Gyroscopes


Inertial Sensors At the Core of Everyday Life

Analog Sensors

Product Acceleration Gyroscope Geomagnetic Hardware Fusion SW Power Consumption Interfaces Voltage Temperature

RangePackage Size

(mm³)

BMF055 14 bit 16 bit±1300 μT (x,y-axis)

±2500 μT (z-axis)ARM Cortex M0+ no Depends on the custom

specific sensor fusion

I² C UART

HID-I2C

VDD 2.4 to3.6 V VDDIO:

1.7 to 3.6 V–40 to +85 °C 3.8 × 5.2 × 1.13

BNO055 14 bit 16 bit

±1300 μT (x,y-axis)

±2500 μT (z-axis)

ARM Cortex M0+ yes

Suspend mode: 40 μA

9DOF @100Hz Output data rate:

12.3 mA

I² C UART

HID-I2C

VDD 2.4 to 3.6 VDDIO:

1.7 to 3.6 V–40 to +85 °C 3.8 × 5.2 × 1.13

The portfolio of intelligent sensor hubs is specifically designed for always-on sensor applications in smartphones, wearables and tracking devices. It offers flexible, low-power solutions for motion sensing and sensor data processing. The family of Application Specific Sensor Nodes (ASSNs) provides an intelligent 9-axis “Absolute Orientation Sensor”, including an accelerometer, gyroscope, magnetometer and a microcontroller running the BSX sensor data fusion in a single package.

Application Specific Sensor Nodes (ASSNs)

Product Acceleration Gyroscope Integrated MCU

Integrated SW & Algos

Power Consumption (including MCU) Interfaces Supply

VoltageTemperature

RangePackage Size

(mm³)

BHA250 14 bit n/a

32 bit floating-point ARC EM4 MCU running

at 10 MHz. 96 kByte ROM 48 kByte RAM

BSX fusion Activity recognition Gesture recognition

Step detector Step counter

Suspend mode: 11 μA Hub+Acc @100 Hz

ODR: 430 μA

I² C up to 3.4 MBit/s

3 × GPIO, 1× Host-INT

VDD: 1.71 ... 3.6 V VDDIO: 1.20 ... 3.6 V –40 … +85 °C 2.2 × 2.2 × 0.95

BHI160 16 bit 16 bit

32 bit floating-point ARC EM4 MCU running

at 10 MHz. 96 kByte ROM 48 kByte RAM

BSX fusion Activity recognition Gesture recognition

Step detector Step counter

Suspend mode: 11 μA Hub+IMU @100 Hz

ODR: 1.2 mA

I² C up to 3.4 MBit/s

3 × GPIO, 1× Host-INT

VDD: 1.71 ... 3.6 V VDDIO: 1.20 ... 3.6 V –40…+85°C 3.0 × 3.0 × 0.95

Smart Hubs


Smart Sensors Enablers for the I oT

Analog Sensors

Vehicle comfort features like navigation, tilt or inclination measurement, telematics, car key modules, car alarm or eCall systems are a rapidly growing field of application for MEMS sensors. Typically, the required performance level for these MEMS sensors is lower compared to sensors for sophisticated safety applications like airbag or vehicle stability systems. Therefore, Bosch developed the con-cept for a set of highly effective MEMS sensors for motion detection in comfort applications.

Automotive MEMS – SMI130, SMG130, SMA130

6-axis Inertial SensorSMI130Features 6-axis inertial module 3-axis accelerometer / 3-axis gyroscope Programmable measurement ranges: ± 125 dps to ± 2000 dps (gyro) / ± 2 g to ± 16 g (accel.) 8 bit temperature sensor output Embedded filters with programmable bandwidth & self-test Interface: SPI and I2C Digital resolution: 16 bit (gyroscope), 12 bit (accelerometer) Ambient temperature: -40 °C … +85 °C Supply voltage (VDD): 2.4 - 3.6 V Supply current: gyroscope: <6.5 mA / accelerometer: <0.2 mA Package: LGA-16 (3.0 x 4.5 x 0.95 mm3)

3-axis AccelerometerSMA130*Features 3-axis accelerometer Programmable measurement ranges: ± 2 g to ± 16 g 8 bit temperature sensor output Embedded filters with programmable bandwidth Embedded self-test Interface: SPI and I2C Digital resolution: 14 bit Ambient temperature: -40 °C … +85 °C Supply voltage (VDD): 1.62 - 3.6 V Supply current: 130 µA (power-safe modes: 1 µA … 66 µA) Package: LGA-12 (2.0 x 2.0 x 0.95 mm3)

Benefits Extremely flexible application options Cost-effective Ultra compact sensor design gives small footprint Low power consumption – also at system level Billion-fold applied technology (due to CE background) RoHS compliant and AEC-Q100 qualification

Applications Car alarm, car key module Telematics and tolling systems Navigation (dead reckoning) eCall Vehicle dynamics data logging

* Sensor variant with reduced performance also available: SMA131

SMG130 SMG130 is a derivate of the SMI130 with disabled acceler-ometer. Sensing element, ASIC, specification and package stay the same, but come at reduced costs.

Benefits Extremely flexible application options Cost-effective Ultra compact sensor design gives small footprint Low power consumption – also at system level Billion-fold applied technology (due to CE background) RoHS compliant and AEC-Q100 qualification

Applications Navigation (dead reckoning) Telematics and tolling systems eCall Vehicle dynamics data logging Platform stabilization and Car alarm

non-safetyautomotive applications

Automotive

e.g. ESP®

safety-critical– long product availability– AEC-Q100 qualification

e.g. smartphoneno safety relevance– short product availability– very small footprint– low power consumption

Consumer

AEC-Q100 qualification Product availability > 10 years Increased testing scope Different quality and change management


Analog Sensors

MEMS Sensors

AccelerometerSCA3300 – Digital 3-axis Accelerometers User selectable measurement range: ±1.5 g, ±3 g, ±6 g Extensive self-diagnostics features Mechanically damped sensing element design for superior tolerance against mechanical shocks and vibrations SPI digital interface −40 °C to +125 °C operating range 3.0 V-3.6 V supply voltage with 1 mA current consumption Proven capacitive 3D-MEMS technology AEC-Q100 qualified

Benefits Excellent bias stability Low noise level Vibration robustness

Applications Professional leveling Angle measurement and control Inertial Measurement Units for heavy machine and automotive (ADAS) Tilt compensation Motion analysis and control Intelligent transmission control Navigation systems

InclinometerSCA103T – High Performance Differential 1-axis Inclinometer Most accurate single axis MEMS inclino meter with differential outputs that can be converted to single ended by using an external differential amplifier Digital 11-bit (SPI) and analog interface Temperature compensated output Available in measurement ranges of ±15 and ±30 degrees Size 11.31 x 15.58 x 5.08 mm³ (w x l x h) 7 μg/√Hz noise density -0.001º resolution (10 Hz BW, analog output) Offset temperature dependency (-25 to 85 °C) ± 0.002 °/°C RoHS compliant

Benefits Robust design High performance

Applications Heavy duty vehicles Platform levelling and stabilization Rotating laser levels Leveling instruments

Acceleration & GyroscopeSCC2000 – Combined X or Z-axis Gyroscope and 3-axis Accelerometer

Gyroscope ±125°/s or ±300°/s FS Accelerometer ±2 g or ±6 g FS SPI digital interface User selectable low pass filter via SPI −40 °C...+125 °C operating range 3.0 V – 3.6 V supply voltage Size 15.0 x 8.5 x 4.35 mm (l x w x h) AEC-Q100 qualified

Benefits Extensive self diagnostics features Excellent bias stability, low noise level and good vibration robustness Proven capacitive 3D-MEMS technology

Applications Inertial measurement units (IMUs) for highly demanding environments Platform stabilization and control Machine control systems Electronic Stability Control (ESC) Hill Start Assist (HSA) Roll over detection Navigation systems


Murata develops and produces high performance and highly reliable accelerometers, gyro sensors and inclinometers. Murata MEMS sensors are robust structures that are very sensitive to inertial forces but are insensitive to other environmental variables and causes of failure. Murata's silicon capacitive sensors are made of single crystal silicon and glass. These materials and proprietary sensor designs ensure reliability, high accuracy and excellent stability over time and temperature. Murata’s inertial sensors robustness and design make them suitable for their target markets with stringent operating conditions such as safety critical automotive, industrial and medical applications.

Analog Sensors

ST has shipped more than 13 billion micro-electromechanical sensors and has one of the industry‘s most extensive sensor portfolio including proximity and MEMS accelerometers, gyroscopes, digital compasses, inertial modules, microphones, and environmental sensors such as pressure, temperature and humidity sensors.

MEMS & SensorsThe Most Diversified and Complete MEMS and Sensors Supplier

Benefits A unique sensor portfolio, from discrete to fully- integrated solutions, to meet all design needs High-volume manufacturing capacity to provide cost competitive solutions, fast time-to-market and security of supply High-performance sensor fusion to improve the accuracy of multi-axis sensor systems in order to enable emerging and highly-demanding applications, such as indoor navigation and location-based services High-quality products, already tested in different application fields, including mobile, portable, gaming, consumer, automotive and health care segments Multiple sites dedicated to MEMS, with full in-house dual-sourcing, guaranteeing 100% security of supply

Sensors for Improving Wearable ApplicationsAthlete performance monitoring Movement recognition through shoes and wearable sensors (AXL, GYRO, PS) Sport equipment swing detection swing detection (AXL, GYRO, MAG) Body tracking recognition (AXL, GYRO, MAG, PS)

Watches, personal navigation devices, PND and pedometers (AXL, GYRO, MAG, PS) Map orientation Heading and navigation Power-saving using auto-wake-up functionality Taps display activation

Complete Solution Large sensor portfolio 100% security of supply Integrated hardware and software solutions Scalability of solutions Quality is a must for ST ST is MEMS market leader

Move / Actuate

Connect

Power

Sense

Process

Accelerometer, gyroscope

Inertial modules, magnetometerPressure, temperature, humidity

Proximity, microphone

Bluetooth LE, Sub-GHz radio

NFC, Wi-Fi, GNSS

Energy management & battery

COLLECT

TRANSMIT

ACCESS

CREATE

POWER

PROCESS

Software

General-purpose MCUs

Secure MCUs

Audio amplifier

Touch controller

Operation AmplifierTranslate

Stepper motor driverDC & BLDC motor driverIndustrial input / output

STM32 Open Development Environment


Analog Sensors

ST’s industrial MEMS sensors offer superior accuracy, flexibility and high quality required to satisfy Industry 4.0 requirements and are part of ST’s 10-year product longevity commitment program.

MEMS Sensors for Smart Industry 4.0High-performance & Ultra-low-power Sensing Solutions

Key Applications Predictive maintenance and early failure detection Industrial IoT and connected devices Robotics, automation and drones Power saving and motion-activated functions Appliances Inertial navigational systems and motion tracking Antenna and platform pointing, leveling and stabilization Precision inclinometer and leveling instruments Optical image and lens stabilization Anti-tampering in smart meters Positional and distance sensor Presence detection, magnetic switch Variable magnetic field monitoring

Benefits of 10-Year Product Longevity Commitment Program

ST’s broad range of sensors includes 3-axis miniaturized accelerometers, 6-axis inertial modules, magnetometers / eCompass and pressure sensors. Scalable modules with up to 6 axis (3 axis accelerometer + 3 axis gyroscope or 3 axis magnetic, 3 axis magnetic, 1 pressure or temperature) with drivers as well as ST’s Open. MEMS catalog of free and easy-to-use software libraries and the STM32 Open Development Environment.

Industry

Part Number Description IDD (mA) Key Parameters Package

IIS2DH 3-axis accelerometer with digital output 0.011 HP mode 50 Hz ODR

3 uA current consumption at 10Hz ODR; 185 uA current consumption at wide bandwidth and ODR 5.3 Khz LGA-12L 2.0 x 2.0 x 1 mm

I3G4250D 3-axis gyroscope with digital output 6.1 FS ±250/±500/±2000; Stability over temperature LGA-16L 4 x 4 x 1.1 mm

IIS328DQ 3-axis accelerometer with digital output for industrial applications 0.250 Operating temperature up to 105 °C QFN-24L

4 x 4 x 1.8 mm

ISM330DLC iNEMO inertial module: 3-axis accelerometer and 3-axis gyroscope 0.75 combo HP mode Rate noise density in high-performance mode (HPM) Gyroscope:

3.8 mdps/√Hz; Accelerometer: 90 ug/√HzLGA-14L

2.5 x 3 x 0.83 mm

IIS3DHHC High-performance 3-axis inclinometer with digital output 2.5 Meas. range: FS ± 2.5 g Offset change with Temp <0.4 mg/C

Noise density: 45 µg/√HzCC LGA-16

5 x 5 x 1.7 mm Ceramic

IIS2MDC High accuracy , ultra-low-Power, 3-axis: Digital output Magnetometer

0.2 HP 0.05 LP

± 50 gauss magnetic dynamic range. 3 magnetic field channels Noise 3mGauss (rms)

LGA-12 2.0 x 2.0 x 0.7 mm

ISM303DACeCompass 3-axis magnetometer+3axis accelerometer High performance, low power, compact

0.032 LP combo mode 1.45 HP combo mode

3-axis mag. FS ±50Ga 3-axis axl FS ±16g High resolution,High frequency and Low Power modes

LGA-12L 2.0 x 2.0 x 1 mm

BENEFITS OF ST’S 10-YEAR PRODUCT LONGEVITY COMMITMENT PROGRAM

DESIGN AND MANUFACTURING

FOR HIGHER ROBUSTNESS & PERFORMANCES

CALIBRATION & TESTING FOR

HIGHER ACCURACY & QUALITY

EXTENDED TEMPERATURE

RANGE AND ENDURANCE

TO SHOCK AND VIBRATION

10-YEAR LONGEVITY FROM

PRODUCT INTRODUCTION

DATE

Robotics Appliances Building automation DefenseMedical Navigation







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DATE








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Analog Sensors

ST has shipped more than 13 billion micro-electromechanical sensors and has one of the industry‘s most extensive sensor portfolio including proximity and MEMS accelerometers, gyroscopes, digital compasses, inertial modules, microphones, and environmental sensors such as pressure, temperature and humidity sensors.

LIS2DW12Flexible Ultra-low-power 3-axis Smart Accelerometer in a 2 x 2 x 0.7 mm Package

Key Features Acceleration range: ±2/±4/±8/±16 g Multiple operating modes with multiple bandwidths 32-level FIFO Noise density (accel.): 90 μg/√Hz Very low noise down to 1.3 mg RMS in low power mode 16-bit output resolution Ultra-low power consumption:

Power-down mode: 50 nA Low-power mode: < 1 µA @ ODR = 12.5 Hz

Supply voltage range: 1.62 to 3.6 V Temperature range: -40 to +85 °C I²C/SPI digital interfaces LGA-12 package (2 x 2 x 0.7 mm)

Enhanced Flexibility with Eembedded FIFO32-level first-in, first-out (FIFO) buffer allowing the user to store data in order to limit intervention by the host processor.

Higher Thermal StabilityOver the entire operating tempera-ture range from -40 to +85 °C

Ultra-low Power Consumption High-performance mode: 90 µA @ ODR = 12.5 to 1600 Hz Low-power mode: 5 µA @ ODR = 100 Hz 3 µA @ ODR = 50 Hz 1 µA @ ODR = 12.5 Hz 0.38 µA @ ODR = 1.6 Hz Power-down mode: 50 nA

Advanced Digital FeaturesDedicated internal engine to process motion and acceleration detection: Free-fall wakeup 6D/4D orientation Tap and double-tap recognition Activity/inactivity recognition Portrait/landscape detection

Key Applications Motion detection for wearables Gesture recognition and gaming Motion-activated functions and user interfaces Display orientation Tap/double-tap recognition Free-fall detection Smart power saving for handheld devices Impact recognition and logging Hearing aids Portable healthcare devices Wireless sensor nodes Motion-enabled metering devices

Advanced Applications

Parameter High-perf. Mode

Low-power Mode 4

Low-power Mode 3

Low-power Mode 2

Low-power Mode 1

Resolution 14-bit 14-bit 14-bit 14-bit 12-bit

Noise density (µg/√Hz) 110 160 210 300 550

Parameter High-perf. Mode

Low-power Mode 4

Low-power Mode 3

Low-power Mode 2

Low-power Mode 1

Resolution 14-bit 14-bit 14-bit 14-bit 12-bit

Noise density (µg/√Hz) 90 130 180 240 450

Ope

ratin

g M

odes

Low-noise Mode>Disabled<

Low-noise Mode>Enabled<


Analog Sensors

ST’s state-of-the-art MEMS accelerometers include analog and digital sensors featuring up to ±400g acceleration full scale and from 1.71 to 3.6 V supply voltage. Accelerometers have advanced power-saving features that make them suitable for ultra-low-power applications. These features include low-power mode, auto wake-up function and a FIFO buffer that can be used to store data, thus reducing the host processor loading and system power consumption. The small size and embedded features of ST’s accele-rometers make them an ideal choice for wearable applications and where long battery life is required.

ST’s digital compasses include combo solutions, with an accele-rometer and magnetic sensor integrated in a single LGA package and standalone magnetometer, to give the possibility of designing a solution locating the magnetic sensor in the best position on the board in order to minimize magnetic interference.

iNEMO System-in-packages (SiP) combine accelerometer, gyro-scope and magnetometer in a monolithic 6-axis or 9-axis solution. The integration of multiple sensor outputs bring motion sensing systems to the level of accuracy required for the most demanding applications, such as enhanced gesture recognition, gaming, aug-mented reality, indoor navigation and localization-basd services.

