Power Semiconductor Highlights

Committed to excellence

Discretes, Drivers, Switch Mode Power Supply ICs, Voltage Regulators, AC/DC & DC/DC Converters,

Power Supplies & Modules

V3.0

Content Introduction/Linecard . . . . . . . . . . . . . . . . . . . . . . . . . 3 – 5

Power Supplies . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 – 7

DC/DC & AC/DC Converter Modules . . . . . . . . . . . . . 8 – 13

Voltage Regulators . . . . . . . . . . . . . . . . . . . . . . . . 14 – 19

Switching Regulators ICs . . . . . . . . . . . . . . . . . . . . 20 – 27

Protected MOSFETs . . . . . . . . . . . . . . . . . . . . . . . . 28 – 37

Motor Driver ICs . . . . . . . . . . . . . . . . . . . . . . . . . . 38 – 45

IGBTs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46 – 49

Power MOSFETs . . . . . . . . . . . . . . . . . . . . . . . . . . 50 – 58

Triacs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 – 61

Schottky Diodes & Rectifiers . . . . . . . . . . . . . . . . . 62 – 67

Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 – 73

RF / HF Transistors . . . . . . . . . . . . . . . . . . . . . . . . . . . . 74

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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

electromechanical components, storage, displays & boards and

wireless technologies for optimum coverage of your needs.

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Quality – Security. Built-in.Quality management without compromise

The integrated management system (IMS) encompasses qua-

lity control, environmental protection and occupational health

and safety.

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Semiconductors

PassiveComponents

ElectromechanicalComponents

Displays & Boards

WirelessTechnologies

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2

Andreas GlaserSenior Marketing Manager

Power Semiconductors

Many customers already know and appreciate Rutronik as a reliable partner with great expertise in power semicon-ductors and both an innovative and well-balanced portfolio. This brochure gives you an overview of our broad product port-folio as well as the latest, most advanced products in terms of power management. The power semiconductor market is still very dynamic with a high innovation rate due to the ever high-er requirements of new applications with respect to regulati-on on the components. There is a drive to improve effiency in power management systems thanks to new proven technolo-gies like Galium Nitirid, J-FET and Silicon Carbide products.

Power Semiconductors

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IPower Supply

Battery Charger ICs 1 1 x 1 1 1 1 1

Converter Modules (AC/DC & DC/DC) 1 1 x 1 1 1 1 1 1 1

LED / LCD Drivers x x x x x x x x x x x

Switching Regulator ICs (AC/DC & DC/DC & PFC) 1 1 x 1 x 1 x 1 1 1 1 1 1

Wireless Charging ICs x x x

Voltage Regulators 1 1 1 1 x 1 1 1 1 1

SMPS 1 1 x 1

Smart Power Products

Protected MOSFETs & Drivers 1 1 x 1 1 x 1 1 1 1 1 1

Motor Drivers 1 1 x 1 x 1 x 1 1 1 1 1

Discretes Components

Thyristors 1 x 1 1 1 1 1

Triacs 1 1 1

Trigger Diodes (DIAC) 1 1 1

Fast Recovery Diodes 1 1 1 1 1 1 1 1 1 1 1

Schottky Diodes 1 1 1 1 1 1 1 1 1 1 1

Transistors x x x 1 x x x x

IGBTs/IGBT Modules 1 1 x 1 x 1 1 1 1

MOS Transistors 1 1 x x 1 1 x 1 1 1

RF- & HF-Transistors 1 1 1 1

Power goes SMARTApplications are frequently mobile solutions and are therefore battery-powered. Rutronik supplies innovative energy- efficient power supply systems including power management ICs. Please be invited to join us and benefit from the partnerships that we have developed over many years with our leading global partners in the power semiconductor industry, including Infineon, STMicroelectronics, Recom, Renesas, Rohm, Microchip, Vishay, Diodes, BYD and Intersil.

For more detailed information on the products, including datasheets, availability and prices, please visit our e-commerce platform: www.rutronik24.com

Linecard

Rutronik – Power Expertise meets Innovation

3

4

We cover your complete ...

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POWER SEMICONDUCTORS

CONCEPT Product Specification Target Costing Technical Support Samples & Evaluation Boards

PRODUCTION Cost Optimization Availability Automatic Processing Logistic Solutions & Traceability Information

SERVICE PCN / PTN Support Last-Time-Buy (LTB) Handling Workshops & Seminars Webg@te

NEW ON BOARD:

DESIGN Product Qualifications/Documentation Reference Designs Pre-Series Direct Supplier Support

...APPLICATION SEGMENTS....PRODUCT CYCLE

DESIGN YOUR SMART PRODUCTS

COMBINE TECHNOLOGIES – REALIZE SMART DESIGNS

We cover your complete ... Product Cycle Segments

DISCOVER INNOVATION IN MOTION

55

Power Supplies

Power Supply UnitsA power supply is a hardware component that supplies power to an electrical device. It converts main AC- to low regulated DC power for theinternal components of an electrical system. The power supply is an integral part of electrical system and supports all the power that is neededfor the electrical function of any system. The supplier portfolio has a wide range of different packages and power classes as well.Rutronik offers a large variation from leading suppliers like Delta Energy Systems and Murata Power Solutions for applications in the field ofTele/Data communication, computer systems, industrial, office equipment, transportation, medical and Power Distribution applications.There are also options for redundancy and customized designed power supplies. Wah Hing is a specialist for customized solutions.

Standard Power Supplies 1U Front End Power Supply

Suppliers FSP Murata RECOM

Series MVAB MVAC MVAD D1U2 D1U3CS D1U54P D1U

Power

Low Power (10W-100W)

Mid Power (100W-1000W)

High Power (>1kW)

Output Voltage

5 V

12 V

24 V

48 V

Others

Cooling

Convection

Internal Fan

Conduction

Features

Over Voltage Protection

Over Current Protection

Over Temperature Protection

PMBus™ I2C Interface

Package

Open Frame

Panel Mount

Adapter

Applications

Tele/Data Com

Computer Systems

Industrial

Office Equipment

Transportation

Medical

Power Distribution Applications

6Customized Power Supply Solutions

AC/DC Power Supplies

With design centers and ISO 9001:2000 registered manufacturing facilities on three continents, Murata PS is able to produce power suppliesto the highest standards in terms of power, performance, efficiency, protection, approvals compliance and cooling for a multitude of applica-tion requirements. In addition to an expanding offering of standard models, MPS has a long and proud history of designing custom solutionsto meet even the most stringent and challenging requirements.

MVAD- MVAB-Series - Medically approved AC-DC Open Frame Power SuppliesFeatures Highly reliable, clean design Remote sense (MVAD065) Universal AC input ITE (2nd) and medical 3rd ed. safety (MVAD065 and MVAD040)

Model Number Natural Convection Cooling

Forced Air Cooling

Load Current

Input Voltage

Output Voltage

Efficiency

MVAD040-12

40W

0 to 3.34A90-264Vac

120-300Vdc

12Vdc 87%

MVAD040-24 0 to 1.67A 24Vdc 88%

MVAD040-48 0 to 0.84A 48Vdc 89%

MVAD065-12

65W

0 to 5.0A90-264Vac

120-300Vdc

12Vdc 88%

MVAD065-24 0 to 2.71A 24Vdc 89%

MVAD065-48 0 to 1.36A 48Vdc 90%

MVAB120-12

75W 120W @250LFM

0 to 10.0A90-264Vac

120-300Vdc

12Vdc 88%

MVAB120-24 0 to 5.0A 24Vdc 90%

MVAB120-48 0 to 2.5A 48Vdc 91%

MVAC Series - Medically approved Highly Efficient Open Frame Features 3rd ed. Medical and ITE safety approved Remote sense Remote on-off and PS_OK (Aux output models) Isolated 12W fan available and 10W standby (on Aux output models)

Model Number Natural Convection Cooling

Forced Air Cooling

Main Output (V1)

Fan Output (V2)

Aux Output (V3)

Typical Efficiency

MVAC250-12

170W 250W @250LFM

12Vdc

12V

5V on Aux output models

93%

MVAC250-24 24Vdc 93%

MVAC250-48 50Vdc 94%

MVAC400-12

250W 400W @250LFM

12Vdc

12V

93%

MVAC400-24 24Vdc 93%

MVAC400-48 50Vdc 94%

Specifications 2” x 4” low profile standard footprint High efficiency up to 91% Convection-cooled operation up to 75W Less than 0.3W no load input power (MVAD065 and MVAD040) complies with ErP/Energy Star requirement

Specifications 3” x 5” x 1.4” standard footprint High efficiency up to 94% Convection-cooled operation up to 250W Active inrush protection Current sharing option available

MVAD- MVAB-Series - Medically approved AC-DC Open Frame Power Supplies

Voltagefficiency

12Vdc 87%

and MVAD040) complies with ErP/Energy Star requirement

MVAD- MVAB-Series - Medically approved AC-DC Open Frame Power Supplies

Output Voltage

Efficiency

and MVAD040) complies with ErP/Energy Star requirement

7

DC/DC & AC/DC Converter ModulesA DC/DC converter module is an electronic circuit which converts a source of direct current called DC from one voltage level to another one. The isolation of the DC/DC converter module allows the electronics design engineers to comply with the safety regulations and solve issues such as interferences and failure protection and helps to speed up any development and certification process. An AC/DC converter module converts main AC- to low regulated DC power for the internal components of an electrical system. It is an integral part of electrical system and supports all the power that is needed for the electrical function of any system. AC/DC and DC/DC converter modules offer a flexible and clean solution to Distributed Power Architecture systems in the lower range of power. Rutronik offers a strong portfolio of leading suppliers like RECOM, Murata Power Solutions and Delta for applications in the field of industrial, transportation, medical, energy, aerospace and communication segment.