Motion Sensors

Features Low power consumption and smart ultra-low-power operating modes including Always-on High resolution: accuracy and stability Smart embedded features for less power hungry systems Ultra compact devices in packages smaller than 4 mm3

Selectable full-scale up to 16g Advanced digital features Pin to pin compatible product family

Features Ultra-compact high-performance magnetometer module Wide magnetic sensor dynamic range and ultra low magnetic offset Pin to pin compatible product family Embedded self test and temp. compensated

Features Always-on 3D accelerometer and 3D gyroscope Android M compliant Pedometer, step detector and step counter Rate noise density 4mdps/√Hz (High Perf. Mode) Embedded self test and temperature sensor

Part Number DescriptionPower cons. in PDLow Power ModeNormal Mode (µA)

Key Parameters Package Size (mm)

LIS2DW12 3-axis accelerometer, 12 to 14 bit resolution

0.05 0.38 @1.6Hz, 3 / 16 @50Hz

120 in HPM @50Hz

32-level, FIFO, self test, temp sensor, high resolution very low power LGA-12, 2 x 2 x 0.7

LIS2DH12 3-axis accelerometer, 8 to 12 bit resolution

0.5 2 @1Hz, 6 @ 50Hz,

11 @50Hz

32-level, FIFO, self test, temp sensor, 12-bit resolution, low power, cost effective LGA-12, 2 x 2 x 1

LIS2DE12 3-axis accelerometer, 8 bit resolution

0.5 2 @1Hz, 6 @50Hz

32-level, FIFO, self test, temp sensor, 8 bit resolution, low power LGA-12, 2 x 2 x 1

Part Number Full Scale Noise Density (Typ.) Package Size (mm) Key Features

LSM303AGR 2, ±4, ±8, ±16 g±50 gauss

220 μg/√Hz3 mgauss LGA-12, 2 x 2 x 1 Ultra-low-power, high-performance,

3D digital accelerator sensor and 3D digital magnetic sensor

LSM303AH ±2, ±4, ±8, ±16 g±50 gauss

120 μg/√Hz3 mgauss LGA-12, 2 x 2 x 1 Ultra-compact, high-performance e-compass 3D accelerometer

and 3D magnetometer module

LIS2MDL ±50 gauss full scale 3 mgauss LGA-12, 2 x 2 x 0.73-axis magnetometer standalone,

power consumption (@ODR=20Hz): 200 µA in high resolution,50 µA in low power & 2 µA in power down

Part Number Description IDD (mA) Key Parameters Package

LSM6DSL iNEMO inertial module: 3-axis accelerometer and 3-axis gyroscope

0.65 combo HP mode

Rate noise density in high-performance mode (HPM) Gyroscope: 4 mdps/√Hz

Accelerometer: 90 ug/√Hz

LGA-14L 2.5 x 3 x 0.83 mm

LSM6DSM iNEMO inertial module: 3-axis accelerometer and 3-axis gyroscope

0.65 combo HP mode

Optimized for Optical Image Stabilization Gyroscope: 3.8 mdps/√Hz Accelerometer: 90 ug/√Hz

LGA-14L 2.5 x 3 x 0.83 mm

Accelerometers

Digital Compasses

iNEMO® Inertial Modules


Analog Sensors

ST has a wide product portfolio for Wearable applications and provides solution to solve the most complex design challenge:Single Product Evaluation Boards, Fast prototyping and Development Boards, Solution Evaluation Boards and Software Development Tools.

Design Support

Product Evaluation BoardsST proposes a wide range of evaluation boards that may be used to perform a comprehensive evaluation of ST‘s products reducing your development time. These evaluation boards help you evaluate the features and performance of selected products, all of them have published online fully tested sche-matics, BOMs and Gerber files to facilitate your hardware design. Many, where appropriate, also have demonstration software packages available as well.

Sensors Ecosystem: HW + SW

STM32 Open Development EnvironmentThe STM32 Open Development Environment is a fast and affordable way to prototype and develop innovative applica-tions with state-of-art ST components based on the STM32 32-bit micro controller family and a comprehensive set of functions for sensing, connectivity, power, audio, motor control and more. The combination of a broad range of expandable hardware based on leading-edge commercial products and modular software, from driver to application level, enables fast prototyping of ideas that can be smoothly transformed into final designs.

STM32 NucleoDevelopment boards

• Set of boards based onSTM32 microcontrollerfamilies

• Debugger/programmerfunctionality

• Expansion capabilities

X-NUCLEOSTM32 Nucleo expansion boards

STM32CubeDevelopment software

• Set of boards with additionalfunctions to STM32 Nucleoones

• Pluggable boards on top ofthe STM32 Nucleo or stackedon another expansion board

• SW libraries for each STM32microcontroller family

X-CUBESTM32Cube expansion software

• SW drivers of eachX-NUCLEO

STM32 NucleoDevelopment boards

• Set of boards based onSTM32 microcontrollerfamilies

• Debugger/programmerfunctionality

• Expansion capabilities

X-NUCLEOSTM32 Nucleo expansion boards

STM32CubeDevelopment software

• Set of boards with additionalfunctions to STM32 Nucleoones

• Pluggable boards on top ofthe STM32 Nucleo or stackedon another expansion board

• SW libraries for each STM32microcontroller family

X-CUBESTM32Cube expansion software

• SW drivers of eachX-NUCLEO

The STM32 Open Development Environment is compatible with a number of IDEs including IAR EWARM, Keil MDK-ARM, ARM® mbed™ and GCC-based environments.


ST Morpho connector

Arduino UNO R3 connector

DIL 24-pin

Sensor drivers and examples in source code

SW Libraries: sensor fusion, man activity, calibration

High level ready to use applications

HumidityPressure

6-axis IMUE-Compass Unicleo-GUI

Graphical User Interface


ST Morpho connector


DIL 24-pin




HumidityPressure




ST Morpho connector


DIL 24-pin




HumidityPressure






Unicleo-GUI Graphical User Interface

Unicleo-GUI Graphical User Interface


Analog Sensors

The STEVAL-BCNKT01V1 integrated development and prototyping platform for augmented acoustic and motion sensing for IoT applications builds on the listening and balancing capabilities of the human ear.

BlueCoin Development Kit

Voice control is a wide spreading trend across many portable applications, making the interaction easier, faster and smoother. It enables fashionable designs by reducing the number of button.

Features Tiny packages Low power consumption High performance Solution to integrate more sensors in a single package

Part Number Sensitivity (dBV) SNR (dB) AOP (db) Supply Voltage Range (V) Supply Current (µA) Output Package (mm)

MP23AB01DH -38 ±1 65 135 2.3 – 3.6 220 Differential RHLGA metal cap, 2.5 x 3.35 x 0.98

MP34DT01-M -26 ±3 61 120 1.64 – 3.6 650 PDM HCLGA-4LD, 3 x 4 x 1

MP34DT05-A -26 ±3 64 122.5 1.6 – 3.6 650 PDM HCLGA-4LD 3 x 4 x 1.06

MEMS Microphones

BlueCoin Development Kit PreviewAugmented hearing and motion sensing

4x Microphone

Bluetooth Low Energy processor

Balun FilterSMD Antenna

Barometer3D accelerometer 3D magnetometer

3D accelerometer & gyroscope

STM32 performance MCU

Power management

Expansion connectors2x buttons

8 LEDs

25 mm

Augmented Hearing and Motion Sensing

Beamforming

reference audio

Acoustic Echo Cancellation

Source Localization

4 MEMS Microphones

Array

• User-selectable angle resolution• User-selectable activation threshold• Based on 4 MEMS microphones• 360° localization range

• User-selectable beam direction• User-selectable beamforming algorithm• Based on 4 MEMS microphones• GUI highlights the chosen microphone couple

• Based on a single MEMS microphone• Reference audio is stored on STM32 FLASH• Uses Audio OUT to play back audio while

streaming cleaned speech on USB

Smart Acoustic1 Software Package


Analog Sensors

Barometric pressure sensors are a key component in engine management. They measure the current ambient barometric pressure, which continuously fluctuates based on altitude, weather conditions and ambient temperature. The engine management system utilizes the sensor data to seamlessly adjust the optimum air-fuel mixture. This reduces fuel consumption as well as CO2 emissions and other pollutants. Having the ideal air-fuel mixture also helps to maximize engine performance and lowers engine noise. As well as helping with engine management, the latest sensor generation, SMP580, can also be used in dynamic multi-contour seats. The sensors are integrated into the air chambers of the multi-contoured air cushioned seats, and ensure that the seats adapt to the anatomy of the driver and front-seat passenger.

Barometric Pressure Sensorsfor Automotive Applications

SMD288 – Analog Output

Features Measurement range: 40 … 115 kPa Accuracy: 1.5 kPa (0 °C … 85 °C) Ratiometric analog output Ambient temperature: -40 °C … +125 °C Supply voltage (VDD): 5 V Supply current: <12.0 mA Package: PM8 (10.5 x 6.9 x 4.6 mm3)

Benefits High measurement accuracy and long-term stability Fast analog technology Open circuit detection capability Short circuit and ESD protected Customized pressure ranges upon request RoHS compliant and AEC-Q100 qualification

Applications Engine management Navigation (height measurement)


SMP580 – Digital Output

Features Measurement range:

40 … 115 kPa (engine management) 60 … 165 kPa (seating systems)

Accuracy: <1.0 kPa (0 °C … 85 °C) Interface: SPI Digital resolution: 10, 12 or 16 bit Ambient temperature: -40 °C … +125 °C Supply voltage (VDD): 3.3 – 5 V Supply current: ≤5 mA Package: SOIC8 (4.9 x 3.9 x 1.5 mm3)

Benefits Very high measurement accuracy and long-term stability Digital interface for pressure and temperature output Very robust design Customized pressure ranges and transfer functions upon request RoHS compliant

Applications Engine management Seat comfort systems

Analog Sensors

Our portfolio of environmental sensors includes barometric pressure sensors, as well as integrated environmental sensors. These integrated environmental sensors combine barometric pressure, relative humidity, gas and ambient temperature sensing functions. Environmental sensors are ideally suited for indoor air quality measurement, sport & fitness monitoring, weather forecast, home automation control, Internet of Things, GPS-enhancement and indoor navigation.

Environmental Sensorsfor I oT & Consumer Electronics Applications

Barometric Pressure Sensors

Integrated Environmental Units

Product Operation Range

Relative Accuracy 700 … 900 hPa(Temperature = +25 … +40 °C)

Absolute Accuracy

(-20 … +65°C)

Power Consumption

Supply Voltage Noise*

Long Term Stability (1 yrs)

TCO Inter-face

Package Dimensions

(mm3)

BMP280 300 … 1100 hPa ±0.12 hPa (±1 m) ±1 hPa 2.74 μA @ 1Hz VDDIO: 1.2 ... 3.6 V

VDD: 1.71 ... 3.6 V 0.2 Pa ±1 hPa ±1.5 Pa/K I² C and SPI

8-Pin LGA with metal 2.0 × 2.5 × 0.95

BMP388 300… 1250 hPa

±0.06 hPa(equivalent to

±50 cm)±0.50 hPa 2.0 μA @ 1 Hz VDDIO: 1.2 V … 3.6 V

VDD: 1.65 V … 3.6 V 0.03 Pa ±0.33 hPa0.75 Pa/K

(equivalent to ± 6.3 cm/K)

I²C and SPI

10-pin LGA with metal lid

2.0 x 2.0 x 0.75 mm³

Product

Humidity Pressure

Interface Power

Package Dimensions

Range Response (mm3)

RangeResponse

Time (t0 - 63 %)

Accuracy Tolerance Hysteresis Range Noise* TCO Relative

Accuracy

BME280 0 ... 100 % rH 1 s ±3 % relative

humidity≤1 % relative

humidity 300 … 1100 hPa 0.2 Pa ±1.5 Pa/K ±0.12 hPa (±1 m) I²C and SPI

Sleep mode 0.1 μA 1.8 μA @ 1 Hz (H, T);

3.6 μA @ 1 Hz (H, P, T)2.5 × 2.5 × 0.93

Product

Gas Humidity Pressure Temp.Inter-face Power

Package Dimensions

(mm³)RangeResponse

Time (t33 - 63 %)

Power Consumption RangeResponse

Time (t0-63 %)

Accuracy Tolerance Range Relative

Accuracy

Absolute accu-racy

BME6800.2 ... 100 g/m³

<1 s for new sensors

Ultra-low power mode (ULP): <0.1 mA

Low-power mode (LP): <1 mA

0 ... 100 % rH 8 s

±3 % relative humidity

300 ... 1100 hPa

±0.12 hPa (±1m) ± 0.5 °C

I²C and SPI

Sleep mode 0.1 μA 1.8 μA @ 1 Hz (H, T);

3.7 μA @ 1 Hz (H, P, T) 0.1 ... 16 mA (Gas, H, P, T)

depending on operation mode

3.0 x 3.0 x 0.93

* Lowest Bandwidth, Highest Resolution

* Lowest Bandwidth, Highest Resolution


Analog Sensors

Series

Accuracy (+/-) Out-

put

Supply Voltage

PackageFilter Op.

Temp.

% RH °C VDC Filter Condens.Resistant °C

HIH6020-021

4.5 0.5 I2C; SPI

2,3 to 5.5

SIP4; SOIC8 no no

-40 to 100

HIH6021-021 SIP4; SOIC8 yes yesHIH6030-021 SIP4; SOIC8 no noHIH6030-000 SIP4; SOIC8 no noHIH6031-021 SIP4; SOIC8 yes yesHIH6031-000 SIP4; SOIC8 yes yesHIH7120-021

3 1

I2C SIP4 no no

-40 to 125

HIH7121-021 I2C SIP4 yes yesHIH7130-021 I2C SOIC8 no noHIH7130-000 SPI SOIC8 no noHIH7131-021 I2C SOIC8 yes yesHIH7131-000 SPI SOIC8 yes yesHIH8120-021

2 0.8

I2C SIP4 no noHIH8121-021 I2C SIP4 yes yesHIH8130-021 I2C SOIC8 no noHIH8130-000 SPI SOIC8 no noHIH8131-021 I2C SOIC8 yes yesHIH8131-000 SPI SOIC8 yes yesHIH9120-021

1.7 0.6

I2C SIP4 no noHIH9121-021 I2C SIP4 yes yesHIH9130-021 I2C SOIC8 no noHIH9130-000 SPI SOIC8 no noHIH9131-021 I2C SOIC8 yes yesHIH9131-000 SPI SOIC8 yes yes

Digital Humidity / Temperature SensorsHIH6000, HIH7000, HIH8000 & HIH9000 Series

Honeywell HumidIcon Digital Humidity/Temperature Sensors, HIH6000-, HIH7000-, HIH8000-, and HIH9000 Series, are digital Output-type relative humidity (RH) and temperature sensors combined in the same package. These sensors provide accuracy levels depended of the series between (±)4.5%RH to (±)1.7%RH.

Features & Benefits Industry-leading long-term stability (1.2 % RH over five years) Industry-leading reliability (MTTF 9, 312, 507 HR) Resitance to most application hazards Lowest total cost solution (comboned humidity / temperature sensor) Energy Efficent, low supplyy voltage, low power consumption High resolution: 14-bit

Industrial Applications HVAC Air compressors Weather stations

Medical Applications Medical respiratory Incubators Microenvironments

Telecom cabinets Industrial incubators Microenvironments

Sleep apnea machines Ventilators Spirometers


Analog Sensors

http://Condens.Resistant

http://Condens.Resistant

Flow MetersZephyr™ HAF, AWM1000, AWM2000 & AWM3000 Series

Airflow Sensors contain advanced microstructure tech nology to provide a sensitive and fast response to flow, amount/direction of air or other gases. Potential applications include HVAC, gas metering, chromatograhpy, vent hoods, and medical equipment.

Series Zephyr™ HAF AWM1000 AWM2000 AWM3000

Signal conditioning amplified, digital unamplified, compensated unamplified, compensated amplified

Technology silicon die with thermally isolated heater

silicon die silicon die silicon die

Flow/pressure range ±50 SCCM to ±750 SCCM ±200 SCCM; 1000 SCCM to -600 SCCM; ±5.0 mbar [2.0 in H20]; ±10.0 mbar [4.0 in H20]

±30 SCCM; ±1000 SCCM; ±10.0 mbar [4.0 in H20]

30 SCCM; 200 SCCM; 1000 SCCM; 0 mbar to 1,25 mbar [0 in H20 to 0.5 in H20]; 0 mbar to 5.0 mbar [0 in H20 to 2 in H20]; 5.0 mbar [2.0 in H20]

Output analog (Vdc), digital (I²C) analog analog analog

Power consumption

3.3 Vdc: 40 mW typ. (no load) (analog) 23 mW typ. (no load) (digital) 5.0 Vdc: 55 mW typ. (no load) (analog) 38 mW typ. (no load) (digital)

30 mW typ. 30 mW typ. 50 mW or 100 mW typ.

Port style long port, short port straight straight straight

Media compatibility

dry non-corrosive gases dry gas only dry gas only dry gas only

Operating temperature range -20 … 70 °C -25 … 85 °C -25 … 85 °C -25 … 85 °C

Measurements (H x W x D)

long port: 20 mm x 36 mm x 19.9 mm short port: 17.6 mm x 28.8 mm x 19.9 mm

12.7 mm x 54.4 mm x 31.5 mm 12.7 mm x 54.4 mm x 31.5 mm 12.7 mm x 54.4 mm x 31.5 mm

Features high accuracy; high sensitivity at very low flows; high stability; low pressure; linear output; customizable; full calibration and temperature compensation

sensitivity to low flows; enhanced response time; low power consumption; analog output; bidirectional sensing capability

sensitivity to low flows; enhanced response time; low power consumption; analog output; bidirectional sensing capability

sensitivity to low flows; fast response time; low power consumption; analog output; amplified


Analog Sensors

Basic ABP, TBP & NBP Series Board Mount Pressure Sensors

(Un-)Compensated / (Un-)AmplifiedBasic Board Mount Pressure Sensors, NBP Series, are designed for customers that require the following:

Simple Cost-effective Basic performance

Durable - Wide operating temperature range from -40 … 125 °C - Media compatibility options: 1) Non-gel coating: Input port limited to non-corrosive, non-

ionic media (i.e., dry air/gases) and should not be exposed to condensation; gases limited to media compatible with high temperature polyamide, silicone, alumina ceramic, silicon, gold, glass.

2) Gel coating: Uses the same materials in the wetted media path but is protected from condensation by a silicone-based gel coating; allows use where condensation can occur.

Robust Reflow mounting J-STD-020D, MSL 1 and rapid stabilization after reflow soldering allow calibration immediately after mounting. Flexible Numerous package styles, pressure ranges, housings, gel coating, and porting options simplify integration into the device manufacturer’s application.

ApplicationsIndustrial HVAC transmitters

mV output Unamplified Uncompensated

High quality High resol ution

Medical Wound therapy machine Hospital beds Oxygen concentrator

Ideal for customers who want to do their own compensation, calibration, and amplification to make use of the maximum resolution of the bare sensor output, leveraging a custom algorithm required for the application. Fills a gap in Honeywell’s board mount pressure sensor portfolio by providing customers who want to do their own compensation, calibration, and amplification with a cost-effective, basic-perfor-ming device for the high-volume, economical board mount pres-sure sensor segment. Cost-effective These devices provide a cost-effective pressure sensing solution with a variety of options that allow customers to meet their speci-fic application needs. Small package size

- Very small when compared to most board mount pressure sensors - Occupies less PCB space and typically eases placement


Analog Sensors

PX3, HP, HE, LP, LE SeriesHeavy Duty Pressure Transducers

Honeywell Pressure Switches are durable, reliable electromechanical gauge pressure on/off switches that are available with either single pole single throw (SPST) normally open or normally closed circuitry, or single pole double throw (SPDT) circuitry. Their IP67 environ-mental sealing and high proof pressure and burst pressure ratings allow for use in many rugged applications that require the making or breaking of an electrical connection in response to a pressure change of the system media.

Features & Benefits Life cycle rating: up to 2 million IP67 sealing rating Operating temperature range: -40 … 120 °C Proof pressure: 10000 psi [689 bar] (High Pressure), 500 psi [34,47 bar] (Low Pressure) Burst pressure: 20000 psi [1379 bar] (High Pressure), 750 psi for 3.5 psi to 22 psi, 1250 psi > 22 psi (Low Pressure) Hysteresis option (HP Series and LP Series only) Variety of pressure ports and electrical terminations Pressure switching set point range: Factory set 150 psi to 4500 psi [10,34 bar to 310,26 bar] (High Pressure), 1 bar to 46 bar or factory set or field adjust-able 3.5 psi to 150 psi [0,24 bar to 10,34 bar] (Low Pressure) Switching point accuracy: up to ±2 %

Transportation Applications Agricultural machinery Heavy duty construction machinery Heavy duty trucks Lawn & garden Marine vessels Material handling machinery Railway

Industrial Applications CNC machines Compressors, boilers Fracking equipment Food & beverage equipment Generators HVAC equipment Mud pumps Pneumatic equipment Presses and punches Pressure washers Trash compactors Water jet cutting machines Water pumps


Analog Sensors

Trustability® HSC, SSC,TSC & NSC SeriesBoard Mount Pressure Sensors

(Un-)Compensated / (Un-)AmplifiedThe HSC, SSC,TSC & NSC Series are piezoresistive silicon pressure sensors offering a digital or analog output for reading pressure over the specified full scale pressure span and temperature range. They are intended for use with non-corrosive, non-ironic working fluids.

Features & Benefits The HSC, SSC,TSC & NSC Series combines high sensitivity with high overpressure and burst pressure that protects the sensor with-out sacrificing the ability to sense very small changes in pressure Minimizes system calibration needs, maximizes system performance, and helps support system uptime Provides Total Error Band so sensors can be implemented quickly and easily Extremely tight accuracy of ±0.25 %FSS BFSL (Full Scale Span Best Fit Straight Line) Endures a wide range of conditions while maintaining a high level of sensitivity Allows ultra-low pressure sensors to be used continuously well above the calibrated pressure range

Applications

Medical Ventilator Anesthesia machines Spirometers Nebulizers Hospital room air pressure

Industrial VAV (Variable Air Volume) control Static dust pressure Clogged HVAC filter detection HVAC transmitters Indoor air quality

Allows design engineers to choose from over 50,000 possible configurations Provides excellent repeatability, high accuracy and reliability under many demanding conditions Typically allows for the removal of signal conditioning components from the PCB From ±2.5 mbar to ±40 mbar [±1 inH20 to ±30 inH20] ultra low pressure sensors & ±60mbar to ±10 bar (non ultra low pressure sensors) Avoid the thermal and mechanical damage during solder reflow attachment and/or repair that lesser rated products would incur I²C- or SPI-compatible 14-bit digital output Extremely low power consumption


Analog Sensors

MPR SeriesMicroPressure Board Mount Pressure Sensors

The MPR Series is a piezoresistive silicon pressure sensor with a very small package that enables portability by addressing weight, size and space restrictions. The MPR´s plug and play feature eases implementation and system level connectivity. The MPR Series enhances performance through reduced conversion requirements and a direct interface to microprocessors. It meets IPC/JEDEC J-STD-020D as well as Moisture Sensitivity Level 1 requirements.

Key Features 5 mm x 5 mm [0.20 in x 0.20 in] package footprint Calibrated and compensated ±40 mbar to ±2.5 bar | ±4 kPa to ±250 kPa | ±0.6 psi to ±30 psi 24-bit digital I²C or SPI-compatible output IoT (Internet of Things) ready interface Low power consumption (<10 mW typ.), energy efficient Stainless steel pressure port Medical and food grade gel options Compatible with a variety of liquid media Absolute and gage pressure types Total Error Band after customer auto-zero: As low as ±1.5 %FSS Compensated temperature range: 0 °C to 50 °C REACH and RoHS compliant Meets IPC/JEDEC J-STD-020D. Moisture Sensitivity Level 1

The MPR Series is energy efficient by reducing system power requirements and enables extended battery life.The MPR Series has a digital output and comes fully calibrated, compensated and amplified. Its application-specific design addresses various application needs and challenges. It provides true performance over compensated temperature range, which minimizes the need to test and calibrate every sensor, thereby potentially reducing manufacturing cost, improving sensor accuracy, and offers ease of sensor interchangeability due to minimal part-to-part variation

Applications Blood pressure monitoring Negative-pressure wound therapy Breast pumps Mobile oxygen concentrators CPAP water tanks Coffee machines Humidifiers Air beds Washing Machines Dishwashers Air braking systems Gas and water meters


Analog Sensors

Digital Barometric Air Pressure SensorInfineon’s digital barometric air pressure sensors are best choice for enhanced navigation experience, activity level monitoring,gesture recognition and weather monitoring just as well as for mobile applications and wearables.

DPS310DPS310 provides ultra-high precision up to ±5 cm and ±0.06 hPa relative accuracy. The pressure sensing element is based on a unique capacitive principle, which is totally different from piezoelectric technology employed in most of the pressure sensors available in today’s market. The capacitive technology enables high accuracy during temperature changes, which is important for smartphones, wearable and personal navigation devices.

DPS422The DPS422 is a Monolithic chip solution and ultra- small critical area ( sensitive area) and offers robustness against environment. It is capable of measuring both pressure and temperature. Pressure sensing is carried out using a capacitive sensor element, guaranteeing high accuracy over temperature. The small 2.0 x 2.5 x 0.73 mm package makes the DPS422 ideal for mobile applications and wearable devices

Target Aplications Internet of Things Wearable electronics e.g. health and sports gadgets Indoor navigation floor detection e.g. in shopping malls and parking garages Outdoor navigation in personal navigation devices Dead-reckoning e.g. in tunnels Local weather station

Specifications

Application Benefits Ultra-high precision High measurement accuracy over wide pressure and temperature range Easy implementation due to compact size Low system level energy consumption due to FIFO

Functional Block Diagram

Infineon’s digital barometric air pressure sensors are best choice for enhanced navigation experience, activity level monitoring, gesture recognition and weather monitoring just as well as for mobile applications and wearables.

DPS310 provides ultra-high precision up to ±5 cm and ±0.06 hPa relative accuracy. The pressure sensing element is based on a unique capacitive principle, which is totally different from piezoelectric technology employed in most of the pressure sensors available in today’s market. The capacitive technology enables high accuracy during temperature changes, which is important for smartphones, wearable and personal navigation devices.

The DPS422 is a Monolithic chip solution and ultra- small critical area ( sensitive area) and offers robustness against environment. It is ca-pable of measuring both pressure and temperature. Pressure sensing is carried out using a capacitive sensor element, guaranteeing high accuracy over temperature. The small 2.0 x 2.5 x 0.73 mm package makes the DPS422 ideal for mobile applications and wearable devices.

Target applications › Internet of the Things › Wearable electronics e.g. health and sports gadgets › Indoor navigation floor detection e.g. in shopping malls and parking garages › Outdoor navigation in personal navigation devices

› Dead-reckoning e.g. in tunnels › Local weather station

Application benefits › Ultra-high precision › High measurement accuracy over wide pressure and tempera-ture range › Easy implementation due to compact size › Low system level energy consumption due to FIFO

Orderable part number › DPS310: DPS310XTSA1 › DPS422: not available yet

Infineon’s digital barometric air pressure sensor

Functional block diagram

Application circuit example (in I2C configuration) Pin configuration (Top view)

Pin Name Function1 GND Ground

2 CSB Chip Select

3 SDI Serial Data In/Out

4 SCK Serial Clock

5 SDO Serial Data Out

6 VDDIO Digital Interface Supply

7 GND Ground

8 VDD Analog Supply

I2C/SPI

VDDIO

VDD

Temperaturesensor

Digital signalprocessing

Calibrationcoefficients

FIFO

Capacitivepressure sensor

Digital core

Memoryinterface

Voltageregulators

Digital interfaceMUX ADC

4

3

2

1

5

6

7

8 GND

CSB

SDI

SCK

VDD

GND

VDDIO

SDO

Vent hole

SCK

INT

SDAI2C serial interface

C

SDO

SCK

SDI

CSB

GND

GND

VDD

VDDIO

Pressuresensor

ProcessorVDDIO

1.7 … 3.6 V

1.2 … 3.6 V

C

R

VDDIO

R

N.C.

Interrupt (optional)

Key product features DPS310 DPS422Operating pressure range 300…1200 hPa

Operating temperature range -40 …85ºC

Pressure level precision < 0.5 Pa 0.5 Pa

Temperature accuracy 0.5º < 0.4ºC

Pressure temperature sensitivity 0.5 Pa/K

Measurement time, low power mode 3 ms

Average current consumption, low power mode, 1 Hz

3 µA

Standby current < 1 µA

Supply voltage VDDIO: 1.2 – 3.6 V; VDD: 1.7 – 3.6 V

Operating modes Command ( manual), background ( automatic), standby

Interface I²C and SPI, both with optional interrupt

Package 8 pins LGA: 2.0 x 2.5 x 1.0 mm

8 pins WLGA 2.0 x 2.5 x 0.73 mm












2 CSB Chip Select


4 SCK Serial Clock



7 GND Ground

8 VDD Analog Supply

I2C/SPI

VDDIO

VDD

Temperaturesensor



FIFO


Digital core

Memoryinterface

Voltageregulators


4

3

2

1

5

6

7

8 GND

CSB

SDI

SCK

VDD

GND

VDDIO

SDO

Vent hole

SCK

INT


C

SDO

SCK

SDI

CSB

GND

GND

VDD

VDDIO

Pressuresensor

ProcessorVDDIO

1.7 … 3.6 V

1.2 … 3.6 V

C

R

VDDIO

R

N.C.









3 µA






8 pins WLGA 2.0 x 2.5 x 0.73 mm












2 CSB Chip Select


4 SCK Serial Clock



7 GND Ground

8 VDD Analog Supply

I2C/SPI

VDDIO

VDD

Temperaturesensor



FIFO


Digital core

Memoryinterface

Voltageregulators


4

3

2

1

5

6

7

8 GND

CSB

SDI

SCK

VDD

GND

VDDIO

SDO

Vent hole

SCK

INT


C

SDO

SCK

SDI

CSB

GND

GND

VDD

VDDIO

Pressuresensor

ProcessorVDDIO

1.7 … 3.6 V

1.2 … 3.6 V

C

R

VDDIO

R

N.C.









3 µA






8 pins WLGA 2.0 x 2.5 x 0.73 mm

Orderable Part Number ››DPS310: DPS310XTSA1 ››DPS422: on request


Analog Sensors

Air Quality and Environment Sensors

Air Quality Sensor B5W-LD0101

Monitoring environmental conditions in our surroundings greatly increase our comfort and quality of life. For example, we can use weather information to plan outdoor activities or create a comfortable sleeping environment. The superior sensitivity and performance offered by Omron sensors help manufacturers to create more effective air purifiers and air quality control systems.

Omron’s environment sensor provides reliable tracking infor-mation of six environmental parameters: temperature, light, UV Index, humidity, barometric pressure and noise. This information can be uploaded to a smartphone app using the Bluetooth low energy interface, recorded and used to create status updates and alerts.

Air pollution from vehicle emissions as well as many industrial sources became a major concern for the health. Public authori-ties and consumers in general are more aware of the impor-tance of implementing solutions in their daily life to improve air quality. Omron´s B5W-LD0101 offers a High sensitivity and performance solution for air quality applications.

Omron’s air quality sensor module has high sensibility event while utilizing LED, and can detect particles as small as half a micron (up to 0.5 um diameter), which surpasses by far the PM2.5 standard for fine particulate matter specified by European Union regulations.

The module’s original duet structure can breathe in air stably and effectively allows particulates to flow through the sensor, making it much more responsive to environmental changes. Its size 52.3 mm x 39.3 mm x 17.6 mm provides high flexibility for designs.

Applications Air purifiers/Air conditioners Air quality monitoring HVAC

2JCIE Environment Sensor

Applications Room condition monitoring Monitoring of infants, elders and pets Heatstroke prevention Weather alert UV alert

Features Power supply: Button lithium battery rated at 3.0V Sensors: Temperature, humidity, light, UVI, barometric pressure and noise Communication range: Approx. 10 m Operating temperature: -10 to 60 °C Operating humidity: 30 to 85 % RH Battery life: Approx. 6 months (5min. measurement interval ) Dimensions: Approx. 46 x 39 x 15 mm


Analog Sensors

Pressure Sensors

Miniature Gauge Pressure Sensor 2SMPP-02

The new 2SMP-02 Pressure Sensor measures atmospheric pressure and temperature with high precision. It can be used as an altimeter in position detection, making it ideal for weather stations, barometers, GPS navigation and activity monitoring equipment. Its tiny size makes it perfect for wearable devices. It is also used in portable games, smartphones and tablets.

Omron´s miniature 2SMPP pressure sensor combines low tem-perature influence, small offset and span voltage variation and low power consumption. Its compactness and precision make it ideal for many medical applications, including respiratory machines and pumps, laboratory and diagnostic equipment and home care devices. As it accurately controls air movement, leaks and levels, the 2SMPP is also widely used in industrial and environmental control systems.

Applications Respiratory devices and anesthesia Laboratory/diagnostic equipment and home care Home appliance Air movement control Level indicators Leak detection Pressure controller

Barometric Pressure Sensor 2SMP-02

Applications Altitmeter Indoor navigation (floor detection) Car navigation (to distinguish highway & frontage road) Building automation

Features Pressure Range from 30 kPa to 110 kPa Maximum Pressure 800 kPa Measurement type: Absolute pressure MEMS Piezoresistive type with digital control and output via I2C/SPI interface Operating voltage 1.8 V (Typ.) Operating temperature: -40 to 85 °C Two available versions 2SMPB-02B and 2SMPB-02E. 2SMPB-02E has a calibration parameter for wider pressure & temperature range Absolute pressure accuracy ± 50 Pa (typ.) (2SMPB-02E) Relative pressure accuracy ± 3.9Pa (33 cm) (Ultra High Accuracy Mode) Low power 4.1 µA (1 sample/sec. High Speed Mode) Small package 2.0 x 2.5 x 0.85 mm

Features Pressure range: 0 to 37 kPa Pressure type: Gauge Pressure MEMS Piezoresistive type Small Package: 6.1 × 4.7 × 8.2 mm Low Power consumption of 0.2 mW Sensing type: Piezoresistive Withstand Pressure Max. 53 kPa Ambient operating temperature range 0 to 50 °C (with no condensation or icing) Ambient operating humidity range 15 % to 95 % (with no condensation or icing)

Smartphone/Tablet Drones Activity monitor (to detect up and down of stairs) Weather forecast navigation


Analog Sensors

Digital Differential Pressure Sensor D6F-PHFeatures & Benefits The D6F-PH provides differential pressure measurement based on Omron‘s MEMS thermal flow chip. It features a new digital correction algorithm that achieves 3% RD precision, contributing to optimization of control efficiency. Stable measurement with 0.5 % repeatability over wide temperature range is compensated by incorporated ASIC. Internal microprocessor carries out digital correction and enables cutting-edge performance burt also add new functionalities. High flow impedance to reduce the influence of bypass configuration: By increasing the sensor‘s flow resistance, the influence of bypass pipe length and diameter has been reduced, leading to more stable measurement. The sensor‘s dimensions were reduced to 26 x 22 x18 mm to increase installation flexibility. Anomaly detection: Sensor element „open,“ „short circuit,“ and „power supply voltage“ anomaly detection provides greatly enhanced reliability.

Model D6F-PH0025AD1

D6F- PHO505AD3

D6F-PH5050AD3

Measurement range 1 0 to 250Pa +/-50Pa +/- 500Pa

Calibration gas 2 Air

Port type Barb joint, maximum outside diameter: 4.9 mm

Power supply 2.3 to 3.6 VDC

Current consumption20 mA max.

With no load and Vcc of 3.3 VDC, GND=OVDC, 25 °C

Resolution 12-bit

Zero point toleration +/- 0.2Pa

Span tolerance +/- 3%R.D.

Temperature compensation Yes

Span shift due to temp. variation <+/-0.5% R.D. per 10 °C

Response time25 ms typ. at 12-bit resolution (50 ms maximum)

The processing time is 6 ms typical at 12-bit resolution

Gas flow through sensor <63 mL/min <23 mL/min <100 mL/min

Interface I²C

Case material PPS

Degree of protection IEC IP40

Withstand pressure 10kPa

Operating temperature -20 to +80 °C (with no condensation or icing)

Operating humidity 35 % to 80 % RH (with no condensation or icing)

Storage temperature -40 to +80 °C (with no condensation or icing)

Storage humidity 35 % to 80 % RH (with no condensation or icing)

Insulation resistance Between sensor outer cover and lead terminals:20Ω min (500 VDC)

Dielectric strengthBetween sensor outer cover and lead terminals:

500 VAC, 50/60 Hz min. for 1 minute (leakage current: 1 mA max.)

Weight 5.2 g

1) At standard atmospheric pressure (1013.25 hPa)2) Dry gas not containing dust, oil, or mist

Specifications

The D6F-PH is a thermal flow-type sensor that measures with superior sensitivity and reproducibility in low pressure environ-ments and with a wider pressure range than the commonly-used capacitance-type and piezoelectric-type differential pressure sensors. Embedded ASICs carry out digital correction making the D6F-PH more precise and less influenced by temperature than conventional analog output sensors.The D6F-PH will make it possible to optimize business and household air conditioning and ventilation control in order to maximize energy efficiency, and also increase the accuracy of gas flow control and monitoring in digital medical equipment and industrial applications.

Miniature Gauge Pressure Sensor 2SMPP-02


Analog Sensors

We Measure the Key Environmental Parameters

Environmental Sensing

Environmental conditions have a major impact on our well-being, comfort, and productivity. Sensirion’s sensor solutions provide detailed and reliable data on key environmental parameters such as humidity, temperature, volatile organic compounds (VOCs), particulate matter (PM2.5), and CO2. Environmental Sensing opens up new possibilities to create smarter devices that improve our comfort and well-being as well as increase energy efficiency in a wide variety of applications.

Temperature Sensor STS3xThe functionality of Sensirion’s new STS3x temperature sensor includes enhanced signal processing, two distinctive and user-select-able I²C addresses, and communication speeds of up to 1 MHz. The dual-flat no-leads (DFN) package has a footprint of 2.5 × 2.5 mm² while retaining a height of 0.9 mm, allowing easy integration into various applications. Additionally, the wide supply voltage range of 2.4 to 5.5 V and its low current consumption (2 µA typical average current at 1 measurement per second) guarantees compatibility for a wide range of applications.

Features Output: I²C Voltage range: 2.4 to 5.5 V Operating range: -40 to + 125 °C (-40 to 257 °F) Response time: 2 s (tau63%) 2 available versions STS30: Typ. temperature accuracy of ± 0.2 °C @ 0-65 °C STS31: Typ. temperature accuracy of ± 0.2 °C @ 0 to 90 °C

Applications Automotive Appliances / smart home HVAC Consumer electronics Medical Data logging


Analog Sensors

Traditional metal-oxide gas sensors suffer from poor long-term stability. This degradation is caused through contamina-tion by certain chemical compounds like siloxanes which are common in applications. The SGP30 solves this long-standing stabi-lity problem, enabling new possibilities for indoor air quality measurement. The long-term stable metal-oxide gas sensor features multiple sensing elements on one chip; the SGP30 provides in-depth information on air quality.