Mur

ata

REC

OM

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DC/DC Converter Modules

Power

Very low (<1W)

Low (1W-10W)

Medium (10W-60W)

High (60W-400W)

Isolation

Low (< 3kV)

Medium (3 kV-8 kV)

High ( 8kV-10kV)

None

Regulation

Regulated

Unregulated

Temperature Range

Normal (<85°C)

High (>100°C)

Custom DC/DC

Possible Applications

Industrial

Transportation

Medical

Energy

Aerospace

Communication

Military

Building

Lighting

Case

Plastic

Metal baseplate

Metal ripped

Packages

Open frame

Miniature Industrial Package

Industrial package

Brick

AC/DC Converter Modules

AC/DC-Converter modules from 1W up to 150W

High Power(60W-400W)

RACM65, RACM100, RACM150, REDIN120

UWE, HPQ, UCQ, UQQ, ULQ, UVQ, UWQ, HPH, UCH, RBQ, PAQ, PAH, ULS, RBE

V48SC, E24SR, E36SC, E36SR, E48SC, E48SH, E48SP, E54SD, Q36SR, Q48SA, Q48SC, Q48SQ, Q54SG, H36SA H48SA, H48SC, HA1SV, B40SR, B60SR, B70SR, BACSR

Mid Power(10W-60W)

REC10, REC10-M, REC15-M, REC20, REC30, RP10-E(W), RP15-OF(W), RP15-A(W), RP20-A(W), RP30-F(W), RP40-G(W), RP60-G, RPM(D), RPPxx(W), RPPxx-B(W), RPRxx-B, RAC10-C/277, RAC15-B, RAC20-B, RAC30-A, REDIN45, RAC48/OF, RACM40, REDIN 60, RAC60/OF, RAC60-B

UEI15, UEI25, BEI15, NPH10, UWR, BWR, TWR, NPH15, UEI30, UEI-50/60, UHE, ULT, ULS-30, ULS-60, UWS, UCE, ULE, UEE, UCQ, ULQ, UCH, NCS12

T48SR, V36SE, V48SC, V48SH, V48SR, E24SR, E48SC, E48SH, E48SR, S36SE, S48SP, S24SP, AA15S, AA15D, AA30S, AA30D, AA60S, AB24S, AB24D, AB40S, AB40D, AB60S, AA15T, AA30T

Low Power(1W-10W)

R1DA, R1S/R1D(/E), R1SE, RO(/E), ROE, RAM, ROM, RNM, RB/RE(/E), RBE/REE, RBM, RK/RH, RP, RTM, RxxPxx(/R), RU, RUM, RN, R2S/R2D, RI, RD, RKZ, RxxP2xx(/R), RUZ, RJZ/RGZ, RV(/R), RAZ, R1Z, RY, RSO, RS, RW2, RS3, RW, REC3, REC3.5, REC5, REC6, REC8, RP08-A(W), REM3, REM6, REM10, RAC01-C, RAC02-C, RAC02-SE/277, RAC03-C, RAC02-SE/277/W, RAC03-SE/277/W, RAC03-SER/277, RAC04-SC/W, RAC04-C, RAC04-C/230, RAC04-C/277, RAC05-B, RAC06-C

NKE, NME, NMJ, NMR, MER1, NMV, MEV1, MEA1, NKA, NMA, MTU, NTA, NTE, NTV, NTF, PWR13, NML, MEJ2, NMG, NMK, NMH, NDL, NMS, NTH, MEE3, MEV3, NDH, UST, BST, UWR, NDY, NDTS, NDTD, NDS6, NCS6, UWR, BWR, TWR, MEJ1, MTE1, OKR, NXE1, MGJ2, MGJ3, MGJ6, MTC1

DA01S, PA01S, PB01S, PB01D, PD01S, PD01D, PF01S, PI01S, PI01D, PL01S, PL01D, SA01S, SA01D, SB01S, SB01D, SH01S, SH01D, SK01S, SK01D, DB02S, DB02D, DC02S, DC02D, DK02S, DK02D, PC02S, PC02D, PG02S, PH02S, PH02D, SC02S, SC02D, SD02S, SD02D, SG02S, SG02D, DD03S, DD03D, DL03S, DL03D, DM03S, DM03D, DN03S, DN03D, PJ03S, PJ03D, SE03S, SE03D, DF04S, DF04D, SF05S, SF05D, DH06S, DH06D, DJ06S, DJ06D, DU06S, DU06D, DT10S, DT10D, AA04S, AA04D, AA07S, AA10S, AC02S, AC02D

Very Low Power(<1W)

RM, R0.25S/R0.25D/R0.25DA, ROL, R0.5Z

LME, CME

New Products 2015/16 Unregulated DC/DC Converter ModulesRegulated DC/DC Converter ModulesRegulated DC/DC Converter Modules (High Temperature)AC/DC Converter Modules Others

Power

100W

10W

1W

0.25W

8

Supp

liers

Mod

ules

Vin

(V)

Vout

(V)

Iout

(A) Iout (A)

0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

Mur

ata

PS N

on-Is

olat

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rogr

amm

able

Out

put D

OSA

PoL

s

9-32, 16-40

0.7525-4.5, 0.7525-5.5 3 OKI-T/3-W32 and W40 Series

19-40 5.021-15.5 3 OKI-T/36W-W40 Series

7-36 3.3, 5 1.5 OKI-78SR Series

2.9-14 0.9-5.5 1 OKL-T/1-W12 Series

2.4-5.5, 4.5-14

0.6-3.63, 0.6-3.3, 0.591-5.5 3, 6 OKL-T/3 & T/6 Series

4.5-14 0.591-6 3, 6, 10 OKR-T/3, T/6, and T/10 Series

2.4-5.5, 8.3-14

0.7525-3.63, 0.7525-5.5

10, 16 OKX-T/10 & T/16 Series

2.4-5.5, 8.3-14

0.7525-3.63, 0.75-5.5 3, 5 OKY-T/3 &T/5 Series

2.4-5.5, 8.3-14

0.7525-3.63, 0.7525-5.5

10, 16 OKY-T/10 & T/16 Series

REC

OM

Ste

p D

own

Switc

hing

Reg

ulat

ors

7-28 5 0.5 R-78E

6-28 3.3, 5 0.5 R-78xx-0.5

9-72 3.3, 5, 6.5, 9, 12, 15 0.5 R-78HBxx-0.5

36-72 3.3, 5, 6.5, 9, 12, 15, 24 0.3 R-78HB24-0.3

5-36 3.3, 5 0.5 ROF-78E

4.75-321.5, 1.8, 2.5, 3.3, 5, 6.5, 9,

12, 150.5 R-78AAxx-0.5

4.75-18 1.5, 1.8, 2.5, 3.3, 5 1 R-78AAxx-1.0SMD

6.5-32 3.3, 5, 9, 12 0.5 R-78W-0.5

4.75-321.5, 1.8, 2.5, 3.3, 5, 6.5, 9,

12, 151 R-78Bxx-1.0

5-42 1.8, 3.3, 5, 9, 12, 15 1 R-78Cxx-1.0

8-28 3.3, 5 1 R-78E-1.0

4.75-18 1.8, 2.5, 3.3, 5 1 R-78xx-1.0

7-42 3.3, 5, 12 1 R-78Txx-1.0

4.75-18 1.5, 1.8, 2.5, 3.3, 5, 6.5 1.5 R-78Bxx-1.5

4.5-18 1.2, 1.8, 2.5, 3.3, 5

2, 3, 4, 5 R-5xxxPA/DA

9-32 1.8, 2.5, 3.3, 5, 9, 12 1, 2 R-6xxxP/D

4.5-28 3.3, 5, 6.5, 9, 12, 15

2, 3, 4 R7xxxP/D

5, 12, 15, 24

40~120, 55~135, 95~210

0.25, 0.5 Rxx-B

DC/DC & AC/DC Converter Modules

7-42

9

Modular DC/DC Converters: In House Design Is No Longer Justified

System designers no longer attempt to design the switching power supply in house, as this requires in depth analogue knowledge, no longer avail-able in development laboratories. Saturation curves of ferrite cores have to be taken into consideration as well as their behaviour with changing temperatures and frequencies. Often data is only available for sinusoidal operation, switching regulators operate with square signals, not without consequences, affecting EMC behaviour of the complete product. It is the-refore not surprising that this sensitive issue is left to specialists.

There are two reasons why this does not apply to the same extend to DC/DC converters. They operate on the input side with relatively low voltages that can be handled easily, and they are part of the circuit board and there-fore can be mounted together with the rest of the pcb components.

The circuit layout also appears quite simple at first. Two FETs on the pri-mary side chop the DC voltage on the input with 100kHz plus, a small toroidal transformer generates the required voltage and provides isolation. The output voltage is subsequently rectified and smoothed. A number of programmes make the design seemingly simple, at least in theory.

Reality is however quite different. With switching transistors, capaci-tors, transformer, rectifier and filter we are in an analogue world, where things are neither black nor white. The length of pcb tracks, their distance to other tracks, and proximity to other components generates parasitic capacitances and inductances, which can not be identified in circuit dia-grams. The transformer can also prove quite problematic. Its functiona-lity depends on the ferrite material and where on the saturation curve it operates. If operated to close to “saturation” it heats up and its magnetic behaviour deteriorates. All of this affects efficiency and EMC compatibili-ty, often requiring a redesign. These fundamental issues have been known for the past century, but are now only barely known.Design and development managers must therefore consider carefully whether it pays to go for an in house development, or rely on readily available standard modules. If the design team has the knowledge and the specific experience it knows the pit falls and can avoid them. It is open to doubt whether an optimised design can be achieved. A leading manufac-turer, such as RECOM, invests more than 80% of development time into design optimisation and life time testing. A customer, designing a discrete solution is unlikely to invest an equal amount of effort.

WE POWER YOUR PRODUCTS www.recom-electronic.com10

Low Power SMD DC/DC ConverterR0.25S/D, R0.5S/D, R1S/D, R2S/D, R1DA, R1SE, R0.5Z, R1Z Low power SMD DC/DC converters R0.25S/D/DA, R0.5S/D, R1S/D, R2S/D/DA, R0.5Z, R1Z 0.25 to 2 watt SMD converters Single, Dual or Isolated Dual Output Regulated and unregulated Very compact size Up to 3kV isolation Operating temperature -40°C to +100°C EN/UL certified 3 year warranty

Premium DC/DC for Industry ApplicationsREC3, REC5, REC8, REC10, REC10/M, REC15/M, REC20, REC30 3 to 30 watt in compact packages Industry standard pinouts 2:1 & 4:1 inputs Isolation up to 6kVDC Short circuit protection EN/UL certified 3 year warranty

High Isolated Reinforced DC/DCRxxPxx/R, RxxP2xx/R, RV/R, REC3.5/R, REC6/R Ultra-compact design - 1 & 2 watt in SIP7 package - 2, 3.5 & 6 watt in DIP24 package Reinforced isolation up to 10kVDC Efficiency up to 86% Operating temperature -40°C to +85°C EN/UL certified UL60601-1 3rd Ed. Medical approved 3 year warranty

High Isolated DC/DC for IGBTRH, RP, RxxPxx, RxxP2xx, RKZ, RGZ, RV Asymmetric dual output +15/-9V Compact design High isolation up to 6.4kVDC Extreme low isolation capacity Efficiency up to 86% Operating temperature -40°C to +85°C EN certified 3 year warranty

When RECOM started to develop their first DC/DC-converters more than a quarter century ago, nobody could imagine their wide-spread use in electronics today. As one of the pioneers in this market RECOM covers the power range from 0.25 - 60 Watts - with highly specified and reliable products. Whether regulated or unregulated, isolated to 10kVDC, or laid out for extremely high ambient temperatures of +100°C. RECOM offers a suitable portfolio of converters for every application.

BTRH, RP, RxxPxx, RxxP2xx, RKZ, RGZ, RV

Asymmetric dual output +15/-9V

Operating temperature -40°C to +85°C

RH, RP, RxxPxx, RxxP2xx, RKZ, RGZ, RV

Switching Regulator ModuleR-78xx, R-78AA, R-78C, R-78B, R-78HB, R-78/W, ROF-78E, R-78E, R-78T-1.0, R-5xxx, R-6xxx, R-7xxx 8:1 input voltage range up to 72V High efficiency up to 96% Replacement for standard linear regulators TO-220 compatible SIP case, SMD or wired Tight regulation (+/-0.5%) and low noise Operating temperature -40°C and +85°C Remote ON/OFF control EN certified, 3 year warranty

Low Power AC/DC for Energy Saving DIN-Rail, RAC01, RAC02, RAC03, RAC04, RAC05, RAC06, RAC10, RAC03-SCR, RAC03/W, RAC04/W, RAC05/W, RAC06/W 1, 2, 3, 4, 5, 6 & 10 watt in ultra-compact package Wide input range (85-305VAC / 110-430 VDC) Class II power supply (3kVAC isolation) Operating temperature -40°C to +85°C 3.3V to 24V with Single or Dual Output Optional DIN rail mounting kit Low no-load consumption (starting with 30mW) EN/UL certified, 3 year warranty

AC/DC Power for Medical ApplicationsRACM40*, RACM65*, RACM100, RACM150 Space saving 3“x2“ or 4“x2“ case Universal input voltage range (85-264VAC / 120-370VDC) 2 MOPP for patient safety Reinforced isolation 4kVAC/1min Active PFC – efficiency up to 92% UL/IEC/EN 60601 3rd Ed and CE marked 5 year warranty

AC/DC Din Rail Power SuppliesREDIN45, REDIN60, REDIN120* Compact 45W to 120W models, 24V or 12V output High reliability components to guarantee a long, trouble-free life Universal input voltage range (80-264VAC / 120 – 370VDC) ErP compliant (<0.5W) Fully protected: OVP / OCP / SCP / OTP UL / IEC / EN 60950-1 (CB), UL 508 and CE marked 7 year warranty

*Com

ing

in Q

4/20

15

R0.25S/D/DA, R0.5S/D, R1S/D, R2S/D/DA, R0.5Z, R1Z

Operating temperature -40°C to +100°C

REC3, REC5, REC8, REC10, REC10/M, REC15/M, REC20, REC30

High Isolated Reinforced DC/DCRxxPxx/R, RxxP2xx/R, RV/R, REC3.5/R, REC6/R

Operating temperature -40°C to +85°COperating temperature -40°C to +85°C

Low no-load consumption (starting with 30mW)

1, 2, 3, 4, 5, 6 & 10 watt in ultra-compact package Wide input range (85-305VAC / 110-430 VDC)

Low no-load consumption (starting with 30mW)

1, 2, 3, 4, 5, 6 & 10 watt in ultra-compact package Wide input range (85-305VAC / 110-430 VDC)

Low no-load consumption (starting with 30mW)

Universal input voltage range (85-264VAC / 120-370VDC)

UL/IEC/EN 60601 3rd Ed and CE marked

REDIN45, REDIN60, REDIN120*Compact 45W to 120W models, 24V or 12V outputHigh reliability components to guarantee a long, trouble-free life

Fully protected: OVP / OCP / SCP / OTP

*Com

ing

in Q

4/20

15

11

DC/DC Converter Highlights

MEJ2 Series - Extends Power Rating of 5.2 kV Isolation Miniature DC-DC Converters

5.2kVDC isolated 2W DC-DC converters Class leading efficiency at low loads UL60950 basic/supplementary insulation

UL60601 3rd edition 5200VDC isolation test voltage Encapsulated for superior thermal performance

Model Number Input Voltage Output Voltage Efficiency TypicalMEJ2S0303SC 3.3V 3.3V 70%MEJ2S0305SC 3.3V 5V 74%MEJ2S0503SC 5V 3.3V 70%MEJ2S0505SC 5V 5V 75%MEJ2S0509SC 5V 9V 78%MEJ2S0512SC 5V 12V 77%MEJ2S0515SC 5V 15V 79%MEJ2S1203SC 12V 3.3V 73%MEJ2S1205SC 12V 5V 78%MEJ2S1209SC 12V 9V 79%MEJ2S1212SC 12V 12V 80%MEJ2S1215SC 12V 15V 80%MEJ2S1505SC 15V 5V 76%MEJ2S1509SC 15V 9V 78%MEJ2S1512SC 15V 12V 79%MEJ2S1515SC 15V 15V 78%

PAH & PAQ Series - Developed for Power AmplifiersPAH Half-Brick isolated, 350-Watt, DC-DC Converter Outstanding thermal per formance Standard baseplate for con-duction cooled applications

No output reverse conduction Input to output isolation, 2250Vdc Input under-voltage lockout

Model Number Input Voltage Output Voltage Power EfficiencyPAH-28/12.5-D48 36-75V 28V 350W 93%PAH-28/16-D48 36-75V 28V 350W 93.5%PAH-53/8.5-D48 36-75V 53V 450.5W 94%PAQ-29/5-D48 48V 36-75V 29.8V 150W 92.5%

EMH-54 Series - Efficient Power-over-Ethernet for 24/48/60V battery systems Isolated, 54Vout, 3A, Ethernet Power Half-Brick DC-DC Converters PoE compliant 18V - 72Vin Range 54Vout @ 3A (162W) 2250Vdc input to output isolation

Optional baseplate 91% efficiency Industry-standard Half Brick footprint

Murata Power Solutions is one of the world‘s largest suppliers of DC/DC converters. The main benefits of Murata Power Solutions are reliabi-lity, efficiency and cost-effectiveness. Their unique ability to blend proven circuit topologies, high-performance components, contemporary SMT construction and highly automated assembly brings you exceptional quality products, from standard off-the-shelf models to modified products and complete custom designs in a high grade of performance.