PM Sensor SPS30 Sensirion´s particle matter Sensor will define new market standards for accurate and reliable detection of PM2.5 and PM10. PM2.5 and PM10 stand for Particulate matter with dia meter up to 2.5 microns and 10 microns, respectively, being these among the most dangerous air pollutants. Due to their small size, PM2.5 particles can travel deep into the human lung and cause a variety of health issues. Sensirion’s new PM2.5 sensor so-lution will enable the implementation of innovative air quality monitoring devices that prevent air pollution damage.

Features Outstanding long-term stability I²C interface with TVOC and CO2eq output signals Very small 6-pin DFN package: 2.45 x 2.45 x 0.9 mm Low power consumption: 48 mA at 1.8 V Tape and reel packaged, reflow solderable

CO2 Sensor SCD30Houses have become increasingly energy-efficient, but the air quality can deteriorate rapidly. Carbon Dioxide is a key indicator for indoor air quality. Active ventilation is needed to maintain a comfortable and healthy indoor environment, and improve the well-being and productivity of the inhabitants. Sensirion sensor solutions offer an accurate and stable monitoring of CO2 in the air, as well as temperature and humidity.

SGP30 Multi-Pixel Gas Sensor


Analog Sensors

Humidity SensorsSensirion is a leading manufacturer of digital relative humidity sensors. By pioneering digital humidity sensors 15 years ago, Sensirion has defined an industry standard with the SHTxx series. Best-in-class products, unprecedented experience, and excellent application support make Sensirion the no. 1 partner for humidity sensing. Each sensor is individually calibrated and tested for quality and accuracy. Additionally, the reliability is demonstrated by qualification based on the AEC-Q100 automotive standard.

Top Products

Digital Humidity Sensor SHT3X (RH/T)The SHT3x humidity sensor series consists of a low-cost version with the SHT30 humidity sensor, a standard version with the SHT31 humidity sensor, and a high- end version with the SHT35 humidity sensor. The SHT3x also has two protec-tives options: A PTFE filter membrane to protect the sensor opening from water and dust according to IP67 and a polyimide protective cover that acts as a reliable shield against pollution during SMT assembly of the sensor and subsequent processes, such as conformal coating or potting.

Product Typ. Accuraccy (%RH)

Typ. Temp. Accuraccy (°C)

Vdd Range (V) Interface Aplications

SHT30 ±2 @10-90% RH ±0.2 @0-65°C 2.4 to 5.5 I²C, analog Automotive Appliances/Smart Home HVAC Consumer Electronics Medical Data logging

SHT31 ±2 @0-100% RH ±0.2 @0-90°C 2.4 to 5.5 I²C, analog

SHT35 ±1.5 @0-80% RH ±0.1 @20-60°C 2.4 to 5.5 I²C

SHTW2 ±3 @20-80% RH ±0.3 @0-60°C 1.62 to 1.98 I²C Internet of things Wearable Mobile Markets

SHTC1 ±3 @20-80% RH ±0.3 @5-60°C 1.62 to 1.98 I²C

Consumer electronics Wearables Smartphones Appliances/Smart Home


Analog Sensors

Differential Pressure SensorsSensirion’s differential pressure sensors are fully calibrated and temperature compensated. Their excellent accuracy, long-term stability and no zero-point drift make them the perfect choice for any application. The sensors of the SDP3x and SDP800 series come either with a digital I²C interface or analog voltage output. The digital versions offer measurement speeds up to 2 kHz, smart averaging functions and multiple measurement modes.

Extremely Small Differential Pressure Sensor SDP3X

The SDP3x differential pressure is ideal for the measurement of mass flow in a bypass configuration. The sensor is reflow solde-rable, and provides extended functionality, such as multiple I²C addresses and interrupt functions as well as fast sampling time. The SDP3x features excellent accuracy and long-term stability and has no zero-point drift. Thanks to its small size, the SDP3X creates new dimensions of integration and application possibilities, where small size is essen-tial. The sensor is based on the next generation of the CMOSens® sensor chip and is the heart of Sensirion‘s new sensor platform for measuring differential pressure and mass flow.

The SDP800 series is based on Sensirion’s patented CMOSens® Technology, which combines the sensor element, signal processing and digital calibration on a small CMOS chip. The differential pressure is measured by a thermal sensor element using the flow-through principle. Thanks to this, Sensirion’s CMOSens® differential pressure sensors outperform traditional piezoresistive membrane sensors in terms of sensitivity at low differential pressures, offset drift and hysteresis as well as position sensitivity, shock resistance and temperature variations.

Features Smallest size (5 x 8 x 5 mm) Measurement range ±500 Pa (±2 in. H2O) or ±125 Pa (±0.5 in. H2O) Excellent accuracy and repeatability, even below 1Pa No zero-point offset, no drift Calibrated and temperature compensated Fast sampling time of 2 kHz at 16 bit resolution Digital I²C and analog output versions Reflow solderable, shipped in tape and reel for pick and place

Features No offset, no zero-point drift, hysteresis free Outstanding accuracy and long-term stability Digital (I²C) or analog output Pressure range of up to ±500 Pa Excellent accuracy and repeatability (even below 1 Pa) Fully calibrated and temperature compensated For air and non-aggressive gases Manifold or tube connection

Applications Medical home care applications Portable medical devices Smart Inhalers Lifestyle and consumer (IoT)

Applications HVAC Gas boilers, pellet stoves and fuel cells Filter Monitoring VAV control Heat recovery Medical

Differential Pressure Sensors SDP800

Appliances Drones Wind speed meters


Analog Sensors

ST’s absolute digital output barometer integrates ST’s consolidated pressure sensor with the new fully molded package to further improve robustness, reliability and moisture resistance while reducing package thickness. The device may be configured to generate interrupt events based on: threshold crossing, availability of new set of data and FIFO status.

Environmental SensorsCollect Humidity, Atmospheric Pressure and Temperature Accurate Data for Environmental Awareness

Benefits Ultra-small footprint Low-power consumption Fully-molded package ensure stability and robustness in any condition and water resistance

Part Number Description IDD Key Parameters Package

LPS22HB High-accuracy miniature pressure sensor in fully molded package

15 µA (HP mode) 3 µA (LP mode)

Nosie RMS (HPM): 0.75 hPaAbsolute accuracy: ± 1hPa

HLGA-10L2.0 x 2.0 x 0.76 mm

LPS33HW Pressure sensor water resistant up to 10 ATM ceramic package with metal lid

15 µA (HP mode) 3 µA (LP mode)

Absolute accuracy: ± 2.5 hPa Noise RMS: 0.8 Pa

CCLGA-10L3.3 x 3.3 x 2.9 mm

Pressure Sensors

CCLGA-10L

LPS22HBThe LPS22HB is housed in a fully molded package that provides the best thermal and mechanical robustness (high shock survivability > 20,000 g). This new MEMS technology called “Bastille” allows the use of fully molded HLGA (Holed Land Grid Array) packages, that in contrast to a traditional cavity package protect the ASIC and the bond wires from aggressive gases or water.

HLGA-10L

LPS33HW The LPS33HW shows resistance also to chemicals like chlorine, bromine and salt water, making it the ideal sensor for swimming in pools and sea. It is also resistant to soaps and detergents used when showering or cleaning. Gel inside the IC contributes to its resistance of up to 10 bar water or air pressure.

Gel

MEMS

ASIC

Metal


Analog Sensors

The HTS221 is an ultra-compact sensor that measures relative humidity and temperature. Housed in a tiny but robust HLGA package (2 x 2 x 0.9 mm), the HTS221 is suitable for wearable and portable devices and all applications where comfort, health and safety might be negatively impacted by humidity and temperature variations.

STMicroelectronics’ temperature sensors include both analog and digital temperature sensor ICs.

Benefits Ultra-small footprint Low-power consumption to address wearable devices Allows customized calibration for best design flexibility

Digital Temperature Sensor One-shot mode for power saving Dual alarm Tiny package

Analog Temperature Sensor Ultra small package: UDFN-4L (1 x 1.3 mm) Ultra-Low supply current: 4.8 µA typ. Operating temperature: - 55 °C to 130 °C

Part Number General Description Supply Voltage min-max (V)

Humidity (RH) min-max (% RH) Interfaces Package

HTS221 Capacitive digital sensor for relative humidity and temperature 1.7 – 3.6 0 – 100 SPI, I²C HLGA-6L

2 x 2 x 0.9 mm

Part Number Description Voltage RangeCurrent Temp. Range Accuracy Resolution Package

STTS751 Programmable digital temperature sensor

2.25 V ... 3.6 VIdd 20 µA –40°C ... +125°C ±1.0°C @ 25°C (typ),

±2.5°C @ 125°C (max) 9 ... 12 bit UDFN-6L 1.0 x 1.3 x 0.5 mm

STLM75 Digital temperature sensor 2.7 V ... 5.5 V125 µA (typ) –55°C ... +125°C ±0.5°C (typ),

±3.0°C (max) 9 bit MSOP-8 3.0 x 3.0 x 1.1 mm

STLM20W87F Analog temperature sensor 2.4 V ... 5.5 VIq 4.8 µA –55°C ... +130°C ±0.5°C @ 25°C (typ),

±2.5°C @ 130°C (max) analog SOT323-5L 1.8 x 1.15 x 0.8 mm

STLM20DD9F Analog temperature sensor 2.4 V ... 5.5 VIq 4.8 µA –40°C ... +85°C ±0.5°C @ 25°C (typ),

±2.1°C @ 85°C (max) analog UDFN-4L 1.0 x 1.3 x 0.5 mm

Humidity & Temperature Sensors

Temperature Sensors

Programmable resolution Low supply current


Analog Sensors

Pressure Sensor

BM1383GLVPiezo-resistive Pressure Sensor

Features Piezo-resistive pressure sensor Pressure range is from 300 hPa to 1100 hPa Built-in temperature and offset compensation function I²C interfaces Small package 2.5 x 2.5 x 1 mm³ Temp. range -40 °C to 85 °C Voltage supply 1.7 V to 3.6 V

CONFIDENTIAL ROHM CO.,LTD

TENTATIVE ROHM CO.,LTD

SensorTemperature

signalprocessing

I2CSCLSDA

NC1NC0

INTPressure Sensor

Memory

Clock

TOUT

TEST1TEST0

TIN

VDD

VSS

DREG

HOST

BM1383

Mux ADC

Rohm’s BM1383GLV piezo-resistive pressure sensors offers a pressure accuracy and stable measurement at both low and high temperatures due to a built-in temperature correction function. The piezo-resistive sensing element provides a signal that is proportional to atmospheric pressure. This signal is processed by integrated logic to yield accurate pressure information which is stable for the full temperature range. The sensor offers low power consumption especially for high accurate measurements.

The build-in I²C interface provides access to the measurement results in any kind of mobile or battery driven application.

The sensor can detect differences in height (altitude) through pressure changes and capture movement data which suit them for use in wearable devices, activity monitors, altimeters and advanced detection for indoor navigation in smartphones and tablets.

Key Specifications Pressure range: 300 hPa to 1100 hPa Relative pressure accuracy: ±0.12 hPa (Typ) Absolute pressure accuracy: ± 1 hPa (Typ) Average current consumption: 3 μA (Typ)


Analog Sensors

Optical Sensors

BH1790GLCSensor IC for Heart Rate Monitoring

BH1790GLC is an optical sensor for heart rate monitoring in which LED driver and green light detection photo-diode are incorporated. This device drives LED and measures the intensity of light reflected from body. LED brightness can be adjusted by LED driver current and light emitting period. The photodiode having the high sensitivity for green light, excellent wavelength selectivity and excellent lrcut characteristics achieves accurate pulse wave detection.

Features Green filter with excellent wavelength selectivity Built-in IR cut filter LED driver with current selection Correspond to 1.8 V I2C interface VCC1 voltage range: 2.5 V to 3.6 V VCC2 voltage range: 1.7 V to 3.6 V Current consumption: 200 μA (Typ) Standby mode current: 0.8 μA (Typ) WLGA010V28 (2.8 x 2.8 x max. 1.0 mm) Operating temperature range: -20 °C to +85 °C

Applications Wearable device

BH1745Color Sensor

BH1745NUC is digital color sensor IC with I²C bus interface. This IC senses Red, Green and Blue light and converts them to digital values.

Features Excellent Ircut Characteristics Ircut Filter High Sensitivity and Wide Dynamic Range (0.005 – 40 k lx) Supports Low Transmittance Window I²C Bus Interface (f/s mode support) Low Current by Power Down Function Rejecting 50 Hz/60 Hz Light Noise 1.8V Logic Interface Programmable Interrupt Function Selection of 2 I²C slave addresses

Applications LCD TV Mobile phone NOTE PC Tablet PC Portable game machine Digital camera Digital video camera PDA LCD display

Smart phone Tablet / PC


Analog Sensors

Time of Flight (ToF) Signal Processing ICs

ISL29501The Renesas ISL29501 is equipped with an I²C interface for configuration and control. Use of an external photo-diode and emitter allows the user to optimize the system design for performance, power consumption, and distance measurement range that suit their industrial design.

The ISL29501 is wavelength agnostic and permits the use of other optical wavelengths if better suited for applications.

SFH 4550 – Infrared Emitter (850 nm)Features High Power Infrared LED Narrow emission angle ± 3° Very high radiant intensity UL version available (details & test conditions on request)

Applications Infrared Illumination for cameras Data transmission Sensor technology Smoke detectors

SFH 213 FA – Silicon PIN PhotodiodeFeatures Wavelength range (S10%) 750 nm to 1100 nm Short switching time (typ. 5 ns) 5 mm LED plastic package

Applications High speed photointerrupters Industrial electronics For control and drive circuits

RENESAS

Breakthrough ToF IC for Object Detection & Distance Measurement

OSRAM

Emitters and Detectors for Discrete ToF Solutions

Features Enables proximity detection and distance measurement Modulation frequency of 4.5 MHz Emitter DAC with programmable current up to 255 mA Operates in Continuous and Single Shot mode On-chip active ambient light rejection Auto gain control mechanism Interrupt controller Supply voltage range of 2.7 V to 3.3 V I²C interface supporting 1.8 V and 3.3 V bus Low profile 24 Ld 4x5 QFN package

Applications Mobile consumer applications Industrial proximity sensing

Power management Home automation

The Time of Flight ICs enable low cost, low power, and long range optical distance sensing when combined with an external emitter and detector. The Renesas ISL29501 has a built-in current DAC circuit that drives an external LED or laser. With Osram you can find the perfect fit within the Rutronik portfolio for emitters and detectors for your personal designed Time of flight solution. This gives you more freedom to choose your parameters.


Analog Sensors

Osram Opto Semiconductors presents two new sensors for monitoring fitness levels. Their main benefit is the excellent signal quality for heart rate measurements, which allows the derivation of secondary measurement parameters such as blood pressure. The SFH 7072 has also been further optimized for determining the oxygen saturation of blood (SpO2).

Optical Sensors for Health Monitoring and Fitness Tracking

Features Multi chip package featuring two green emitters, one photodiode with IR filter, one red, one IR emitter and one broadband photodiode Package size: 7.5 x 3.9 x 0.9 mm Wavelengths 950 nm / 660 nm / 530 nm

ApplicationsHeart rate monitoring & Pulse oximetry for: Wearable devices (e.g. smart watches, fitness trackers, ...) Mobile devices

SFH 7070The SFH 7070 is a sensor specifically designed for pulse rate measurements at the wrist. It consists of two green emitters and one photodiode, the sensitivity of which is very high in the green spectrum and is greatly suppressed for infrared light. This mini-mizes the noise signal on the detector, which is created when ambient light penetrates the part of the body being measured and is dispersed. This effect is particularly strong for infrared wave-lengths. Compared to the previous version, the SFH 7051, the arrangement of the individual components has also been opti-mized with regard to signal quality. The green emitters sit on both sides of the photodiode – separated by optical barriers. That way more light hits the detector and there are fewer measurement artifacts caused by the user’s movements. The photodiode is almost twice the size of the one in the SFH 7051, which significantly increases the signal strength. What’s more, the emitters in the new sensor produce almost four times more brightness per chip – an optical output of 11.7 mW at a current of 20 mA for each chip. This has been achieved by larger chips and a white housing which absorbs less light. Thanks to this, a sensor could be created which ensures excellent signal quality even at a low operating current.

SFH 7072The new features described for the SFH 7070 have also been implemented in the SFH 7072. This sensor has the same dimensions as the SFH 7070.

Apart from two green emitters and one photodiode with an infrared filter, it also contains one red and one infrared emitter as well as a broadband photodiode. The distance between the three latter components was increased so that more light is reflected onto the detector.

The improved signal quality of the measurements with infrared and red light simplifies the calculation of the oxygen saturation of blood (SpO2).

ApplicationsHeart rate monitoring for: Wearable devices (e.g. smart watches, fitness trackers, ...) Mobile devices

Features Multi chip package featuring two green emitters and one detector Package size: 7.5 x 3.9 x 0.9 mm Light Barriers to block optical crosstalk Optimized for strong PPG signal Wavelength 530 nm


Analog Sensors

Addresses growing demands seen across numerous applications for thermal analysis. The sensor provides enhanced resolution while still occupying an attractive price point. Primary applications for this device include people detection, fire prevention, building automation, lighting control, surveillance and air conditioning systems.

Features & Benefits -40 °C to 85 °C operational temperature range, allows deployment in difficult industrial environments Can measure object temperatures between -40 °C and 300 °C A typical target object temperature accuracy of ±1 °C, precision across its full measurement scale Noise equivalent temperature difference (NETD) of just 0.1K RMS at a 1Hz refresh rate, offers superior noise performance Unlike microbolometer solutions, this sensor does not need re-calibration to specific temperature requirements ensuring greater convenience and lowering operational expense Two different field of view (FoV) options - standard 55° x 35° version and a 110° x 75° wide angle version Supplied in a 4-pin TO39 package, with the compact dimensions lowering the overall cost of the thermal imaging system I²C compatible digital interface, simplifying integration

Applications Home Appliances & Smart Building MLX90640’s ability to detect, count and localize people and provide a detailed temperature map of the room makes it i deal for smart & green HVAC (Heat-Ventilation–AirCo) systems. It can also detect food temperature in (microwave) ovens. Fire Fighting & Fire Detection With its wide temperature range MLX90640 can help firefighters detecting hot spots and victims in very difficult conditions Automotive Enables passenger/driver detection and acts as input sensor for the HVAC control system

32X24 Pixel Thermal Imager MLX90640 Infrared (IR) Array


Analog Sensors

MLX75023 TOF sensor together with MLX75123 companion chip provides a complete Time-of-Flight solution. The MLX75023 TOF sensor supports up to QVGA resolution with unpaired ambient light rejection. The MLX75123 controls the TOF sensor, the illumination unit and streams data to the host processor. The chipset offers performance, flexibility, simplifies the design and allows a very compact 3D camera.