Applications Medical IGPT Drivers

Industrial Instrumentation and control

Applications Telecommunication Power Amplifiers

Applications Telecommunication Power-over-ethernet

Datacom Networking applications

PAQ Quarter-Brick isolated DC-DC Converter with 2:1 wide Input Range Input voltage range of 36-75V (48V nominal) Output of 29.8V at 5A High efficiencies (92.5%, typical)

DOSA compatible 1/4 brick package (0.46” high) Remote On/Off control

Model Number

Input Voltage

Output Voltage

Output Current

Output Power

Efficiency

EMH-54/3–Q48 18-72V (48V typ.) 54V 3A 162W 91.5%

12

Vin nominal

Vin Range

Series Max Power

Output Voltage

1V 1.2V 1.5V 1.8V 2.5V 3.3V 4.2V 5V 6.5V 9V 12V 15V 24V 28V 48V 54V

24V 9~36V S24SE 30W x x x x

S24SP 60W x x x x

24/36/48V 18~60V B40SR 300W x x

24/48/72/80V 18~106V B62SR 360W x x x

48/72/80V 36~106V B70SR 300W x x x

S24SP

B40SR

Industrial DC-DC Modules

Features Output power 200W/300W, ultra wide input range - B40SR: Up to 300W output power with an input range of 18-60V - B62SR: Up to 360W output power with an input range of 18-106V - B70SR: Up to 300W output power with an input range of 36-106V Single output voltages including 12.4V/13.5V/24.0V output Typical efficiency of up to 89% Fully encapsulated, waterproof, isolated DC-DC power converters Industry-standard features: over-voltage protection, over-temperature protection, input reverse polarity protection, integrated fuse holder, IP67 protection, parallel application, and more

Features Wide input voltage range (9-36Vdc) High efficiency up to 93% Compact footprint (2”x1”) Encapsulated in metal case No tantalum capacitor used

B62SR/B40SR/B70SR Series DC/DC Converter For the box type DC/DC solution B62SR/B40SR/B70SR, Delta leads the industry in providing an ultra-wide input range solution for off-road electric powered vehicles. Delivering up to 360W output power, this innovative box type solution provides the highest effici-ency of up to 89%, better than all competing products. It also helps customers save inventory cost by reducing various DC/DC model numbers that had to comply with counterpart battery types in the past.

The B62SR/B40SR/B70SR family meets the UL60950-1 safety standard and has the CE mark. It is suitable for all industrial and commercial electric powered off-road vehicles such as forklift trucks, electric motorcycles, ground support equipment, golf carts, and sports equipment vehicle.

S24SP Series DC/DC Converter With the launch of the 60W S24SP, Delta pioneers in providing the highest power density of up to 93% for industrial input range in a 2”X1” isolated power converter. Created by Delta‘s worldwide R&D teams the power converter comes with optimized component place-ment, innovative design topologies, and a host of industry-standard features.

Meeting UL60950-1 safety requirements, the S24SP can sustain up to 1500VDC isolation voltage and has an operating temperature of -40°C to +85°C. It is suitable for customers’ critical applications such as process control and automation, transportation, data communi-cation and telecom equipment, test equipment, and medical devices and equipment. Lower output power modules are also available to meet a variety of requirements.

Output Voltage

Fully encapsulated, waterproof, isolated DC-DC power convertersIndustry-standard features: over-voltage protection, over-temperature

13

Voltage RegulatorsRutronik offers a comprehensive portfolio of linear voltage regulators fitting a broad range of automotive, industrial and consumer applica-tions from the world’s biggest and leading supplier. We are an experienced long-term Distributor in power parts for all kinds of applications.

We are continuously expanding our portfolio to meet our customers‘ present and future application requirements.

Voltage Regulators

Diodes Inc. Infineon Intersil Microchip Micrel NJRC ROHM ST Toshiba ZMDi

Linear Regulators

Positive

Negative

LDOs

Industrial

Automotive

14

Automotive-Grade LDO Regulators

Comprehensive LDO regulator lineup for automotive applications (43 types)ROHM offers a total of 43 different types of LDO regulators suited for automotive applications, including the BD4xxMx series designed for general electronic systems and the BDxxC0A series optimized for car infotainment. The BD4xxMx series features less than half the (no-load) current consumption of existing products, resulting in significant energy savings in automotive systems. In addition, both series are compatible with ceramic capacitors, eliminating the need for large capacitance electrolytic capacitors for oscillation prevention, contri-buting to end-product miniaturization.

BD4xxMx / BDxxC0A Series

Low Current Consumption contributes to greater Energy savings Compatible with Ceramic Capacitors

For MCU Applications in Body and Powertrain Systems

Output Voltage (typ.) Package Output Shutdown Switch Function3.3V 5.0V

BD433M2WFP3-C BD450M2WFP3-C SOT223-4

BD433M2WEFJ-C BD450M2WEFJ-C HTSOP-J8

BD433M2FP3-C BD450M2FP3-C SOT223-4

BD433M2EFJ-C BD450M2EFJ-C HTSOP-J8

Output Voltage (typ) Package Output Shutdown Switch Function3.3V 5.0V

BD433M5WFPJ-C BD450M5WFPJ-C TO252-J5

BD433M5WFP2-C BD450M5WFP2-C TO263-5

BD433M5FP-C BD450M5FP-C TO252-3

BD433M5FP2-C BD450M5FP2-C TO263-5

BD4xxM2 Series (45V Breakdown/200mA)

FI HEV/EV Inverters TPMS BCM Smart Keys HUDs LCD Monitors Cluster Systems

BD4xxM5 Series (45V Breakdown/500mA)

For Power Supplies in Information Systems (Various Output Levels/Package Types)

Output Voltage (typ.)Package Output Shutdown

Switch Function3.3V 5.0V 8.0V 9.0V Variable

BD33C0AWFP-C BD50C0AWFP-C BD80C0AWFP-C BD90C0AWFP-C BD00C0AWFP-C TO252-5

BD33C0AFP-C BD50C0AFP-C BD80C0AFP-C BD90C0AFP-C - TO252-3

BD33C0AWHFP-C BD50C0AWHFP-C BD80C0AWHFP-C BD90C0AWHFP-C BD00C0AWHFP-CHRP5

BD33C0AHFP-C BD50C0AHFP-C BD80C0AHFP-C BD90C0AHFP-C -

BD33C0AWFP2-C BD50C0AWFP2-C BD80C0AWFP2-C BD90C0AWFP2-C BD00C0AWFP2-C TO263-5

BD33C0AFP2-C BD50C0AFP2-C BD80C0AFP2-C BD90C0AFP2-C - TO263-3

Audio/navigation systems ETCs and the like Other applications such as heated seat controls

BDxxC0A Series (35V Breakdown/1A)

Stable operation even when using low ESR ceramic capacitors for oscillation prevention

SOT223-4

TO263-3

TO252-J5

TO263-3

SOT223-4SOT223-4SOT223-4

TO252-J5TO252-J5

TO263-5TO263-5TO263-5TO263-5Voltage Regulators

Diodes Inc. Infineon Intersil Microchip Micrel NJRC ROHM ST Toshiba ZMDi

Linear Regulators

Positive

Negative

LDOs

Industrial

Automotive

15

Infineon‘s Power Supplies Address a broad Range of Automotive Applications

Infineon offers a comprehensive portfolio of linear regulators and voltage trackers, fitting a broad range of automotive applications and is the global market leader with over 15 years of experience in the automotive regulator segment. Infineon continuously expands their portfolio to meet the customers present and future application requierements. Infineon automotive voltage regualtors are especially designed for use in harsh enviroments and are offered in the highest quality level. The robust design approach ensures delamination-free ICs and long-term reliability.

EN Enable | RES Reset | ADJ Adjustable Output Voltage | WD Standard Watchdog driver | WWD Window Watchdog driver

16

Product name Package Maximum Input

Voltage

Max Output Current

Output Voltage Accuracy Feature Set Quiescent Current

Comment

TLS202A1MBV SCT595 18V 150mA 3.3V, 1,2V-5,25V 3% EN 50µA Linear post regulator

TLS203B0EJV DSO8 EP, TSON10 20V 300mA 3.3V, 5.0V, 1,22V-18V 2% EN 30µA Linear post regulator

TLS205B0EJV DSO8 EP, TSON10 20V 500mA 3.3V, 5.0V, 1,22V-18V 2% EN 30µA Linear post regulator

TLS208D1EJ V DSO8 EP, TSON10 18V 800mA 3.3V, 2,7V-18V 2% EN, RES 90µA Linear post regulator

TLS805B1SJV DSO8 42V 50mA 1,2V-42V 2% EN 6.5µA Ultra low qiescient current

TLS810x1EJ Vxx DSO8 EP 42V 100mA 3.3V, 5.0V 2% EN,R 9µA Low qiescient current

TLS820F0EL Vxx SSOP14 EP 45V 200mA 3.3V, 5.0V 2% EN, RES, WD 35µA Harsh environment

TLS850F0TA V50 TO263-7 45V 500mA 5 2% EN, RES, WD 35µA Harsh environment

www.infineon.com/voltage-regulators

TLE42xx4, TLE72xx-2TLE46xx Vin: 3.3V-45V (some products up-to 65V) Iout: 20-550mA Various features and protections

TLE425x Vin: 3.5V-45V Iout: 50-400mA Reverse protection Accurate current limit

TLF4277-xxTLE4247xx

Regulator with monitoring features Constant current driver

TLF80511xxTLS805xxTLS810xxTLS820xx/50xx Vin: 3V-45V Iout: 50-500mA Ultra low quiescent current Only 1µF output cap Ultra-fast regulation loop

TLF1963xxTLS202xxTLS203xxTLS205xxTLS208xx Vin: 2.3V-20V Iout: 150-1500mA Fast reaction time Low noise

Automotive Linear Voltage Regulators Portfolio

16

Linear Voltage Regulators for Industrial Applications

Infineon offers a comprehensive portfolio of linear voltage regulators fitting a broad range of consumer, computing, communications and industrial applications. By leveraging Infineon`s long standing and market leading experience in automotive power supplies application, they are expanding their portfolio to provide power supply solutions to customer`s current and future applications.

Product Type Packages Regulator Type

Output Voltage

Accu-racy

Max. Output Current

Dropout Voltage

Typical Quiescent Current

IFX20002MB PG-SCT595-5 Linear 3.3, 5.0V 4.0 % 30mA 250mV 130µA

IFX20001MB PG-SCT595-5 Linear 3.3, 5.0V 4.0 % 30mA 250mV 110µA

IFX30081 PG-DSO-8 Linear adj. 0,02 50mA 100mV 300mV

IFX21401MB PG-SCT595-5 Linear -> Tracker

adj. 0.5 % 50mA 300mV 140µA

IFX4949SJ PG-DSO-8 Linear 5V 2.0 % 100mA 500mV 180µA

IFX2931G PG-DSO-8 Linear 3.3, 5.0V 5.0 % 100mA 300mV 400µA

IFX21004TN V51

PG-TO220-5 Linear ->Multiple output

5V/15V 5.0 % 100mA 5000/ 700µA

IFX54211MB V33

PG-SCT595-5 Linear 3.3V 3.0 % 150mA 290mV 50µA

IFX54441EJ PG-DSO-8, TSON-10

Linear adj., 3.3, 5.0V

2.5 % 300mA 270mV 0.03mA

IFX24401TE V50

PG-TO252-5 Linear 5V 2.0 % 300mA 250mV 20µA

IFX24401EL V50

PG-SSOP-14 Linear 5V 2.0 % 300mA 250mV 20µA

IFX25401TE PG-TO252-5 Linear adj., 5.0V 4.0 % 400mA 250mV 100µA

IFX25401TB PG-TO263-5 Linear adj., 5.0V 4.0 % 400mA 250mV 100µA

IFX25001TS PG-TO220-3 Linear 5.0, 8.5, 10.0V

4.0 % 400mA 250mV 100µA

IFX25001TF PG-TO252-3 Linear 3.3, 5.0V 4.0 % 400mA 700mV 100µA

IFX25001TC PG-TO263-3 Linear 5.0, 8.5, 10.0V

4.0 % 400mA 250mV 100µA

IFX25001ME PG-SOT223-4 Linear 2.5, 3.3V 4.0 % 400mA 1000mV 100µA

IFX78M05ABTF PG-TO252-3 Linear 5V 3.8 % 500mA 2000mV 3500µA

IFX1763XEJ PG-DSO-8, TSON-10

Linear adj., 3.3, 5.0V

2.5 % 500mA 320mV 0.030mA

IFX7805ABTS PG-TO220-3 Linear 5V 3.8 % 1000mA 2000mV 3500µA

IFX7805ABTF PG-TO252-3 Linear 5V 3.8 % 1000mA 2000mV 3500µA

IFX7805ABTC PG-TO263-3 Linear 5V 3.8 % 1000mA 2000mV 3500µA

IFX27001TF PG-TO252-3 Linear adj.,1.5, 1.8, 2.6, 3.3, 5.0V

3.0 % 1000mA 1300mV 800µA

IFX1117ME PG-SOT223-4 Linear adj., 3.3V 2.0 % 1000mA 1200mV 5000µA

IFX1963TEV PG-TO252-5 Linear adj. 3.0 % 1500mA 340mV 1100µA

IFX1963TBV PG-TO263-5 Linear adj. 3.0 % 1500mA 340mV 1100µA

Applications Industrial & consumer Manufacturing & automation HDTV & Flat panel monitors Appliances / white goods Battery chargers Battery powered instrumentation USB HUBs, routers, modems Post regulator for DC/DC converts Active SCSI terminators Cordless phones Metering systems Motor drives

Features Low current consumption Pin-to-pin compatible to industry standard parts Overvoltage / short-circuit protection Reverse polarity protection High input voltage rating: Up to 45V Overtemperature protection Very low dropout voltage Load protection Temp. range: –40°C up to +125°C

MCU Family MCU Input Voltage [V] MCU Input Current (max) [mA] Voltage RegulatorXMC1x00 family 1.8V …5.5V <100 IFX54211/IFX2931/IFX4949/IFX20002/IFX20001/IFX544xx/IFX30081XMC4x00 family 3.3 <500/300 IFX1763/IFX544xx/IFX1117/IFX25001/IFX25401XC8xx 3.3…5.0 200 IFX24401/IFX544xxXE166 / XC2000 1.5 and 3.3 or 5 100 IFX2931/IFX4949/IFX54211/IFX54441/IFX30081TriCore™ 1.5…3.3 >400 IFX27001/IFX8117/IFX25001/IFX1117

Motor drives

Recommended Infineon Industrial Voltage Regulators for Infineon Microcontroller Families

1717

Low Dropout Linear Regulators Portfolio

Part Number Maximum Current [mA]

Dropout Voltage@ max load [mV]

Quiescent Current@ no load (µA)

Input Voltage Range [V]

Package Features

STLQ50 50 400 3.5 2.3-12 SC70 Ultra low Iq

ST715 85 500 3.8 2.5-24 SOT23-5, DFN8-3x3 Ultra low Iq, High Vin

LDCL015 150 50 120 1.8-5.5 SOT23-5 Capless

LD3985 150 60 85 2.5-6 SOT23-5, CSP5 Low noise

LD39015 150 80 18 1.5-5.5 SOT23-5, CSP4-1x1 High PSRR Miniature

LD39115 150 80 20 1.5-5.5 CSP4-0.8X0.8 High PSRR Miniature

LD59015 150 150 31 2.3-5.5 SC70 High PSRR, low Noise

LDLN015 150 86 17 2.1-5.5 DFN6-2x2 Ultra low Noise

STLQ015 150 115 1 1.5-5.5 SOT666 Ultra low Iq

LD39020 200 300 20 1.5-5.5 DFN4-1x1 High PSRR Miniature

LDK120 200 150 30 1.9-5.5SOT23-5, SC70, DFN61.2x1.3 Cost effective, Miniature

LDK130 300 200 30 1.9-5.5

LDK220 200 100 40 2.5-13.2 SOT23-5L, SOT323-5L, DFN6-1.2x1.3 Cost effective, Miniature

LD39130S 300 1-55 300 1.4-5.5 CSP4-0.7x0.7, DFN6-1.2x1.3 Green Mode, Miniature

LD39030 300 200 20 1.5-5.5 CSP4-0.8X0.8, DFN4 1x1 Miniature

LDFM 500 125 150 2.5-16 DPAK-PPAK, DFN6-2x2 High Vin

LD39050 500 200 20 1.5-5.5 DFN6-3x3 Low Iq

ST1L08 800 70 100 1-5.5 DFN8-2x3 Ultra LDO, High PSRR

LD39100 1A 200 20 1.5-5.5 DFN6-3x3 Low Iq

LDF 1A 200 150 2.5-16 DPAK-PPAK High Vin

LDL112 1.2A 350 60 1.6-5.5 DFN6-2x2, DFN6-3x3 SO-8 Low Iq Reverse current prot

ST1L05 1.3A 300 350 3-5.5 DFN6-3x3, DFN8-4x4 Very LDO

LD39150 1.5A 200 800 2.5-6 DPAK-PPAK, DFN6-3x3 Very LDO

LD49150 1.5A 120 4000 1.4-5.5 PPAK Very LDO

LD39200 2A 110 100 1.25-6 DFN6-3x3, DFN8-4x4 Ultra LDO, High PSRR; Reverse current prot.

LD39300 3A 200 1000 2.5-6 DPAK-PPAK, DFN6-3x3 Very LDO

LD49300 3A 220 4000 1.4-5.5 PPAK Very LDO

ST’s low dropout (LDO) regulators offer an optimal combination of low dropout voltage, low quiescent current, fast transient response, low noise and good ripple rejection. In particular, the ultra-low dropout (ULDO) regulators are ideal for battery-powered consumer applications, Micros and FPGA power supply as well as portable healthcare devices as a result of: ultra-low quiescent current (down to 1 µA) which extends battery run time tiny package options, including the 0.69 x 0.69 mm CSPs to achieve the smallest footprint

fast transient response, low noise and good ripple rejection. In particular, the ultra-low dropout (ULDO) regulators

LD39200: 2A Ultra low Dropout 110mV of dropout @ 2A Low startup voltage:1.25V Reverse current protection High PSRR and low noise

STLQ015: 150mA Very low Dropout 1µA of quiescent current 1.6 x 1.6 mm2 SOT666 package

LDLN015: 150mA Very low Dropout 6.3µVrms of output Noise 92dB of PSRR 2 x 2 mm2 DFN6 package

LD39130S: 300mA Very low Dropout 0.7 x 0.7 mm2 Micro CSP 4 Bumps 1µA of quiescent current with automatic green mode

18

LDO (Low drop out) Linear Regulator PortfolioMCP1710 200 mA Low Dropout (LDO) Voltage Regulator

The MCP1710 is a 200 mA for VOUT < 3.5V, 100 mA for VOUT > 3.5V, low dropout (LDO) linear regulator that provides high-current and low-output voltages, while maintaining an ultra-low 20 nA of quiescent current during device operation.