MLX75023 ToF Sensor 1/3” optical time-of-flight sensor (4.8 x 3.6 mm²) QVGA resolution, 320 x 240 pixels 15µm pixel pitch Quad channel analog output Up to 600 Hz raw correlation frame rate Wafer level glass BGA package 6.6 x 5.5 x 0.6 mm Demodulation frequency up to 40 MHz Integrated optical filter Up to 120 klux background light robustness

MLX75123 Companion Chip Controller for MLX75023 and illumination Programmable modulation frequencies Up to 8 raw phases per frame Pre-processed difference and sum output modes to reduce data bandwidth Continuous or triggered operation modes Region of Interest (ROI) selection Per-phase statistics & diagnostics 12-bit parallel camera interface up to 80 Mpix/s Configurable over I²C up to 400 kHz

Evaluation BoardEVK75123 is available to evaluate MLX75023 and MLX75123 TOF chipset under challenging ambient light conditions.

The flexible design enables any designer to develop the necessary system know-how and experience for use in their application. Its modular concept allows to use the chipset board standalone and combine it with user’s illumination and image processing solution.

32X24 Pixel Thermal Imager MLX90640 Infrared (IR) Array

QVGA Time-Of-Flight Chipset MLX75023 & MLX75123 – Real-Time- 3D Imaging with Time-of-Flight Sensor

TOF SENSOR MLX75023

TOF CCMLX75123

MCUOR LINK TO

HOST SYSTEM

RECEIVINGOPTICS

BEAM LED OR VCSELILLUMINATION

SHAPING OPTICS

SCENE


Analog Sensors

Microwave Distance Measurement Modules & Sensors

NJR4262Features & Benefits Analog signal output Miniaturized RF circuit with MMIC technology High accurate I-Q mixer High reliability and low deviation Built-in low noise voltage regulator Long-term frequency stability Built-in patch antenna EU Certification & FCC Part 15.245

Applications Lighting equipment Safety and security systems Energy saving management Entrance and exit management

NJR4234Features Digital output Measures distances up to 30 m All-in-one solution: Antenna, Microwave RF circuit, Base-band IF circuit, MCU and signal processing are integrated in a low-profile package Low power consumption: 37 mA @ 3.3 V power supply Unique signal processing / algorithm installation Distance measurement signal processing

NJR4265Features & Benefits Digital output All-in-one solution: Antenna, RF circuit, IF amp, MCU and voltage regulator are integrated in a small package (14 x 20.4 x 8.8 mm) Identification of movement direction (approaching and leaving) Low voltage & low power consumption Communication with PC/MCU is available by UART interface, but stand alone operati on is also possible EU Certification & FCC Part 15.245

Applications Energy saving managent Room access control Human detection sensor for various instruments

NJR4266Features & Benefits Digital output All-in-one solution: Antenna, Microwave RF circuit, IF amp, MCU and voltage regulator are integrated in a low-profile package (17.2 x 27.3 x 5.2 mm) Low power consumption: 1.9 mA min. @ 3.3 V Sleep mode for power reduction Identification of direction for moving objects (approaching and leaving) Interface selectable from UART and digital output / analog sensitivity setting EU Certification & FCC Part 15.245

Applications Lighting equipment Entrance and exit management Safety and security systems Energy saving management

24 GHz Microwave Motion Sensors

24GHz Microwave Distance Measurement Sensor

High sensitivity for mobile object detection (Patented technology) Automatic calibration and gain control Radio interference prevention Adopted UART and digital CMOS output for interface Usable for indoor and outdoor applications Versions with additional stationary object detection available EU Certification & FCC Part 15.245

Applications Various equipment controlled by moving objects detection and distance measurement Security equipment Traffic control systems FA robot Industrial drone Parking management system


Analog Sensors

Optical Sensors

NJL5820R Linear and rotary position detection Resolution of 50LPI (2 Line pairs per mm) Recommended strip width: 0.25 mm High speed resolution of 300 KHz (50000 rpm) Digital A/B phase output Detection of direction and speed Wide distance operation

Applications Motor speed measurement Rotor position sensing Linear position sensing Operation dial

NJL5901R-2 Output current: 165 µA - 412 µA Operation Dark Current: 5 µA max. Package Size: 1.4 x 1.0 x 0.6 mm

NJ5902R-2 Output Current: 62 µA – 155 µA Operation Dark Current: 0.5 µA max. Package Size: 1.7 x 1.2 x 0.6 mm

NJL5905R Output Current: 270 µA - 567 µA Operation Dark Current: 0.2 µA max. Package Size: 2.3 x 1.8 x 0.6 mm

NJL5909RL-4 Optical Lenses Focus distance: 4 mm Output Current: 35 µA - 175 µA Operation Dark Current: 0.2 µA max. Package Size: 2.6 x 1.9 x 1.6 mm

Applications Object detection Lens Location detection Motor rotation detection Paper edge detection Optical end switch Replacement of fork light barrier

NJL3301FV1 Current @1000 lx: 1.0 mA Half Angle: ± 40° Package: PLCC (5 x 5.3 x 0.95 mm

NJL3302FV1 Digital Output Half Angle: ± 40° Package: PLCC (5 x 5.3 x 0.95 mm)

NJL6502R-1 Current@1000 lx: 0.42 µA Package: COBP (1.7 x 1.2 x 0.65 mm)

NJL7502L Current@1000 lx: 330 µA Half Angle: ± 20° Package: Lead Pin type (3mm Ø)

Applications CCTV control Sun shade control Home automation Lighting equipment Ambient/backlight light control

Position Encoder Reflective Sensors Ambient Light Sensors


Analog Sensors

HVC-P2 (Human Vision Components)Benefits People‘s conditions recognizable simply by mounting an HVC on equipment, regardless of the CPU performance of a customer‘s equipment, simply mounting an HVC on the equipment enables the customer to obtain the results of advanced image processing as a sensor output. Full range of functions, ten different sensing functions are incorporated to recognise the intentions and conditions of people from a variety of perspectives. High precision: accurate recognition of people‘s conditions and intentions is enabled under a variety of situations in which a customer‘s equipment is used

Specifications

Outdoors Estimate interest and purchase behaviour of oepole to store goods of interest Vending machines recommending drinks to people

Home Home appliances matching movement of people AC units targeting people Robots matching people Lights targetting only people

Workplace AC units targeting people Lights targetting only people Hands free machine operation Doors opening to registered people

Facial Pose Estimation

Face Detection

Gaze Estimation

Face Recognition Gender Estimation

Hand Detection

Age Estimation

Human Body Detection

Expression Estimation

Blink Estimation

Jane Happy 25 Female

Right 30°

Part Number B5T-007001-010

Horizontal Detection Area (angle of view) 50 deg: 54°±3°; 90 deg: 94°±5°

Vertical Detection Area (angle of view) 50 deg: 41°±3°, 90 deg: 76°±5°

Detection Distance (differs per function) 3.2-16.7 m (HVC-P2 50 deg), 1.6-8.6 m (HVC-P2 90 deg)

Dimensions (WxLxH) 45 x 45 x 8.2mm (main board for both types), 25 x 25 x 8.7mm (camera board 50deg type), 25 x 25 x 15.7mm (camera board 90deg type)

Function Result

Face Detection, Body Detection, Hand Detection

Result count (max:35), Center coordinates (X & Y), Detection size (pixel), Degree of confidence

Face Direction Estimation Yaw degree, Pitch degree, Roll degree, Degree of confidenceGaze Estimation Yaw degree, Pitch degreeBlink Estimation Blink degree (left-side eye/right-side eye)Age Estimation Age, degree of confidenceGender Estimation Gender, degree of confidenceExpression Estimation 5 expressions: “neutral”, “happiness”, “surprise”, “anger”, “sadness”

and their respective score, Expression degree (positive/negative)Face Recognition Individual recognition result, scoreImage output Choose one: none, 160 × 120 pixels, 320 × 240 pixels

Image format: 8-bit Y data

Main Features Camera module angle of view: 2 models (50deg. and 90deg.) available Multiple functions (10 functions): Body Detection, Face Detection, Hand Detection, Face Direction Estimation, Gaze Estimation, Blink Estimation, Age Estimation, Gender Estimation, Expression Estimation and Face Recognition User friendly: Easy implemenation through UART or USB


Analog Sensors

High Precision Infrared Array Sensor Grid-EYE 2nd GenerationSmallest Size Solution for Infrared Detection

Panasonic Grid-EYE is an infrared array sensor and the first ever 64 pixel IR camera in an all-in-one compact SMD package. Based on Panasonic‘s MEMS technology, it can measure temperature of the entire specified area without any contact.

Features Dimensions: 11.6 x 4.3 x 8.0mm (LxHxW) Operating voltage: 3.3 V or 5.0 V (depends on P/N) Current consumption: - Typ. 4.5mA (normal mode); - 0.8 mA (stand-by mode), - 0.2 mA (sleep mode) Field of view: 60° (vertical & horizontal) External interface: I²C (fast mode)

Occupancy detection People counting, multiple person detection

Safety

Cooking stoves Microwave ovens Air conditioners Heating systems

Household

Patient detection Movement detection Thermal imaging Position detection

Medical Systems

Energy savings Detection without movement Consumer Comfort

Lighting Control

Industrial process management & control Contact-less temp. measurement Hot spot detection

Industrial Temp. Measurement

Interested in an evaluation board? Please refer to your local RUTRONIK contact.

More info about the Grid-EYE Evaluation Kit on eu.industrial.panasonic.com/grideye-evalkit

Temperature range of measuring object with amplification factor - High gain: 0 to 80 °C - Low gain: -20 °C to 100 °C Number of pixels: 64 (vertical 8 x horizontal 8) Frame rate: 1 or 10 frames/s Typical absolute temperature accuracy: Typ. ±2.5 °C (depends on P/N)

Type Moving Object Motionless Object Moving Direction Temp. Measuring Thermal Image

Pyroelectric Thermopile (single element)

Grid-EYE

Product Name Number of Pixels Operating Voltage Amplification Factor Model No.

Infrared array sensor Grid-EYE

64(vertical and horizontal

8 x 8 matrix)

3.3V DCHigh gain AMG8833

Low gain AMG8834

5.0V DCHigh gain AMG8853

Low gain AMG8854

Applications


Analog Sensors

http://eu.industrial.panasonic.com/grideye

World’s Smallest Time-of-Flight (ToF) Ranging Sensor

Key Benefits Absolute distance provided (in mm) up to 2 meters in less than 30 ms Fast mode: quick ranging oper. at 50 Hz High accuracy Low power 4.4 x 2.4 x 1 mm reflowable package Advanced ambient light rejection 940 nm invisible light emission Works with cover glass

Targeted Applications Camera assist (ultra-fast autofocus and depth map) User detection for power saving in smartphones or laptops Gesture control Drones Robotic and industrial control IoT Domestic appliance

The VL53L0X is the Second-generation Laser-ranging Sensor Based on ST’s Patented FlightSenseTM Technology

The VL53L0X is the smallest time-of-flight (ToF) sensor on the market today. It is fully integrated and embeds an infrared, eye-safe laser, advanced filters and an ultra-fast photon detection array. It enhances the ST FlightSenseTM product family by enabling measurements of much longer distances with a fast, accurate and robust solution, opening the door to new applications.

TechnologyThe VL53L0X contains an array of SPAD (single photon avalanche diode) detectors and an integrated 940 nm light source based on an eye-safe Class 1 VCSEL (vertical cavity surface-emitting laser) which, when used with algorithms running on an embedded microcontrol-ler, can directly determine the distance to a target object in millimeters, even in challenging operating conditions and independent of target reflectivity.

System Block Diagram

Part Number Package Size Operating Range Power Consumption Supply

VoltageOptimum

Operating Temp.

VL53L0CXV0DH/1 4.4 x 2.4 x 1mm up to 2 meters HW standby (typ): 5µARanging: < 20mW (*)

2.6 to 3.5 V -20 to +70 °C

* Average power consumption at 10Hz, with 33ms ranging operation

VL53L0X silicon

940 nm

VL53L0X module

I2C

INT

ROM

RAM

Microcontroller

Non VolatileMemory

VCSEL Driver

IR-IR+

RESET

AVDD

GND

Detection Array

Single PhotonAvalanche Diode (SPAD)

AdvancedRanging Core

VL53L0X MODULE

The VL53L0X is designed with an ultra-low-power system architecture, which is ideally suited for wireless and IoT use cases. The VL53L0X is supplied with a complete documentation package, example source code and a software API (application programming interface) which is compatible with a range of microcontrollers and processors. VL53L0X

EVALUATION KIT X-NUCLEO-53L0A1

d


Analog Sensors

The VL53L0X is the Second-generation Laser-ranging Sensor Based on ST’s Patented FlightSenseTM Technology

VL53L0X MODULE

VL53L0X EVALUATION KIT X-NUCLEO-53L0A1

Transmissive Optical SensorsThe new TCUT transmissive sensors in a compact transmissive sensor include two infrared emitters and three or four phototransistor detectors, located face-to-face in a surface mount package.

Featuring Filtron technology, the sensor combines photo detectors for proximity and ambient light, a signal conditioning IC.

3-Channel Transmissive Optical Sensor for „Turn and Push“ Encoding

TCUT1630X01Features Combines infrared emitter and 3 phototransistors Dimensions (L x W x H in mm): 5.5 x 5.85 x 7 AEC-Q101 qualified Gap (in mm): 3 Aperture (in mm): 0.3 Typical output current under test: IC = 1.3 mA Emitter wavelength: 950 nm Operating temp.: -40 to +105 °C Moisture sensitivity level (MSL): 1

Applications Sensors for motion, speed, and direction Steering Angle detection (ESP) Sensors for “turn and push” encoding Position sensors in climate control panels

4-Channel Transmissive Optical Sensor for Absolute and Incremental Encoding

TCUT1800X01Features Combines 2 infrared emitters and 4 phototransistors Dimensions (L x W x H in mm): 5.5 x 5.85 x 7 AEC-Q101 qualified Gap (in mm): 3 Aperture (in mm): 0.3 Typical output current under test: IC = 1.3 mA Emitter wavelength: 950 nm Operating temp.: -40 to +105 °C Moisture sensitivity level (MSL): 1

Applications Optical encoders that requires high resolution (can detect upto 16 postions) Ignition locks and adaptive headlights Encoder for interior turn knobs (climate panel, e-shifter, iDrive) Control system valve or vane feedback position sensing

New Fully Integrated Automotive Grade Proximity and Ambient Light Sensor for Gesture Recognition

VCNL4035X01Features Offers excellent background light cancellation capabilities AEC-Q101 qualified Supports I²C bus communication interface High object detection distances up to 500 mm Ambient light photo diode offers detection from 0.004 lx to 4.2 klx High accuracy of ± 10 % Excellent temperature compensation: -40 to +105 °C Proximity function uses intelligent cancellation to elimi nate cross-talk Supply voltage range of 2.5 V to 3.6 V I²C bus voltage range from 1.8 V to 5 V A 16-bit ADC, and a driver for up to three exter nal IREDs in one compact 4 mm by 2.36 mm by 0.75 mm surface-mount package.

VEML6030

Fully Integrated Proximity & Ambient Light Sensors

VCNL4035 Board


Analog Sensors


Supp

lier

Series

Magnetic Characteristics Typical @25 °C Type

Configuration Package

Tempera-ture Range Application

Bon

(mT)

Boff

(mT)

Unip

olar

Bipo

lar

Latc

h

Om

nipo

lar

Diff

eren

tial

CJ

(°C

)

Posi

tion

dete

ctio

n

Dire

ctio

n de

tect

ion

RPM

Brus

hles

s D

C M

otor

Rota

ting

Spee

d

Win

dow

Li

fter

Hall Switches

Mic

rona

s

HAL1xy 2.6 to 34 -14 to 24 x x 3-Wire TO92; SOT89 -20 to 125 x x xHAL2xy -5.2 to 34 -14 to 27.1 x x 3-Wire TO92; SOT89 -40 to 140 x x x xHAL5xy -5.5 to 46.6 -14 to 52.5 x x x 2-Wire; 3-Wire TO92; SOT89 -40 to 170 x x x x xHAL15xy 0.5 to 27 -13.5 to 27 x x x 3-Wire TO92; SOT23 -40 to 170 x x x x xHAL100x Programmable x x 3-Wire TO92 -40 to 170 x x x

Infin

eon

TLE49x5 -6 to 26 -26 to 16 x x x 3-Wire P-SSO-3 -40 to 170 x x x x xTLE49x6 1 to 19 -19 to 12 x x x 2-; 3-; 4-Wire P-SSO-3; P-SSO-4; SC59 -40 to 170 x x x x x xTLx496x -0.2 to 38.8 -19.8 to 31.2 x x x 3-Wire P-SSO-3; SC59; SOT23; TO92 -40 to 170 x x x x xTLE491x 2 to 7 1.2 to 6 x 3-Wire TSOP6; SC59 -40 to 170 x x x

TLE492x n.a n.a x 3-Wire; 4-Wire P-SSO-3; P-SSO-4; PG-SSOM-2-11; PG-SSOM-3-11 -40 to 170 x x x

TLE494x n.a n.a x 3-Wire PGSS0M-2; PG-SSO-2 -40 to 170 x x x xTLE495x n.a n.a x 3-Wire P-SSO-2; PG-SSO-2; PGSS0M-3 -40 to 170 x x xTLE498x Programmable x x 3-Wire P-SSO-3 -40 to 170 x x

Mel

exis

MLX922xx 2 to 12.5 -2 to 11.5 x x x 2-Wire; 3-Wire TO92; TSOT23 -40 to 170 x x x x xMLX9225x 0.6 to 10 -40 to -0.6 x x 4-Wire TSOT-5 -40 to 170 x x x x xMLX90224 0.6 to 10 -10 to -0.6 x x 4-Wire TSOT-5 -40 to 170 x x x xMLX92232/42 Programmable x x 2-Wire; 3-Wire TO92; SOT23 -40 to 170 x x x x xMLX90217/54 n.a n.a x 3-Wire; 4-Wire TO92 -40 to 170 x x xUSx88x -6 to 1 -4.5 to - 6 x 3-Wire TO92; TSOT-3L -40 to 170 x x x x xMLX90248 -1 to -6 -0.8 to 5.7 x 3-Wire SOT-3L; UTQFN-6L -40 to 105 x x x

Hone

ywel

l

SL353 -11 to 6 -9.5 to 4.5 x 3-Wire SOT23 -40 to 105 x x xSSx0 4.5 to 11 13 to 5.0 x 3-Wire SIP3; SOT89; SOT23 -40 to 125 x x x xSS3xy 6 to 39 -18 to 23.5 x x x x 3-Wire SIP3; SOT89; SOT23 -40 to 170 x x x xSS4xy 6 to 39 -18 to 23.5 x x x x 3-Wire SIP3; SOT89; SOT23 -40 to 170 x x x xSSx1 15 -14 x 3-Wire TO92; SOT89 -40 to 170 x x x x

VF526DT 13 -13 x 3-Wire SOT89 -40 to 150 x x

Diod

es

AH1xyz 6 to 13 > 1 x x x x 3-Wire SIP3; SC59; SOT23; DFN2020 -40 to 105 x x x xAH9xyz 0.9 to 2.7 0.4 to 2.2 x 3-Wire SC59; TO92; SOT23 -40 to 105 x x x xAH2xy 10 10 x 4-Wire SIP4 -20 to 105 x x x xAH3xyz 4 to 15 3 to 9 x x x 3-Wire SIP3; SC59; SOT23; DFN2020 -40 to 170 x x x xAH9xy 4 to 15 3 to 9 x x x 3-Wire SIP3; SC59; SOT23; DFN2020 -40 to 150 x x x xATS1xy 0.5 to 2.5 -10 x x 3-Wire SIP3; SC59; -20 to 105 x x x x

Rohm BU52xyzq 3 to 6.3 -6.3 to -3 x x x 4-Wire SSOP5; VCSP50L; HVSOF5;… -40 to 105 x x x x

BD7411G 3.4 -3.4 x 4-Wire SSOP5 -40 to 105 x x x

Pana

soni

c AN812xyUA-NL 3 24 x x 3-Wire SOIC8 -40 to 125 x x x x x

AN89xyzA-NL 3 24 x x 3-Wire SOIC8 -40 to 105 x x x x x

AN488xyA-NL 4 to 8 -4 to -8 x 3-Wire SMINI-5DE -40 to 105 x x x x

Tosh

iba TCS1xy 1.8 0.8 x 3-Wire UFV; SOT23F -40 to 105 x x x x

TCS20 3.4 2 x 3-Wire UFV; SOT23F -40 to 105 x x x x

MR Switches

Hone

y-w

ell 2SS52M 2.5 4 x 3-Wire SIP3 -40 to 125 x x x

SM35xSL 0.3 to 1.1 0.2 to 0.5 x 3-Wire SIP3 -40 to 85 x x xSS552MT 2.5 4 x 3-Wire SOT89 -40 to 125 x x x

Mur

ata VF401 n.a n.a x 2-Wire TO92 -40 to 150 x x x

MRMSxyz 0.5 2.5 x 3-Wire 2.8 x 2.9 x 1.1 -40 to 85 x x xMRUSxyz 0.5 4.7 x 3-Wire 1.5 x 1.8 x 0.8 -40 to 85 x x x

Buckle switch Flow meter Motor commutation

Gear box Fan control Backlight (car)

Roller shutter ABS

Refrigerator light control

Magnetic Sensors

Hall Switches – easy replacement of micro switches, fast implementation

Hall & MR Switches

Hall switches are commonly used for end-position detec-tion. The sensor detects the presence of a magnetic field and signalizes ON or OFF state. How the sensor detects the field depends on the sensor technology. Hall sensors measure vertical magnetic fields, MR sensors in contrast detect parallel fields.

Analog Sensors


Magnetic Sensors

Linear & Angular Sensors

In many applications, linear sensors are used to provide a signal proportional to the linear movement being measured. The output signals can be analog or digital. Linear Hall effect sensors are widely used to replace con vent ional potentiometers.

Supplier Series Pro-gramm-

able

Magnetic Range

Type Confi guration Package Dual Die

Junction Temp.

Applications Angular Measurem.

(mT)

Setp

oint

s

Anal

og

PWM

Seria

l

Diff

eren

tial

LIN

SEN

T

CJ

(°C

)

Line

ar M

ovem

ent

Cur

rent

Mea

sure

m.

Rota

ry P

ositi

on

Leve

ling

Torq

ue M

easu

rem

.

< 90

°

< 18

0°

360°

Linear Hall Sensor

Micronas

HAL8xy x -150 to 150 2; 32 x x 2-Wire; 3-Wire TO92; SOT89; SOIC8 -40 to 170 x x x x x x

HAL18xy x -160 to 160 2 x 3-Wire TO92; SOT89 -40 to 170 x x x x

HAL28xy x -160 to 160 2 x x 3-Wire TO92 -40 to 170 x x x x x x

HAL24xy x -160 to 160 2; 16 x x 3-Wire TO92; SOIC8; TSSOP14 x -40 to 170 x x x x x x x

Infineon TLE499x x -200 to 200 2 x x x 3-Wire PG-SSO-3-10; SOIC8 x -40 to 170 x x x x x x

Melexis MLX902xy x -15 to 400 2 x x x 2-Wire; 3-Wire TO92; SOT23 -40 to 170 x x x x x x

Honeywell

SS49x -84 to 84 x 3-Wire SIP3 -40 to 150 x x x x x x

SS39; SS49; SS59 -65 to 65 x 3-Wire SOT23; SOT89; TO92 -40 to 100 x x x x x

91SS -40 to 40 x 3-Wire SIP3 -40 to 150 x x x x x

Diodes AH49xyz -65 to 100 x 3-Wire TO92; SOT23 -40 to 105 x x x x x

AH850x 37 to 43 x 3-Wire U-DFN2020-6 -40 to 85 x x x x x

Vishay981HE x x 3-Wire Module -45 to 125 x x x x x

20LHE x x 3-Wire Module -45 to 85 x x x x x x

2D / 3D Hall Sensor

Micronas

HAL36xy x -150 to 150 32 x x 3-Wire SOIC8 -40 to 170 x x x x x x

HAx37xy x -100 to 100 33 x x x 3-Wire TO92; SOIC8 x -40 to 170 x x x x x x x x

HAL38xy x -100 to 100 32 x x 3-Wire TO92; SOIC8 -40 to 170 x x x x x x x x

Infineon TLV493D -130 to 130 x 3-Wire PG-TSOP-6-6-5 -40 to 125 x x x x x x x x

Melexis MLX903xy x progr. 16 x x x x 3-Wire TSSOP16 x -40 to 170 x x x x x x x x

GMR Sensor

Infineon TLx50xy x -200 to 200 2 x x x SOIC8 x -40 to 170 x x x x x x

AMR Sensor

Honeywell APS00B -19 to 19 x SOIC8 -40 to 150 x x x x x

Infineon TLE5309D x SOIC8 -40 to 150 x x x x x

Diodes ZMZ-20 x 4-Wire TO92 -40 to 150 x x x x x x

MI Sensor

Rohm BM1422GMV x - 1.2 to 1.2 2 x 3-Wire MLGA010V020A -40 to 85 x x x x

Applications Throttle position sensor Steering torque sensor Accelerator pedal module Gear position sensor

Transmission tange sensor Exhaust gas recirculation system Headlight adjustment

Suspension control Bending light module Fuel tank level

Throttle flap Gas pedal

Steering angle Rotary position sensor

Throttle cable

Analog Sensors


Part Number

Hall Effect Switch Type Output Type

Magnetic Characteristic Vdd Idd Temp. Range

PackageBon (G) Boff (G)(V) (mA) (°C)

min max min max

AH3362Q Unipolar Single Open Drain 15 45 5 35 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3363Q Unipolar Single Open Drain 38 72 20 50 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3364Q Unipolar Single Open Drain 60 100 40 80 3 to 28 3 -40 to 150 SIP3; SOT23AH3365Q Unipolar Single Open Drain 80 120 60 100 3 to 28 3 -40 to 150 SIP3; SOT23AH3366Q Unipolar Single Open Drain 65 135 50 120 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3367Q Unipolar Single Open Drain 95 140 70 120 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3368Q Unipolar Single Open Drain 130 180 90 160 3 to 28 3 -40 to 150 SIP3; SOT23AH3369Q Unipolar Single Open Drain 150 220 105 180 3 to 28 3 -40 to 150 SIP3; SOT23AH3390Q Unipolar Single Open Drain 180 240 155 220 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3391Q Unipolar Single Open Drain 235 300 210 275 3 to 28 3 -40 to 150 SIP3; SOT23AH3762Q Latch Open Drain 10 40 -40 -10 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3763Q Latch Open Drain 15 30 -30 -15 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3764Q Latch Open Drain 20 60 -40 -20 3 to 28 3 -40 to 150 SIP3; SOT23; SC59AH3765Q Latch Open Drain 50 90 -90 -50 3 to 28 3 -40 to 150 SIP3; SOT23; SC59

AH3766Q Latch Open Drain 80 140 -140 -80 3 to 28 3 -40 to 150 SIP3; SOT23AH3767Q Latch Open Drain 110 140 -140 -110 3 to 28 3 -40 to 150 SIP3; SOT23AH3768Q Latch Internal pull up 140 200 -200 -140 3 to 28 3 -40 to 150 SIP3; SOT23AH3769Q Latch Internal pull up 170 250 -250 -170 3 to 28 3 -40 to 150 SIP3; SOT23

High-Performance Automotive Hall Effect Switch ICsAH376xQ & AH336xQ Families

Wide Range of Sensitivity OptionsDiodes Incorporated (Nasdaq: DIOD), a leading global manufacturer and supplier of high-quality application specific standard products within the broad discrete, logic and analog semiconductor markets, today introduced the AH376xQ & AH336xQ families of AECQ100-qualified hall effect switches. These devices offer eight magnetic sensitivity options to cover the requirements of numerous automotive applications. Such automotive applications include commutation, encoding and position control of the various motors, pumps, fans and valves found in vehicle cabins, and operating windows, sun roofs, seats, tailgates and air-conditioning. These Hall effect switches can also be used in the engine bay for steering and sensing the speed and position of the crankshaft, camshafts, cooling fans, and water, oil and fuel pumps.

Analog Sensors


Part NumberVdd Idd Typical Sensitivity

Null Output VoltageMagnetic Flux Temp. Range

Package(V) (µA) (mV/Gauss) (Gauss) (°C)

AH8500 1.6 to 3.6 12 2.1 Vdd/2 370 tp 430 -40 to 85 U-DFN2020-6AH8501 1.6 to 3.6 12 2.25 Vdd/2 388 to 400 -40 to 85 U-DFN2020-6AH8502 1.6 to 3.6 13 2.1 Vdd/2 370 to 430 -40 to 85 U-DFN2020-6AH8503 1.6 to 3.6 13 2.25 Vdd/2 388 to 400 -40 to 85 U-DFN2020-6

Linear Hall Effect SensorsAH850x-Series

The AH850x are a high accuracy, low power linear Hall effect sensors with output voltage of 8-bit resolution. The output voltage is ratiometric to the supply voltage and proportional to the magnetic flux density perpendicular to the part marking surface. The output null point is at half the supply voltage.

AH850x are trimmed devices with sensitivities of 2.1 mV/G to 2.25 mV/G and 3.55 mV/G to 3.8 mV/G at 1.8 V and 3 V with accuracy of 3% . The devices has typical input referred rms noise of 0.36G and 0.24G at 1.8V and 3.0V

Applications High Accuracy Level, Proximity, Position and Travel Detection Button Press Detection in Digital Still, Video Cameras and Handheld Gaming Consoles Accurate Door, Lids and Tray Position Detection

Liquid Level Detection Joy Stick Control – Gaming and Industrial Applications Contact-Less Level, Proximity and Position Measurement in Home Appliances and Industrial Applications

Analog Sensors


Medical Applications Hearing aid Exercise equipment Infusion

Drug carts Hospital bed

Industrial Applications Metering Security Industrial fire alarms

Power tools White goods Consumer electronics

Magnetoresistive Sensor ICsSM35x / SM45x – Nanopower & Standard Power Series

Type SM351LT SM353LT SM351RT SM353RT SM451R SM453R

Supply Voltag [V] 1.6 to 5.5 1.6 to 5.5 3 to 24 3 to 24 3 to 24 3 to 24

Operate [mT] 0.7 1.4 0.7 1.4 0.7 1.4

Release [mT] 0.48 0.93 0.48 0.93 0.48 0.93

Averag Current [µA] 0.360 0.310 2500 2500 2500 2500

Sleep Time [ms] 100 100 n/a n/a n/a n/a

Operational Temperature [°C] -40 to 85 -40 to 85 -40 to 85 -40 to 85 -40 to 85 -40 to 85

Package SOT23 SOT23 SOT23 SOT23 TO92 TO92

Honeywell’s Nanopower AMR Sensor ICs and Standard Power Series are ultra-sensitive devices designed to accommodate a wide range of applications with large air gaps, small magnetic fields and low power requirements. These Magnetoresistive Sensor ICs, Nanopower Series, are supplied in the subminiature SOT-23 surface mount package or in TO-92 style on tape and reel (3000 units per reel), for use in automated pick-and-place component installation.

Analog Sensors


Two-In-One Double Hall SensorTLE4966: Sensor to detect Rotation Direction and Rotation Speed

TLE4966 features two integrated, calibrated sensor elements for detecting direction and counting indexes. This two-in-one feature eliminates the need for a second sensor, which in turn cuts engineering and production costs. Using just one sensor also raises system quality and reliability. The vertical orientation of the Hall plates of TLE4966V enable measurement of magnetic fields, in parallel to package and PCB surface. This brand-new sensor concept helps customers designing automotive systems, being previously not feasible. All devices are AECQ-100 qualified.

Features Two Hall probes Excellent matching between the two Hall probes Hall plate distance of 1.45 mm Industry standard Outstanding quality Information on direction and speed TSOP6 package AECQ100

Applications Window lifter (index counting) Power closing (index counting) Driver controls (index counting)

Product Type Operating Point BOP

Release Point BRPHysteresis

∆BHYAutomotive Package

TLE4966K/L Double Hall, speed and direction output 7.5 -7.5 15 x TSOP6/PG-SSO-4

TLE4966-2K Double Hall, two independent outputs 7.5 -7.5 15 x TSOP6

TLE4966-3K Double Hall, speed and direction output 2.5 -2.5 5 x TSOP6

TLE4966V-1K Vertical Double Hall, speed and direction output 2.5 -2.5 5 x TSOP6

2 Hall ProbesIntegrated

Speed

+10

0

Position

Direction

t

t

RotationDirection

N

N

NN

N

S

S

S

S

S

-10

2 Hall ProbesIntegrated

Speed

+10

0

Position

Direction

t

t

RotationDirection

N

N

NN

N

S

S

S

S

S

-102 Hall ProbesIntegrated

Speed

+10

0

Position

Direction

t

t

RotationDirection

N

N

NN

N

S

S

S

S

S

-102 Hall Probes

integrated

Analog Sensors


Product Type Operating Point BOP Release Point BRP Hysteresis ∆BHY Automotive Package

TLE4961-1M/L Latch 2.0 -2.0 4.0 x SOT23/PG-SSO-3TLE4961-2M Latch 5.0 -5.0 10.0 x SOT23TLE4961-3M Latch 7.5 -7.5 15.0 x SOT23TLE4961-3M/L Latch 7.5 -7.5 15.0 x SOT23/PG-SSO-3

TLE4961-4M Latch 10.0 -10.0 20.0 x SOT23

TLE4961-5M Latch 15.0 -15.0 30.0 x SOT23

TLE4964-1M Switch 18.0 12.5 5.5 x SOT23TLE4964-2M Switch 28.0 22.5 5.5 x SOT23

TLE4964-3M Switch 12.5 9.5 3.0 x SOT23TLE4964-4M Switch 10.0 8.5 1.5 x SOT23TLE4964-5M Switch 7.5 5.0 2.5 x SOT23TLE4964-6M Switch 3.5 2.5 1.0 x SOT23TLE4968-1M/L Bipolar 1.0 -1.0 2.0 x SOT23/PG-SSO-3

Integrated Hall effect sensors specially designed for highly accurate applications

Hall Switches in SOT23Fit for future: Energy Efficient Hall Switch Family TLE496x-xM/L

Features Current consumption of just 1.6 mA 3 V to 32 V supply voltage range 7kV ESD protection (HBM) Overtemp. and overcurrent protection Temperature compensated Automotive qualified Temperature range -40 … 170 °C

Benefits Energy saving: With current consumption of 1.6 mA, TLE496x-xM/L products can cut energy consumption by up to 50 percent compared with similar competitor products Precise: Small magnetic hysteresis enables precise switching points in the system. The integrated temperature profile compensates magnetic drifts and enables stable performance over temperature and lifetime

Applications Window lifter (index counting) Robotics (index counting) Power closing (index counting) System position (position detection) Gear stick (position detection) Seat belt (position detection) Brushless DC motor commutation Flap and valve position

Compact: Offered in the smallest package SOT23, thus reducing height by 10 percent compared with predecessor products The new Hall Switch sensors also feature an integrated functionality test for better system control Wide portfolio of productive devices

Analog Sensors


TLV496x-xTA/BHall Switches in Leaded Package for Consumer Applications

The TLV496x-xTA/B Hall sensor family comprises a line of Hall switches for contactless position sensing.

The sensors are specially designed to provide an easy-to-use and cost effective solution for position sensing applications.They are available in T092 package with straight and banded leads.

TLE496x-xM / TLI496x-xM5V Hall Switched for Automotive / Industrial ApplicationsIntegrated Hall effect sensors specially designed for highly accurate applications. The sensors provide an easy-to-use and cost effective solution for position sensing applications, requiring high temperature stability of the magnetic threshold. By offering an excellent magnetic behavior Infineon’s switches are ideally suited for: Index counting application with a pole wheel Rotor position detection (BLDC motors) Open/close detection

High Precision Hall Effect Sensors

Features 3.0 to 26 V operating supply voltage Low current consumption 1.6 mA ESD protection 4 kV HBM Operating temperature range: -40 °C to 125 °C Leaded package PG-TO92S

Features 3.0 V to 5.5 V operating supply voltage Low current consumption 1.4 mA ESD protection 4 kV HBM

Operating temperature range: TLE496x-xM -40 °C to 170 °C TLI496x-xM -40 °C to 125 °C

Small SMD package SOT23 AEC-Q100 qualified

Product Type Operating Point BOP Release Point BRP Hysteresis ∆BHY Automotive Industrial Consumer Package

TLE496x-xMTLE4963-1M Latch 2.0 -2.0 4.0 x x x PG-SOT23-3-15TLE4963-2M Latch 5.0 -5.0 10.0 x x x PG-SOT23-3-15TLE4965-5M Unipolar switch 7.5 5.0 2.5 x x x PG-SOT23-3-15TLI496x-xMTLI4963-1M Latch 2.0 -2.0 4.0 x x PG-SOT23-3-15TLI4963-2M Latch 5.0 -5.0 10.0 x x PG-SOT23-3-15TLI4965-5M Unipolar switch 7.5 5.0 2.5 x x PG-SOT23-3-15TLV496x-xTA/BTLV4961-1TA Latch 2.0 -2.0 4.0 x PG-TO92S-3-1TLV4961-1TB Latch 2.0 -2.0 4.0 x PG-TO92S-3-2TLV4961-3TA Latch 7.5 -7.5 15.0 x PG-TO92S-3-1TLV4961-3TB Latch 7.5 -7.5 15.0 x PG-TO92S-3-2TLV4964-4TA Unipolar switch 10.0 8.5 1.5 x PG-TO92S-3-1TLV4964-4TB Unipolar switch 10.0 8.5 1.5 x PG-TO92S-3-2TLV4964-5TA Unipolar switch 7.5 5.0 2.5 x PG-TO92S-3-1TLV4964-5TB Unipolar switch 7.5 5.0 2.5 x PG-TO92S-3-2TLV4968-1TA Latch 1.0 -1.0 2.0 x PG-TO92S-3-1TLV4968-1TB Latch 1.0 -1.0 2.0 x PG-TO92S-3-2

Analog Sensors

TLE4921-5UHighly Robust and Cost-Effective Speed Sensor

Features Good sensing performance and high sensitivity Well suited to harsh environments thanks to dynamic offset cancelation, EMI robustness, reverse polarity and overvoltage protection Configurable interface: two-wire, three-wire Automotive qualified

TLE4921-5U is a highly robust and cost-effective solution for measuring speed in a wide range of automotive and industrial applications.