Features Ultra-low 20 nA (typical) quiescent current Ultra-low shutdown supply current: 0.1 nA (typical) 200 mA output current capability for VOUT < 3.5V 100 mA output current capability for VOUT > 3.5V Input operating voltage range: 2.5V to 5.5V Standard output voltages: 1.2V, 1.8V, 2.5V, 3.3V, 4.2V Low-dropout voltage: 450mV maximum at 200mA Stable with 1.0 µF ceramic output capacitor Overcurrent protection Space saving, 8-lead plastic 2 x 2 VDFN-8

Parameter Name Value

Max Input Voltage 5.5

Output Voltage (v) 3.3

Typical Active Current (µA) 0.02

Typical Dropout Voltage @ Max. lout (mV) 400

Typical Output Voltage Accuracy (%) 2

Output Current (mA) 200

Low-Drop Regulators

SS//44228811PPCCMM

5555//55110022CCTT

11008811PPCCMM

50mA max

C = Ceramic Capacitor Stable

100mA max

500mA max

11//00997711PPCCMMAAmm 0077 ,,oottuuAA VV0033

800mA max

1.5A max

1A maxLDO Combo ICs

PCI LDOs

Application Specic LDOs

Negative LDO

LDO Controller

Dual LDOs

250mA max

300mA max

4455//44110011CCTT

22//00770011CCTT

33222211CCTT

4455//44110022CCTT

))AAmm0088(( 66110011CCTT

33//11770011CCTT

44222211CCTT

99//88881111CCTT))AAmm002211(( 77//66//55881111CCTT

5555//55110011CCTT

77110011CCTT

66//55881122CCTT

AA11007711PPCCMM

00007711PPCCMM VV22..3311 22007711PPCCMMAAmm 005522 ,,qqII wwooLL

88//77001111CCTT

VV6611 33007711PPCCMMAAmm 005522 ,,qqII wwooLL

44//33771111CCTT

99662211CCTT

22008811PPCCMM

88//33//22662211CCTT

55227711PPCCMM

SS//55228811PPCCMM

55//44662211CCTT

77111122CCTT

66227711PPCCMM

SS//66228811PPCCMM

SS//77228811PPCCMM

77227711PPCCMM

77//66662211CCTT

7755CCTT

9955CCTT

77//66//55//00003311CCTT

44//33003311CCTTrreehhccttiiwwSS ++ OODDLL

22//11003311CCTT

C

C

C

C

C

C

C

150mA max

CC

C

C

33113311CCTTrreehhccttiiwwSS ++ OODDLL

C

C

C

C

C

44008811PPCCMMAAmm 005511 VV8822

High Voltage

C

C

C

C

VV6611 SS//44557711PPCCMMAAmm 005511 ,,RRRRSSPP

C

C MCP1710

VV6611 AA33007711PPCCMMAAmm 005522 ,,qqII wwooLL

C VV6611 SS//55557711PPCCMMAAmm 000033 ,,RRRRSSPP

19

Diodes Infineon - IR Intersil Melexis Microchip NJRC Renesas Rohm ST Toshiba ZMDI

Battery Charger ICs

DC - DC Converter ICs

Step Down Switching Regulators

Step Up Switching Regulators

Switch Mode Power Supply ICs

Power Factor Correction ICs

Wireless Charging Solution IC

Switching Regulators ICsRutronik‘s unique switching regulator portfolio offers input- voltage capability up to 55 V, deliver output currents up to 4 A, with high switching frequency. This broad portfolio of ICs is composed of highly-specialized products to meet every market requirement: HV technology, together with high reliability and robustness for industrial applications, compactness, high efficiency at any load and a high level of performance for consumer and computer products. These devices embed a full set of protection functions (overcur-rent, overvoltage, over-temperature) to increase the MTBF and reduce the number of external components. There are multiple package options, all offering compactness and high thermal performances to fit different applications.

voltage capability up to 55 V, deliver output currents up to highly-specialized products to meet every

compactness, high efficiency at any load and a high level of performance for consumer and computer products. These devices embed a full set of protection functions (overcur

voltage capability up to 55 V, deliver output currents up to products to meet every

20

LED Drivers Topologies & Applications

Topologies Diodes FSP Infineon Intersil Microchip Micrel NJRC Recom Rohm ST ZMDi

Boost x x x x

Buck x x x x x

Buck-Boost x x x x x x x

Charge Pump x x

Digital Control x x

Flyback x x

Hysteric x

Isolated x x

Linear x x x x x

Modules x x

Offline LED Drivers x x x x x x x x

PFC x x

SEPIC x

Dimmable x x x x

Others x x x x x x x

Applications

Architectural x x x x x x x x x x

Automotive Exterior x x x x x

Automotive Interior x x x x x x x

Backlighting x x x x x x x x

High Bay Storage x x x x x x x x x x x

Lighting Power Supply x x x x x

Portable x x x x x x

Refrigiation x x x x x x x x x

Retrofit LV x x x x x x x x x

Retrofit Offline x x x x x x x x x

Signage x x x x x x x x x x x

Smart Lighting x x x x

Street Lamps x x x x x x x x x x x

Switching Regulators ICs

21

L6984 & L6986Energy saving synchronous DC-DC Converters for Industrial

ST’s L6984 and L6986, are perfect solutions for industrial applications. These devices are able to provide up to 2 A of continuous output current and with a wide input voltage range from 4 V up to 38 V, accordingly to the part number chosen. High flexibility is given by several adjustable parameters, like output voltage, switching frequency and synchronization capability. Moreover the extreme low operating quiescent current makes these devices suitable for energy saving and low power consumption stand-by applications.

Power supply line 12 V - 24 V

VinL6984 L6986

Digital I/O

Sensors

Analog output modules 1..

Analog output modules #

Part Number L6984 L6984A L6986

Package DFN4x4 10L DFN3x3 10L HTSSOP 16

Input voltage range (V) 4.5 to 36 4.5 to 36 4 to 38

Output current max (A) 0.35 0.35 2

Operating quiescent cur-rent max (µA) 100 100 30

Typ. high side RDSON (Ω) 1.3 1.3 0.18

Typ. low side RDSON (Ω) 1.0 1.0 0.15

Output voltage range (V)3.3 fixed 0.9 to 95% VIN adjustable

3.3 fixed 0.9 to 95% VIN adjustable

0.85 to VIN

Switching frequency (kHz) 200 to 600 200 to 600 250 to 2000

External synchronization frequency (kHz) N.A. N.A. Up to 2000

Low noise/low consumption selection mode

Yes Yes Yes

Additional Features Enable pin, PGood Enable pin, PGood Enable pin, adjustable soft start and reset

Operating junction temperature (Tj °C) -40, 150 -40, 150 -40, 150

Key Features High switching frequency (up to 2 MHz) Wide input voltage range (up to 38 V)

Up to 2 A and up to 38 V input voltage range synchronous step down with extremely low quiescent current

Very low operating quiescent current (down to 30 µA) Synchronous rectification Full embedded protection

Key Benefits High efficiency at full and light load High robustn. & reliability High design flexibility Low BOM cost Power saving

Key Applications Industrial application Factory automation Building automation PLCs 12 V bus applications

22

DC/DC Switching Converters

Infineon offers several switching converters serving applications with extended requirements like supply for 32-bit micrcontrollers. In the portfolio the customer can find step-up (Boost) and step-down (Buck) converters as well as converters cascaded internally with linear regulators and trackers.

CoolSET™ F3The lowest in Standby ConsumptionThe CoolSET™ F3 series continues to deliver design agility and miniaturization. This new series combines a new feature-packed controller with the power of CoolMOS™ to give you the output power you desire.

Integrated power IC 650V/800V avalanche rugged CoolMOS™ 650V/800V startup cell 65kHz/67Hz or 67kHz fixed switching frequency Frequency jitter for low EMI (derived series) Adjustable blanking window Active burst mode to achieve lowest standby power dissipation <100mW Enhanced integrated protection functions (auto-restart/latch off) Accurate peak power limitation Modulated gate drive Packages: DIP-7, DIP-8, DSO-16/12

Quasi QR CoolSET™The High Efficiency Integrated Power ICThe quasi QR CoolSET™ series continues to deliver design agility and miniaturization. Upon the successful CoolSET™ F3, this new series offer the possibility of higher efficiency and better EMI performance. The digital frequency reduction feature scores a very stable operation with decreasing load change, and the fold-back correction keeps the maximum power limits within tolerance desired by SMPS designers. The active burst mode operation during low power consumption, remains market leader in provi-ding best-in-class power consumption during standby.