This differential Hall sensor delivers outstanding performance while enabling simple, low-cost magnetic circuit designs, making it ideal for all entry-level speed sensing applications.

Application Engine speed and position (e.g. crankshaft) Transmission speed Speedometer Industrial speed and position sensing Wheel speed (e.g. ABS)

Product ATV Sensor Technology Industrial AEC-Q100 Qualified RoHS HAL free Product Status

TLE4921 yes Differential Hall yes yes yes yes In Production

TLE4922 yes Mono-Hall yes yes yes yes In Production


TLE4926 yes Differential Hall yes yes yes In Production




TLE4941plusC yes Differential Hall yes yes yes yes In Production






TLE4983 yes Mono-Hall yes yes yes In Production



TLE5025 yes iGMR yes yes yes In Production

TLE5027 yes iGMR yes yes yes In Production

TLE5041plusC yes iGMR yes yes yes In Production

TLE5045iC yes iGMR yes yes yes In Production

TLE5046iC yes iGMR yes yes yes In Production


Infineon’s Hall- and GMR-based magnetic speed sensors are designed to measure speed in safety and powertrain applications such as speedometers, ABS, camshafts/crankshafts and automatic transmissions. They are also used in similar applications in the industrial sector. The sensors use a ferromagnetic gear tooth or encoder structure to measure linear or rotational speed and position. Hall sensor measuring rotational speed with a gear tooth and a magnetic encoder wheel.

Magnetic Speed Sensors

Analog Sensors

TLE4941plusCAnalog and Digital Signal Processing One a Single Chip

TLE4924/26/27/28CHigh-Performance Speed Sensor Family

Features Two-wire current interface for minimum wiring Dynamic self-calibration principle to compensate for offsets High sensitivity for large air gap applications Suitable for encoders and tonewheels, and also available with an integrated magnet for back bias applications Integrated 1.8nF overmolded capacitor enhances EMC & microbreak resistance with no external components needed

Features High sensitivity and large operating air gaps Excellent switching performance down to a 1Hz cut-off frequency Strong EMC robustness and micro-cut performance thanks to module-style package with integrated 47 nF/4.7 nF capacitors Automotive qualified

TLE4941plusC is a differential Hall sensor that magneti-cally measures a car’s wheel speed. It is the latest addition to Infineon’s extremely successful TLE4941 family and also its drop-in replacement.Like its predecessors, TLE4941plusC is a single-chip solution that combines Hall sensor elements as well as analog and digi-tal signal processing on a single chip. Its differential principle makes it immune to any kind of undesired magnetic fields and disturbances. The distance between Hall elements has been reduced to 2 mm, thus making it suitable for smaller encoders.

Infineon’s TLE492x differential Hall speed sensors are designed for a broad range of speed sensing applications. Thanks to the hysteresis and dynamic selfcalibration algorithm, they are ideally suited to high-performance speed sensing applications in harsh environments. All sensors have a three-wire voltage interface, fast start-up time, symmetrical switching thresholds and optional south or north pole pre-induction.

Application Engine speed and position (i.e. crankshaft) Transmission speed Speedometer Industrial speed and position sensing

Application Wheel speed sensing in automotive applications Antilock Braking Systems (ABS) Electronic Stability Programs (ESP) Automatic transmissions Industrial speed sensing

Typical Application of a Magnetic Differential Sensor

Ba ck Bias Magnet Encoder Wheels

Gear WheelMagnet Wheel

N (S)

S (N) Permanent Magnet

Hall Sensor 2Hall Sensor 1

SignalProcessingCircuitry

SignalProcessingCircuitry

Hall Sensor 2Hall Sensor 1

Type Hysteresis Comment PackageStandard

TLE4924C-1 Visible fixed PG-SSO-3-9

TLE4924C-2 Visible adaptive PG-SSO-3-9

TLE4926C Hidden fixed PG-SSO-3-9

TLE4926C-HT Hidden fixed High temp. PG-SSO-3-9

TLE4927C Hidden adaptive PG-SSO-3-9

TLE4928C Hidden fixed 200ms watchdog reset PG-SSO-3-9


Analog Sensors

The sensor is specially designed to provide an easy-to-use, robust and cost effective solution for vehicle or industrial speed sensing applications. Therefore, TLE4922 can be back biased, using a simple, low-cost bulk magnet while providing good air gap perfor-mance and switching accuracy. Its hidden adaptive hysteresis and calibration algorithm enable good accuracy over air gap jumps and immunity to vibration and run-out events.

Mono - Hall Speed SensorTLE4922 – Highly Robust, easy to use with Twist Independent Mounting

With the use of mono-cell design, the TLE4922 is the perfect choice for applications requiring twist independent mounting. As a result, the TLE4922 is well suited for repla-cing passive sensors like variable reluctance (VR) sensors, in automotive and 2-wheeler applications by providing the user with higher accuracy and better jitter performance.

The improved EMC, ESD and temperature robustness fit perfectly for usage in harsh environmental conditions prevalent in automotive or dedicated industrial applications. The TLE4922 is delivered in a thin 4-pin PG-SSO-4-1 package using a standard 3-wire voltage interface.

Features Large operating air gap capability Twist independent mounting Hidden adaptive hysteresis Low current consumption Reverse magnetic polarity capability Advanced protection technology - Reverse voltage protection at Vs-pin - Short circuit protection - Over temperature protection Wide operating temperature ranges of -40 °C ≤ Tj ≤ ±150 °C High ESD robustness up to ±4 kV HBM 3-wire PWM voltage interface

Applications 2-wheeler Automotive vehicle speed Industrial applicationsChopped

Hall Probe

AnalogSupply

TrackingADC

HallSupply

DigitalSupply

OpenDrain

Vout

GND

VS

D-Core(Min/Max, Oset,

Comparator)


Analog Sensors

Angle Sensors iGMR Based Angle Sensors

Infineon’s iAMR sensors are ideal for applications with the highest accuracy requirements. Their iAMR technology offers best performance over temperature, lifetime and magnetic field range. They are pre-calibrated and ready to use.

iAMR Sensors

TLE5009Analog iGMR Sensor with Temperature Compensation

TLE5309D180° iAMR and GMR Sensor with Analog Interface

TLE5109A16Analog iAMR Sensor with Temperature Compensation

TLE5009 features a differential or single-en ded analog interface for sine and cosine values as well as internal temperature drift compensation for gain and offset. Also available in Dual-Sensor package.

Features a differential or single-ended analog interface for sine an cosine values Internal temperature drift compensation for gain and offset Also available as a dual-sensor-package ISO 26262 ready

Differential or single-ended analog interface for sine and cosine values Internal temperature drift compensation for gain and offset Dual-sensor with technology diversity

TLE5012B(D)iGMR Sensor with Integrated Angle Calculation and Multiple Interfaces

Integrated angle calculation 42μs update rate at 15bit resolution Range of selectable interfaces SPI, bi-directional up to 8Mbit/s Pulse Width Modulation (PWM) Hall Switch Mode (HSM) for motor commutation

Incremental interface (IIF) Temperature compensation and auto- calibration algorithm Diagnostic function for sensor elements and circuitry with PRO-SIL™ support Dual-sensor SMD package (TLE5012BD) Redundancy (TLE5012BD)

Infineon’s iGMR sensors are ideal for applications with a wide angle range, for example BLDC motor or steering sensors. They are pre-calibrated and ready to use. Different levels of signal processing integration enable designers to optimize system partitioning.


Analog Sensors

TLE5014 magnetic angle sensors meet ISO 26262 ASIL C for the single die and ISO 26262 ASIL D for the dual die versions. Therefore, all products are ready for applications with the highest functional safety requirements. The sensors show an extremely small angle error of less than 1° across the entire temperature profile and lifetime. This is particularly helpful in applications with the need for very accurate position sensing such as steering angle sensing or motor commutation. Further application areas range from rotor position measurement, EPS (Electric Power Steering), pedal position to any other kind of position measurement.

The TLE5501 family consists of two derivatives TLE5501 E0001 and TLE5501 E0002 TLE5501 E0001: the AEC-Q100 compliant QM version (pin-compatible to TLE5009) TLE5501 E0002: the ISO26262 ASIL D-compliant version (requires use of external safety mechanisms)

General Features Integrated magnetic field sensing for angle measurement High voltage and reverse polarity capability EEPROM for storage of configuration (e.g. zero angle) and customer-specific ID

Infineon’s New Digital GMR Angle Sensor for Functional Safety Applications

Angle Sensors XENSIV™ TLE5014(D)

XENSIV™ TLE5501

Product Technology Die configuration ISO 26262 Sin/cos output Angle output Second interface Accuracy Package

TLE5009 GMR Single die Ready Analog sin/cos - - 0.9° DSO-8

TLE5009A16(D) GMR Dual die Ready Analog sin/cos - - 1.0° TDSO-16

TLE5011 GMR Single die Ready SSC (SPI) - - 1.6° DSO-8

TLI5012B GMR Single die Ready SSC (SPI) SSC (SPI) PWM/IIF/SPC/HSM 1.9° DSO-8

TLE5012B(D) GMR Single & dual die Ready SSC (SPI) SSC (SPI) PWM/IIF/SPC/HSM 1.0° DSO-8/ TDSO-16

TLE5014C16(D) GMR Single & dual die Compliant - SPC - 1.0° TDSO-16

TLE5014P16(D) GMR Single & dual die Compliant - PWM - 1.0° TDSO-16

TLE5014S16(D) GMR Single & dual die Compliant - SENT - 1.0° TDSO-16

TLE5109A16(D) AMR Single & dual die Ready Analog sin/cos - - 0.5° TDSO-16

TLE5309D AMR + GMR Dual die Ready Analog sin/cos SSC (SPI) - AMR 0.5°, GMR 1.0° TDSO-16

TLE5501 TMR Single die Compliant Analog sin/cos - - 1.0° DSO-8

Features Large output signals of up to 0.37 V/V for direct microcontroller connection Discrete bridge with differential sine and cosine output Supply current: ~2 mA

Magnetic field range (20 to 100 mT) Typ. angle error ~ 1.0 ° (overtemperature and lifetime) Designed for Safety: 2 independent dual channel sensors

12-bit representation of absolute angle value on the output Max. 1° angle error over lifetime and temperature range Developed according to ISO 26262 with process complying to ASIL D Interfaces: PWM, SPC, SENT (based on SAE J2716-2010) Available as single and dual die product

DSO-8 package Automotive qualified Q100, Grade 0: TA = -40 to 150°C (ambient temperature) Functional safety: safety manual and safety analysis summary report available on request


XENSIV™ TLE5501 – Infineon’s First Analog TMR Angle Sensor

iGMR, iAMR & iTMR Sensor Technologies

Tunnelin magneto-resistive technologay

Analog Sensors

3D Magnetic Sensor 2GO Kit

The TLx493D sensor realizes accurate three-dimensional sensing with extremely low power consumption in a small 6-pin package. Capable of detecting the magnetic field in the x, y, and z-direction, the sensor is ideally suited for the measurement of linear travel, rotational or 3 dimensional movements.Thanks to its small package and low power consumption, the TLx493D family can be used in new applications, replacing potentio-meter and optical solutions – in consumer, industrial and automotive applications. Featuring contactless position sensing and high temperature stability of the magnetic threshold, this system concept keeps getting smaller, more accurate and more robust. The sensor provides a standard 2-wire digital I²C interface, which enables high speed bi-directional communication between the sensor and microcontroller.

Budget-priced evaluation board equipped with Infineon magnetic sensor combined with an ARM® Cortex™-M0 CPU. 2 Go Kit has a complete set of on-board devices, including an on-board debugger. A dedicated GUI can be downloaded from

https://www.infineon.com/cms/en/product/promopages/sensors-2go/

for evaluation Available with TLV493D-A1B6, TLE493D-A2B6 and TLE493D-W2B6 TLE493D-W2B6 3D 2GO KIT (SP001707578) TLV493D-A1B6 3D 2GO KIT (SP001707574) TLE493D-A2B6 3D 2GO KIT (SP001707582)

3D Hall Sensor Product ID Qualification Linear MagneticRange Resolution Temperature

Range Matching drift IDD

TLI493D-A2B6 SP001689844 JESD47 ± 160 mT (min) 130uT/LSB 65uT/LSB1 -40 to 105°C

X/Y: ±3.5% XY/Z: ±15% 7 nA – 3.3 mA

TLV493D-A1B6 SP001286056 JESD47 ± 130 mT (typn) 98µT/LSB -40 to 125°CX/Y: typ. ±5%

XY/Z: typ. ±20% 7 nA – 3.3 mA

TLE493D-W2B6 A0 SP001605334 AECQ-100 ± 160 mT (min) 130uT/LSB -40 to 125°C X/Y: ±3.5% 7 nA – 3.3 mA

TLE493D-W2B6 A1 SP001605340 AECQ-100 ± 160 mT (min) 65uT/LSB1) -40 to 125°C XY/Z: ±15% 7 nA – 3.3 mA

TLE493D-W2B6 A2 SP001605344 AECQ-100 ± 160 mT (min) 130uT/LSB -40 to 125°C X/Y: ±3.5% 7 nA – 3.3 mA

TLE493D-W2B6 A3 SP001605348 AECQ-100 ± 160 mT (min) 65uT/LSB1) -40 to 125°C XY/Z: ±15% 7 nA – 3.3 mA

TLE493D-A2B6 SP001689848 AECQ-100 ± 160 mT (min) 130uT/LSB -40 to 125°C X/Y: ±3.5% 7 nA – 3.3 mA

3D Magnetic Measurements in Consumer, Industrial & Automotive Applications

3D Hall Magnetic Sensors XENSIV™ TLx493D

3D-movement e.g. top column module

Angle measurement e.g. control button

Linear measurement e.g. gear stick


Analog Sensors

The MLX90393 is offering maximal flexibility at minimal size. With its 3x3mm footprint, it can fit in the tiniest of assemblies. It provides a digital output proportional to the sensed magnetic flux density along the 3 perpendicular axes of symmetry of the sensor.

Features & Benefits Micropower (2.2 V – 3.6 V, 2.5 μA idle current) Low-voltage I/O (1.8 V – Vdd) SPI (3+4-wire) & I²C interface, slave node 16-bit XYZ magnetic and thermal measurement QFN3x3 package, 16 leads In-application programmable (gain, mode, axes, …) Ta = -20 ... 85 °C

Applications Sensing element for the Internet of Things (IoT) Metering

Impeller-based meters 360° impeller position detection incl. anti tampering Meter mechanical counter digit readout General tri-axial anti tampering detection Gauss-meter

HMI Joystick w/ Push Rotary knob w/ Push Lever / slide switch linear stroke

Valve position, industrial sensing Robotics & factory automation Home security

Tamper proof door/window opening detection

But the miniature sensor is mostly characterized by the fact that it can interchange measurement speed for both current consumption and noise on the digital output signal, making it the raw building block for any magnetic sensing application up to 85°C. An external microcontroller can then combine the measurement data in order to define the position of the magnet with respect to the sensor. All this at a selectable dutycycle of 0.1% to 100%.

HMI: Human-Machine InterfaceThe MLX90393 lends itself for a wide variety of Human-Machine Interfaces such as joystick (Gimball, Ball&Socket) with Push detection, Rotary knobs with Push function and linear strokes by levers or sliding switches.

Micropower Triaxis MagnetometerMLX90393 – World smallest 3D Magnetometer for Position Sensing

MLX92211-B

Melexis presents a revolutionary concept: a perfectly customized Hall latch or switch for your applications. A virtually unlimited set of versions at a great price.

FOR MORE INFORMATION: WWW.MELEXIS.COM

ONE HYPERFLEXIBLE PRODUCT FAMILY …EXACTLY MATCHES YOUR REQUIREMENTS

MLX92211/21/31/32/41/42

HALL LATCH & SWITCHES

PROGRAMMABLE &PRE-PROGRAMMED Th

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k 2-wire latch: MLX92221

k 2-wire switch: MLX92241



OFFER

k Rapid prototyping

k High accuracy

BENEFITS

k Drop-in replacements and second sourcing

k Total cost of ownership (TCO) optimization

BENEFITS

OFFER

You programme the latch / switch. Melexis programmes the latch / switch.

PROGRAMMABLE PRE-PROGRAMMED

MLX92211-A MLX92232-B MLX92241-A

MLX92242-A

MLX92242-BMLX92221-A

MLX92221-B MLX92231-A MLX92232-A

MLX92231-B

MLX92241-B


Analog Sensors

Melexis presents a revolutionary concept: a perfectly customized Hall latch or switch for your applications. A virtually unlimited setof versions at a great price.

Applications Sensing element for the Internet of Things (IoT) Metering

Impeller-based meters 360° impeller position detection incl. anti tampering Meter mechanical counter digit readout General tri-axial anti tampering detection Gauss-meter

HMI Joystick w/ Push Rotary knob w/ Push Lever / slide switch linear stroke

Valve position, industrial sensing Robotics & factory automation Home security

Tamper proof door/window opening detection

ProgrammableYou programme the latch / switch.

Available Types 2-wire latch / switch: MLX92242 3-wire latch / switch: MLX92232

Benefits Rapid prototyping High accuracy Evaluation Tool

Key Applications Smart appliances and consumer devices Building automation and energy Industry and medical Automotive and transportation

Key Specifications Wide magnetic latch range: ±0.4 mT to ±80 mT Wide magnetic switch range: ±1.5 mT to ±66 mT Programmable hysteresis: 0 mT to 36 mT Programmable magnet TC coefficient: 0 to -2000 ppm/°C Wide operating voltage range: from 2.7 V to 24 V

Pre-programmedMelexis programmes the latch / switch.

Available Types 2-wire latch: MLX92221 2-wire switch: MLX92241 3-wire latch: MLX92211 3-wire switch: MLX92231

Benefits Drop-in replacements and second sourcing Total cost of ownership (TCO) optimization

Micropower Triaxis MagnetometerMLX90393 – World smallest 3D Magnetometer for Position Sensing

Hall Latch & SwitchesMLX92211/21/31/32/41/42– Programmable & Pre-programmed

MLX92211-B

Melexis presents a revolutionary concept: a perfectly customized Hall latch or switch for your applications. A virtually unlimited set of versions at a great price.

FOR MORE INFORMATION: WWW.MELEXIS.COM

ONE HYPERFLEXIBLE PRODUCT FAMILY …EXACTLY MATCHES YOUR REQUIREMENTS

MLX92211/21/31/32/41/42

HALL LATCH & SWITCHES

PROGRAMMABLE &PRE-PROGRAMMED Th

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OFFER

k Rapid prototyping

k High accuracy

BENEFITS

k Drop-in replacements and second sourcing

k Total cost of ownership (TCO) optimization

BENEFITS

OFFER

You programme the latch / switch. Melexis programmes the latch / switch.