Integrated power IC 650V /800V avalanche rugged CoolMOS™ 650V /800V startup cell Digital frequency reduction with decreasing load Cycle-by-cycle current limitation with fold-back correction Built-in digital soft-start Active burst mode for lowest standby power <50mW Latch-off mode for short-winding and output voltage Enhanced integrated protection functions Temp. range: -40°C to +150°C Modulated gate drive Packages: DIP-7, DIP-8, DSO-12 New Series: ICE2QR0665G, ICE2QR1765G, ICE2QR4765G

Modulated gate drivePackages: DIP-7, DIP-8, DSO-16/12

23

High Density Power Modules from MICRELMicrel’s highly integrated power module solutions are designed to simplify the system power design process while offering exceptional per-formance. These modules offer a complete switching power supply solution in an ultra-compact, thermally enhanced, rugged QFN package. These modules integrate a PWM controller, power MOSFETs, inductor, and associated discrete passive components to save board space and reduce component count. All of this results in higher system reliability. The modules achieve up to 93% peak efficiency and are optimized to provide a fast load transient response utilizing Micrel’s Hyper Speed Control™, thereby reducing the amount of output capacitance needed.

Ease of Use Turnkey solution for fast time-to-market Integrated controller, inductor, and MOSFETs Easy layout and assembly

High Performance Up to 93% peak efficiency Low radiated emission (EMI) meets CISPR22, CLASS B Hyper Speed Control™ enables fast load transient response HyperLight Load® improves light load efficiency

Small Form Factor Small QFN package reduces solution size Up to 60% smaller than discrete solutions

Robust Few external components improve reliability Rugged package design for enhanced thermal performance, vibration, and humidity resistance Specified from –40°C to +125°C

Part Number Iout VIN Min VIN Max Vout Freqency Package

MIC28304-1 3 4.5 70 Adj 200-600K 12x12MIC28304-2 3 4.5 70 Adj 200-600K 12x12MIC45205-1 6 4.5 26 Adj 200-600K 8x8MIC45205-2 6 4.5 26 Adj 200-600K 8x8MIC45208-1 10 4.5 26 Adj 200-600K 10x10MIC45208-2 10 4.5 26 Adj 200-600K 10x10MIC45212-1 14 4.5 26 Adj 200-600K 12x12MIC45212-2 14 4.5 26 Adj 200-600K 12x12MIC33030 0.4 2.7 5.5 1.2, 1.8, 2.5, Adj 8.0M 2.5x2.0MIC33050 0.6 2.7 5.5 1.0, 1.2, 1.8, 3.3, Adj 4.0M 3x3MIC33153 1.2 2.7 5.5 1.2, Adj 4.0M 3x3.5MIC3385 0.6 2.7 5.5 1.5, Adj 8.0M 3x3.5

MIC28303-1 3 4.5 50 Adj 200-600K 12x12MIC28303-2 3 4.5 50 Adj 200-600K 12x12MIC45116-1 6 4.75 20 Adj 600K 8x8MIC45116-2 6 4.75 20 Adj 600K 8x8

MIC45212, VIN = 12V, VOUT = 1.2V, f = 600kHz, IOUT = 10A, TA = 25°C

Power Modules Family Needs

Up to

50V

/ 70

V Up

to 2

6V

Up to

5.5

V

MI C 3 3 03 0

2. 5 x 2 x 1. 1 mm3

MI C 3 3 050

3 x 3 x 0. 9 mm3

6 00mA 1A 1. 5A

MI C 3 3 153

3 x 3 x 1. 1 mm3

U p to 3 A

MI C 28 3 04 ( 7 0V )

12 x 12 x 3 mm3

MI C 4 5205

U p to 6 A U p to 10A U p to 14 A

8 x 8 x 3 mm3

MI C 4 5208

10 x 10 x 4 mm3

MI C 4 5212

12 x 12 x 4 mm3

4

U p to 2A

MI C 28 3 03

4 00mA

N ew P rodu c ts

( 50V )

12 x 12 x 3 mm3

I C 4 5212

Superior Thermal Performance

24

MCP166x FamilyHigh-Voltage Boost Converters

Features Up to 92% Efficiency Input Voltage Range: 2.4V to 5.5V Undervoltage Lockout (UVLO): - UVLO @ VIn Rising: 2.3V, typical - UVLO @ VIn Falling: 1.85V, typical No Load Current: 250 μA, typical Sleep mode with 200 nA Typical Quiescent Current PWM Operation with Skip Mode: 500 kHz Inrush Current Limiting and Internal Soft-Start Overtemperature Protection Easily Configurable for SEPIC or Flyback Topologies Overvoltage Protection Available Packages: 5-Lead SOT-23 or 2x3 8-Lead TDFn

Applications Li-Ion Battery LED Lighting Applications Camera Flash Flashlights and Backlight Current Source Portable Devices Medical Equipment Single-Cell Li-Ion to 3.0V or 3.3V SEPIC Applications

Development Tools: MCP1663 9V/12V/24V Output Boost Regulator Evaluation Board (ADM00664) MCP1664 LED Driver Evaluation Board (ADM00641) MCP1662 Evaluation Board (ADM00555)

The MCP166x family of devices are compact, high-efficiency, fixed-frequency, non-synchronous step-up DC-DC converters. They provide a space efficient high-voltage step-up power supply solution for applications powered by either two-cell or three-cell Alkaline, Lithium, niCd, MiMH, one-cell Li-Ion or Li-Polymer batteries. This family of products offers two peak input current limit options either 1.3A or 1.8A and two output types optimized for either output voltage regulation or constant current output. Low-voltage technology allows the MCP166x fami-ly to start-up without high inrush current or output voltage overshoot. All compensation and protection circuitry is integrated to minimize the number of external components.

Part Number MCP1661 MCP1662 MCP1663 MCP1664

Output Type Voltage Regulation Up to 32V* Constant Current Up to 8 white LEDs* Voltage Regulation Up to 32V* Constant Current Up to 8 white LEDs*

Peak Switch Current

1300 mA IOUT > 200 mA @ 5.0VIn, 12VOUT IOUT > 125 mA @ 3.3VIn, 12VOUT IOUT > 100 mA @ 4.2VIn, 24VOUT

1300 mA ILED up to 200 mA @ 5.0VIn, 4 white LEDs ILED up to 125 mA @ 3.3VIn, 4 white LEDs ILED up to 100 mA @ 4.2VIn, 8 white LEDs

1800 mA IOUT > 375 mA @ 5.0VIn, 12VOUT IOUT > 200 mA @ 3.3VIn, 12VOUT IOUT > 150 mA @ 4.2VIn, 24VOUT

1800 mA ILED up to 375 mA @ 5.0VIn, 4 white LEDs ILED up to 200 mA @ 3.3VIn, 4 white LEDs ILED up to 150 mA @ 4.2VIn, 8 white LEDs

Key Attributes High Output Voltage, up to 32V Optimized for LED Driving Open Load Protection High Output Voltage, up to 32V Optimized for LED Driving, Open Load Protection

MCP1664 LED Driver Evaluation Board (ADM00641)

Evaluation Board (ADM00555)

MCP1664 LED Driver Evaluation Board (ADM00641)

*See Datasheet note

25

Typical fixed output application

Compact High Efficiency Low Power Buck-boost RegulatorISL9120

The ISL9120 is a highly integrated buck-boost switching regulator that accepts input voltages either above or below the regulated output voltage. This regulator automatically transitions between buck and boost modes without significant output disturbance. The ISL9120 also has automatic bypass functionality for when the input voltage is generally within 1% to 2% of the output voltage. Under this condition, there will be a direct bypass connection between the VIN and VOUT pins. In addition to the automatic bypass functionality, the ISL9120 also has forced bypass functionality with the use of the BYP pin.

Features Accepts input voltages above or below regulated output voltage Automatic bypass mode functionality Automatic and seamless transitions between buck and boost modes Input voltage range: 1.8V to 5.5V Selectable forced bypass power saving mode Adaptive multi-level current limit scheme to optimize efficiency at low and high currents Output current: up to 800mA (VIN = 2.5V, VOUT = 3.3V) High efficiency: up to 98% 41µA quiescent current maximizes light load efficiency Fully protected for over-temperature and undervoltage Small 1.41mm x 1.41mm WLCSP

Applications Tablets Portable consumer and wearable devices Any product powered by single cell battery

ISL9120

OU TP U T C U RRE N T ( mA)

FIGURE 2. EFFICIENCY: VOUT = 3.3V, TA = +25°C

7 0

7 5

8 0

8 5

9 0

9 5

100

1 10010 1000

EFFI

CIEN

CY (%

)

V I N = 3 . 6 V

3 VV I N = 4 VV I N = V I N = 3 . 4 V

V I N = 2. 5V

V OU T = 3 . 3 VV OU T

F BC 222 F or 4 7 F

V I N

V I N =1. 8 V TO 5. 5V

C 110 F

GN

D

I S L9 120I I N Z

PGN

D

L X 1

LX 2

L11 H

E N

B Y PF ORC E D B Y P AS SB U C K -B OOS T

E N AB LEDI S AB LE

Efficiency: VOUT = 3.3V, TA = +25°C

41µA quiescent current maximizes light load efficiencyFully protected for over-temperature and undervoltage

7 0

7 5

8 0

8 5

9 0

9

1

EFFI

CIEN

CY (%

)

Efficiency: VOUT = 3.3V, T

Fully protected for over-temperature and undervoltage

26

Wireless charging Solutions for Wearable Applications

STWBC platform: User Benefits Total Reference Design (IC, Firmware, Layout, Tools) For Mobile: Qi 1.1.2 Certified and PMA ready For Wearable Device: - Support for custom protocols and HW - Customizable for several power rates Turn-key & SW APIs for application customization