PROGRAMMABLE PRE-PROGRAMMED

MLX92211-A MLX92232-B MLX92241-A

MLX92242-A

MLX92242-BMLX92221-A

MLX92221-B MLX92231-A MLX92232-A

MLX92231-B

MLX92241-B


One Hyperflexible Product Family –

Exactly Matches your Requirements

Analog Sensors


MRMS591A

Part NumberSupply Voltages Current Operation Magnetic Field VCH VCH Operating Temp.

min [V] typ [V] max [V] [µA] [HON] [HOFF] [V] [V] [°C]

MRMS591A 3.1 3.3 3.5 5 6 0.8 3 0.8 -40 to 85

360° Magnetic Field Detection Sensor

Murata has developed the world’s first AMR sensor with 3D sensing capabilities supporting 360-degree magnetic field detection with uniform sensitivity in all directions. Magnetic field detection in three-dimensional space previously required the use of multiple magnetic sensors in combination, but the new sensor makes 3D magnetic field detection possible using a single device.

Applications Magnetic tampering detection in power, gas, and water meters; security devices; game machines Position detection White goods Turnrate measurement

Schematic Diagram

Features

Coplanarity: less than 0.1 mm (including under reflow condition)

Analog Sensors


Murata has Developed World’s First Surface Mount Ultrasonic SensorThrough the use of an exclusive structural design, including the ceramic element, Murata Manufacturing has succeeded in developing what it believes to be the world’s first surface-mount device (SMD)-type ultrasonic sensor. Since it is a surface-mount device (SMD), the new sensor requires minimal mounting space, and it enables improved functionality for distance measurement and position detection through the use of ultrasonic waves.

Murata has Expand Their AMR Sensor PortfolioSuitable for non-contact sensor in combination with a magnet, high sensitivity and low current consumption, independent of magnetic pole and competitive price.

Partnumber MA40S4R MA40S4S MA40H1S-R

Type Lead Type Lead Type SMD TypeS / R Receiver Transducer Transducer

Norminal Frequenzy 40kHz 40kHz 40kHzSensitivity -63dB typ. NA TBD

Sound Pressure Level NA 120 dB typ. 100 dB typ.

Directivity 80° (typ) 80° (typ) 80° (typ)Capacitance 2550 pF 2550 pF 4500 pF

Operating Temp -40 … 85 °C -40 … 85 °C -20 … 60 °CMax. Input Voltage 20 Vp-p 6 Vp-p

Applications Metering Position detection

Part NumberSensitivity Supply Voltage Frequency Size Production

Status Axis[mT] [V] min [Hz] W x L x H [mm]

MRMS201A>= 2.5

1.6 to 3.5 8

2.9 x 2.8 x 1.1 x

1

MRMS501A 1.45 x 1.45 x 0.55 xMRMS601A 1.0 x 1.6 x 0.37 xMRMS211H/M/L H => 1.4

M >= 1.8 L >= 2.2

2.9 x 2.8 x 1.1 xMRMS511H/M/L 1.45 x 1.45 x 0.55 xMRMS611H/M/L 1.0 x 1.6 x 0.37 xMRUS52F >= 2.2 1.6 to 3.6 500 2.0 x 2.0 x 0.37 xMRMS205A >= 2.5 3.0 to 5.5

82.9 x 2.8 x 1.1

x

MRMS215H/M/LH => 1.4 M >= 1.8 L >= 2.2

3.0 to 5.5 x

MRMS571A >= 1.8 2.4 to 5.5 1.45 x 1.45 x 0.55 x

MURS72S >= 2.5 2.4 to 3.6

30k 1.5 x 1.8 x 0.8

xMRUS72X >= 1.4 2.4 to 3.6 x 2MRUS74S >= 2.5 2.0 to 3.6 x 1MRUS74X >= 1.4 2.0 to 3.6 x 2MRSS29DR >= 3.2 3.5 to 30 5k 2.9 x 2.8 x 1.1 x 1

Motor control Coffee machine

5.2x5.2x1.15 mm40 kHT

Surface Mounted Ultrasonic & AMR Sensors

Analog Sensors

Direct and Universal Brush/Brushless/Stepper Motor Control (sensored/sensorless) 300/600mA integrated half bridges (0.6/1A peak) for small motors Virtual star point and comparators Current scaling and shaping

Direct 9-18V Operation Dual-mode SMPS and regulators Switchable BVDD power supply output

HVC4223FFor Embedded Motor Control

Target Applications AGM/AGS (Grille Shutter) Adaptive Headlights & -Fan HVAC flap control EPS force feedback Automatic Flap Exhaust Gas / Re-circle Cover of Rear View Camera Milimetric Wace Radar Unit

32-bit ARM Cortex M3 and Toolchain 32 KB Flash, 2 kB RAM, 512 byte of EEPROM On-chip oscillators with active EMI suppression

Built-in Safety Features Protection logic, supply/clock/temp supervision, Start-stop retention mode ASILA

Host Interfaces LIN 2.1 & SAE J2602-2 compliant transceiver PWM, UART, analog in

PQFN40 6x6 mm² Package Operation -40 °C to 155 °C junction temperature


All in One

Analog Sensors

Features & Benefits ASIL A ready device Very low current consumption of typ. 1.6 mA (3-wire) Wide supply voltage operation from 2.7 V to 24 V, over voltage protection capability up to 40 V Highest HBM ESD performance ±8 kV Reverse-voltage protection at supply pin Operating with static and dynamic magnetic fields up to 12 kHz at lowest output jitter of max. 0.72µs (RMS) Temperature range: Tj. -40 ->170 °C SOT23 Jedec TO92UA package

HAL 15xy SeriesFirst ISO 26262 Compliant Low Power Hall Switch

Applications Buckle switch Seat track position Gear shift lever Window lifter (index counting) BLDC motor commutation Brake light switch Clutch pedal position


Version Type Switching Behavior

Switching Points (typ.)TC ppm/K 2-wire

Isup lowBON BOFF

3-wire

HAL1502 latching 2.5mT -2.5mT -1000 na

HAL1501 bipolar 0.4mT -0.4mT 0 na

HAL1503 unipolar 5.5mT 3.7mT -1000 na





HAL1508 unipolar -5.5mT -3.7mT -1000 na

HAL1509 unipolar inverted 3.7mT 5.5mT -1000 na

HAL1510 unipolar 12mT 7mT -1200 na

HAL1514 latching 5mT -5mT 0 na

2-wire

HAL1561 latching 4mT -4mT 0 5 to 7mA

HAL1563 unipolar inverted 7.6mT 9.4mT 0 5 to 7mA

HAL1564 unipolar inverted 4.1mT 6mT -1000 2 to 5mA

HAL1562 latching 12mT -12mT 0 5 to 7mA

HAL1565 unipolar 6mT 4.1mT -1000 2 to 5mA

HAL1566 unipolar 9.4mT 7.6mT 0 5 to 7mA

Analog Sensors

High Precision and Robust Multi-purpose Linear Hall Sensors For Distance & Small Angle Measurements

HAL83x Robustness Proven in UseThat family brings over 10 years know-how and a proven-in-use quality experience. It can work in harsh environment due to high temperature stability and offer flexibility thanks to the selectable output (analogue & PWM) of the HAL835.

Device Characteristics Output Package

HAL830 ± 30 to 100mT magnetic range Analog (12-bits) TO92-UT

HAL835 ± 15 to 150mT magnetic range Analog (12-bits) & PWM (125Hz, 11bits) TO92-UT

HAL2420 ± 25 to 200 mT magnetic rangeProgrammable temperature compensation for sensitivity and offset Continuous self-test

Analog (12-bits) TO92-UT, SOIC8

HAL2425 Analog (12-bits) with 16 programmable set points TO92-UT, SOIC8

HAL2455 PWM (2kHz, 12-bits) with 16 programmable set points TO92-UT, SOIC8

HAC 830 Proven Linear Technology in smallest form factor on the market including capacitors

HAR 24xyRedundancy in a very thin package

HAL 24xy Versatile and High-PrecisionThe versatile HAL24x5 family offers extended measurement for distance up to 2 times magnet length & angle up to 180° and state-of-the-art diagnostic functions for applications under stringent conditions.

Target Applications Pedal Throttle EGR

Turbo charger Transmission Joystick


Analog Sensors

Multi-Axis Sensor For Direct Angle and Linear Position

HAL 37xy / HAR 37xy / HAC 37xy

Target Applications Clutch position EGR Valve Turbo charger actuators

Device Number Output Format Magnetic Field Axis Accuracy [%FS] Min. Magnetic Field Amplitude [mT] Setpoints Magnetic Setup

HAL/HAR/HAC3725

Analog

XY ± 0.75

± 20 33

End of shaft

HAL/HAR/HAC3726 YZ ** Off-axis or linear position

HAL/HAR/HAC3727 XZ ** Off-axis or linear position

HAL/HAR/HAC3735PWM or

SENT SAE-J2716 Rev. 2010

XY ± 0.5 % End of shaft

HAL/HAR/HAC3736 YZ ** Off-axis or linear position

HAL/HAR/HAC3737 XZ ** Off-axis or linear position

** Available on request. Depends on magnetic setup

Key Features Unique „Virtual Offset Feature“ to - reduce magnet size & cost - Accuracy of <0.5 % full scale for linear or angular measurements No output linearization required for rotary applications High ESD protection according to stringent requirements of the automotive industry - ESD protection 8 kV (active Pins) Wide junction temp. range from -40 to 170 °C SOIC-8 SMD and TO92-UP four pin l eaded package “Open source” programming interface & software

Additional Features Supply voltage range 4.5 V to 5.5 V Programming via sensors output TTL-Level (0 V… 5 V) Memory w. redundancy & lock function AEC-Q100 qualification

Various Safety Features Wire-break & Over/Undervoltage detection Full signal path & memory supervision Overflow and state machine self-test Magnet lost detection

Transmission Chassis position sensors

Various valves for engine management Fuel level and Steering angle

HAC 37xy SOP

HAC 37xy Integrated Caps in robust

and compact single mold leaded

package TO92UF

HAR 37xy Redundancy in SOIC8 Package thanks to stacked die Technology


Analog Sensors

TLI4970: ±25/50A (AC/DC), up to ±1%

The TLI4970 is a highly accurate current sensor based on Infineon’s well established Hall technology. The coreless concept allows significant miniaturization compared to existing products. It is a fully digital solution, easy to use, no need for external calibration. Additionally a separate interface pin (OCD) provides a fast output signal in case the current measured by the sensor exceeds a predefined threshold. The small QFN-like package allows standard SMD assembly.

Product Highlights AC & DC measurement range up to ±50 A Highly accurate over temperature range and lifetime (max. 1.0 % (0 h), 1.6 % (over lifetime) of indicated value) Low offset error (max. 25 mA) High magnetic stray field suppression Fast overcurrent detection with configurable threshold Galvanic isolation ≤ 2.5 kV max. rated isol. voltage (UL1577) Wide portfolio of productive devices 16-bit digital SPI output (13-bit current value) Small 7.0 x 7.0 mm SMD package

VDD

MUXT

S

Reset, Oscillator,Bandgap

EEPROM

Supply, Biasing,

DSP Digital IF

DAC

ADC

ADCCS

GND

Compensation

Fast Overcurrent Detection (open-drain)

IP+

IP-

GalvanicSeparation

DOUT

SCLK

FOC

Di.Hall

TLI4970 Block Diagram

High-Precision Current Sensor

Product Accuracy Current Range Bandwidth [kHz] Resolution [mA] Automotive Industrial Package

TLI4970- D050T4 ±1.6 ±50 18 12.5 x PG-TISON-8

TLI4970- D050T5 ±3.5 ±50 18 12.5 x PG-TISON-8

TLI4970- D025T4 ±1.6 ±25 18 6.25 x PG-TISON-8

TLI4970- D025T5 ±3.5 ±25 18 6.25 x PG-TISON-8

TLE4970- D050T4 ±1.6 ±50 1 12.5 On request PG-TISON-8

TLE4970- D025T4 ±1.6 ±25 18 6.25 On request PG-TISON-8

Applications AC and DC current measurement Photovoltaic inverters PFC power supplies Automotive and industrial battery chargers Torque control for electrical drives

The TLI4970 provides superior accuracy compared to exist-ing open or closed loop systems with magnetic cores. It has additional functionality such as overcurrent detection, zero crossing detection and programmable filters, but offers a sig-nificantly smaller footprint and power consumption.


Analog Sensors

MLX91210 Makes Current Sensing Easy

Meeting the needs of modern power monitoring, the MLX91210 delivers a fully integrated and factory calibrated current sensor that provides fast and accurate results. It combines the sensing element, the signal conditioning and the voltage isolation in one SMD pack-age. Ideal for modern, compact, applications the Plug and Power concept does not need any additional components such as a shunt resistor or ferromagnetic core.

Integrated, Calibrated and Compact Current Sensor

Features and Benefits For currents up to 30ARMS From DC to 100 kHz, 5µs response time One small IC integrates all Analog voltage output Calibrated by Melexis Robust against external fields and cross-talk by differential measurement Lowest electrical resistance: 0.8 mΩ Voltage isolation of 2.1 kVRMS Operating temperature -40 to 125 °C

Applications Energy, consumer, industrial, automotive Power monitoring (BLDC) motor current control, load detection Inverters incl. solar power Electric vehicles, e-bikes Server farms, motherboards Metering Power supplies Overcurrent detection

SOIC8 Version Max readout ±25 A: MLX91210KDC-CAS-101-RE Max readout ±50 A: MLX91210KDC-CAS-102-RE Max readout ±62.5 A: MLX91210KDC-CAS-104-RE

SOIC16 Version Max readout ±25 A: MLX91210KDF-CAS-101-RE Max readout ±50 A: MLX91210KDF-CAS-102-RE


Analog Sensors

96 RUTRONIK Initiatives

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AUTOMOTIVE Products

Connected Car

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eMobility Consulting

Analog Sensors

http://www.rutronik.com/automotive

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97RUTRONIK Initiatives

s the RUTRONIK POWER brings the latest know-ledge, scalable solutions and efficient support for innovative power electronic components together – not only in the focus markets:

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Security

Analog Sensors

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98 RUTRONIK24

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Procurement

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Personal Support1. You Got it.With Rutronik24 we have created a modular platform that significantly simplifies your business processes. The advantages of rapid online orders are combined with a personal advisory service, tailored to your needs. This has not replaced our personal service; on the contrary: We are adding to it.

Five Good Reasons for Choosing Rutronik24Order online and receive personalised on-site support. We offer Catalog, Procurement, Mass Quotation and Product Change Notifications.

Analog Sensors

99RUTRONIK24

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Analog Sensors

http://www.rutronik24.com

Committed to excellence

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Germany – Headquarters

Rutronik Elektronische Bauelemente GmbH | Industriestraße 2 | 75228 Ispringen / PforzheimTel. +49 7231 801-0 | Fax +49 7231 82282 | E-Mail: [email protected] | www.rutronik.com

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Bulgaria Rutronik Elektronische Bauelemente GmbH Blvd. Nikola Vaptzarov 35 Business Center Lozenetz Floor 1, Office No 1B 1407 Sofia Tel. +359 2 974 86 46

Czech Republic Rutronik Elektronische Bauelemente CZ s.r.o.

Brno Pražákova 1008/69, 15. f loor 639 00 Brno Tel. +420 5 4 54 24-681

Prague Na Pankraci 1638/43 140 00 Praha 4 Tel. +420 2 33 34 31 20

Denmark Rutronik Elektronische Bauelemente GmbH Herstedøstervej 27-29 2620 Albertslund Tel. +45 7020 19 63

Estonia Rutronik Elektronische Bauelemente GmbH Vaksali 17A 50410 Tartu Tel. +372 7370951

Finland Rutronik Elektronische Bauelemente GmbH Malminkaari 5 00700 Helsinki Tel. +358 9 32 91 22 00

USA Rutronik Inc.

Dallas 2745 North Dallas Parkway, Parkway Centre III, Suite 660, 75093 Plano, TX Tel. +1 469 782 0917

California 6203 San Ignacio Ave., Suite 110 95119 San Jose, CA Tel. +1 669 247 5098

Massachusetts 300 Baker Avenue, Suite 300 01742 Concord, MA

Mexico Rutronik Mexico S.A. DE C.V.

Prolongacion Tecnologico Norte 950B int. 1, PISO 11-C, Colonia San Pablo 76130 Querétaro, Tel. +52 442 103 1805

China Rutronik Electronics (Shenzhen) Co., Ltd

Shenzhen Room 807, No.98 Fuhua 1 Road Futian District, 518048 Shenzhen City Tel. +86 755 8240 7106

Shanghai Room 1010, Dongchen Tower, No. 60 Mudan Road, Pudong New District Shanghai 201204 Tel. +86 21 38867-888

Chengdu Room 1408, Building E, China Overseas International Center, No. 333 Jiaozi Avenue, 610041 Chengdu Tel. +86 28 8651 2664

Hong Kong Rutronik Electronics Asia HK Ltd

54/F, Hopewell Centre 183 Queens Road East, Wan Chai Hong Kong, Tel.+852 3602 3135

Singapore Electronics Singapore Pte Ltd

10 ANG MO KIO Street 65 Techpoint #06-02A/03A 737854 Singapore

Taiwan – Taipei Rutronik Electronics Asia HK Ltd

Room 810, 8F, No. 367, Fuxing N. Rd. Songshan Dist, Taipei City, 10543 New Taipei Tel. +886 2 2175 2936

Thailand – Bangkok Rutronik Electronics Asia HK Ltd

2/1 Soi Rom Klao 25/2 Rom Klao Road, Khlongsamprawet Ladkrabang, 10520 Bangkok Tel. +66 2 737 6423

Poland Rutronik Polska Sp. z o.o. ul. Bojkowska 37 44-101 Gliwice Tel. +48 32 4 61 20 00

Gdynia ul. Batorego 28-32 81-366 Gdynia Tel. +48 58 7 83 20-20

Warszawa ul. Broniewskiego 3 01-785 Warszawa Tel. +48 22 462 70-50

Portugal Rutronik Elektronische Bauelemente GmbH Avenida Marechal Humberto Delgado Porta 8, 1ºAndar, Sala R 4760-012 Vila Nova de Famalicão Tel. +351 252 312-336/337

Romania Rutronik Elektronische Bauelemente GmbH Martin Luther Str. no. 2, 3rd floor 300054 Timişoara Tel. +40 25 6401240

Bucureşti Tel. +40 21 3000141

Russia Rutronik Beteiligungsgesellschaft mbH

Moscow Leningradskoye shosse 57 125195 Moskwa Tel. +7 499 9633184

Saint Petersburg Newsky Ave 10 191186 Saint Petersburg Tel. +7 812 3320073

Serbia Rutronik Elektronische Bauelemente GmbH Maglajska 24a, 11000 Belgrade Tel. +381 (11) 40412 90

Slovakia Rutronik Elektronische Bauelemente GmbH, o.z. Lazovná 11 97401 Banská Bystrica Tel. +421 48 4 72 23-00

Slovenia Rutronik Elektronische Bauelemente GmbH Motnica 5 1236 Trzin Tel. +386 1 5 61 09 80

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Analog & Sensor Highlights - RutronikAnalog offer. Analog products connect the physical and the...

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Transcript of Analog & Sensor Highlights - RutronikAnalog offer. Analog products connect the physical and the...