STWBCDigital Controller for Wireless Battery Charger Transmitters Available in compact VFQFPN32 package, 20 leads Evaluation board: STEVAL-ISB027V1 Qi A11 wireless charger transmitter

Features Multiple Qi certified and PMA standard compatible Support for up to 5 W applications: mobile; werable, sports gear, medical & remote controllers Native support to half-bridge and full bridge topologies 5 V supply voltage 2 firmware options - Turnkey solution for quick design - APIs available for application customization Peripherals available via APIs - ADC with 10 bit precision and 1 MΩ input impedance - UART - I2C master fast/slow speed rate - GPIOs Memory - Flash and E2PROM with read-while-write (RWW) and error correction code (ECC) - Program memory: 32 KBytes Flash; data retention 15 years at 85 °C after 10 kcycles at 25 °C - Data memory: 1 KByte true data E2PROM; data retention: 15 years at 85 °C after 100 kcycles at 85 °C - RAM: 6 KBytes Reference design features - 2 layers PCBs - Graphical user interface for application monitoring - Active object detection - Evaluation boards Operating temperature: -40 °C up to 105 °C Package: VFQFPN32

STWLC03Dual-mode Qi/PMA Wireless Power Receiver Available in compact flip chip 77 bumps

=> In development, samples available

WPC wireless charger topology conceptEfficient Wireless Power Transfer is obtained by adapting the transmitted power to what is really needed, according to the actual load conditions of the receiver. This is obtained by a digital feedback from the RX to the TX, achieving a closed-loop power regulation.

5WLoad

Power Pick-upUnit

Secondary Coil

Communications & Control Unit

Sensing & Control

Mobil e Dev ic e

System Unit

OutputPower

InputPower

Power Conversion Unit

Communications & Control Unit

B ase S tation

POW

ER

TX

L C

OM

M.

P ow er Tran smitter

RX

Primary Coil

P ow er Rec eiv erMagnetic Coupling

- Graphical user interface for application monitoring- Active object detection

Operating temperature:

STEVAL-ISB027V1 Qi A11

27

Protected MOSFETsProtected MOSFETs are known as low-side and high-side switches.High-side switches, with additional integrated features that can switch high currents into grounded loads safely and in compliance with the harsh automotive environment. High-side switches only require a simple TTL logic input, and incorporate a diagnostic output status to the microcontroller. They can easily drive all types of inductive, resistive and capacitive loads. The Rutronik portfolio fits a broad range of auto motive, industrial and consumer applications.

Protected MOSFETs are known as low-side and high-side switches.High-side switches, with additional integrated features that can switch high currents into grounded loads safely and in compliance with the harsh automotive environment. High-side switches only require a simple TTL logic input, and incorporate a diagnostic output status to

Technical Facts

Infineon Intern. Rectifier

STMicroelectronics Diodes Renesas Rohm Toshiba NJRC Microchip Micrel Intersil

TEMPFET™ HITFET™ SPIDER+ FLEX Multi Channel

PROFET™/ PROFET™+

OMNIFET III Smart High Side Switch with SPI and asymmetri-cal Output

Smart High Side Switch 24V

Smart High Side Switch

Power High Side Switch

IntelliFET® IPDs Thermal FET High Side Switch HSS/LSS MosFET HSS/LSS MosFET

High-Speed Power MOSFET

HSS/LSS MosFET FETs

Product Identifica-tion

BTS28xx, BTS24xx

BTS31xx, BTS32xx, BTS3xxxSDx

TLE75xxx TLE62xxxx, TLE81xxx

BTT60xx, BTT61xx, BTT62xx, BTS42k5D-xx, BTS50xxx, BTS51xx, BTS552xx, BTS555xx, BTS621xx, BTS61xx, BTS64xx, BTS4xxx, BTS84xx, BTS52xx, BSP762x, BSP75xx, BSP4xx, BTS7xxx, BTF500xx, ITS40xxx, ITS41xxx, ITS42xxx, ITS43xx

AUIPS10xx, AUIPS20xx, AUIPS60xx, AUIPS70xx, AUIR33xx, AUIPS71xx

VNL53xx, VNLD53xx, VNL51xx, VNLD51xx, VNL50xx, VNLD50xx, VNL5Dxxx

VNQ600xx, VNQ604xx,L99CL01XP

VN5Txxxx, VND5Txxxx

L6370Q, VN751, TDE170x, IPS160H, L637x, VNI2140J, VNI4140x, VNQ860, VN808-xx, VN808CM-xx, VNI8200XP, ISO8200B

VN7xxxAx, VND7xxxAx, VNQ7xxxAx, VN7004Cx, VND7xxxAJ12

ZXMS6006xx, ZXMS6005xx, ZXMS6004xx, ZXMS6003xx, ZXMS6002xx, BSP75x

NHS01xx, NHD01xx, NHD05xx, NHQ05xx, NHD09xx, NHQ05xx, NHQ09xx, µPD16600xx

RJF060xx, RJE060xxx, RJE061xxx, HAF10xxx, HAF20xxx

BD226xxx, BD2244xx, BD200x/xFVJ-M, BD2068/69FJ-M, BD20xx, BD22xx, BD801xx, BD82xxx, D20xx, BD6516, BD80xx, BD82xx, BD65xx, BD22xx

TPD1052F, TPD1053F, TPD1044F, TPD1054F, TPD1030F, TPD1036F, TPD1032F, TPD1046F, TPD7101F, TPD7104F, TPD7210F, TPD7211F

NJW48xxx, NJM354xxx

MCP140x, MCP146xx, MCP147xx, MCP14Exx, TC1410x, TC1411x, TC1412x, TC1413x, TC142x, TC42x, TC44xx, TC462x

MIC412x, MIC422x, MIC441x, MIC442x, MIC445x, MIC446x, MIC447x, MIC4480, MIC44Fxx, MAQ412x, MIC501x, MIC502x, MIC5060

HIP4020x, ISL891xx, ISL551xx, EL71xx, EL72xx, EL74xx, ICL766x

AECQ Qualified

Industrial x

Truck

1CH x

2CH x

4CH

8CH

CH up to 18 6

Low Side x

High Side x

Temperature Protection

x

Current Protection

x

Overvoltage Protection

x

ESD JEITA standard

RDSON (mΩ)

6.5 - 18 10 - 800 1000 depending on Chan-nels

1.5 - 1000 7 - 300 30 - 300 2x10 - 4x40,500 - 1000

6 - 100 60 - 270 4 - 140 125 - 675 6 - 59000 10 - 260 70 - 220 120 - 800 250 - 1100 1500 - 16000 600 - 30000 2000 - 8000

Special Features

switching up to 100kHz

ESD, Over-current and over-temperature protection with latch / restart

All devices with Limp Home and Cranking function down to 3V battery. Enhaced dia-gnosis function, small 150 mil packages only. 2 direct inputs with mapping function. Optional features for LED and bulb drive

Auto restart Thermal shutdown with restart/latch, over-current and over-temperature protection, protection against loss of battery and GND, reverse bat-tery protection, short-circuit protection, proportional load current sense, fast switching

Logic Level input, active clamp, switching time optimized for low EMI, Dia-gnostic on the input current, reverse battery protection, short circuit protection

MO5 Technology

MO6 Technology / BCD Technology

MO5 Techno-logy

BCD Technology / VIPower Technology

MO-7 Techno-logy

smallest package: SOT23F package

reverse batte-ry protection by self turn on of N-Ch MOSFET

over tem-perature shut-down, by sensing junc-tion tempera-ture of N-Ch MOSFET

USB application, soft start

Detecting a load short to power supply. Low voltage operation. Output current monitoring. Reverse supply protection. Current-sense output. Diagnostic output.

be suited for sensor output block

wide operation voltage

wide operation voltage

fast rise and fall time

Preferred Load

R, L, C, bulb, motor

R, L, C, bulb, motor

R, L, LED, unipolar stepper motors

L, R L, R, C L, R, C L, R, C, bulb, LED

L, R, C, bulb, LED

L, R, C, bulb, LED

L,R,C, bulb, LED L, R, C, bulb, LED, motor

L, motor, relay, bulb

R, L, C, LED, bulb

R, L, C, LED, bulb

R,L,C R, L, C, bulb, motor L, R, C L, R L, R L, R, motor

28

Protected MOSFETs

Technical Facts

Infineon Intern. Rectifier

STMicroelectronics Diodes Renesas Rohm Toshiba NJRC Microchip Micrel Intersil

TEMPFET™ HITFET™ SPIDER+ FLEX Multi Channel

PROFET™/ PROFET™+

OMNIFET III Smart High Side Switch with SPI and asymmetri-cal Output

Smart High Side Switch 24V

Smart High Side Switch

Power High Side Switch

IntelliFET® IPDs Thermal FET High Side Switch HSS/LSS MosFET HSS/LSS MosFET

High-Speed Power MOSFET

HSS/LSS MosFET FETs

Product Identifica-tion

BTS28xx, BTS24xx

BTS31xx, BTS32xx, BTS3xxxSDx

TLE75xxx TLE62xxxx, TLE81xxx

BTT60xx, BTT61xx, BTT62xx, BTS42k5D-xx, BTS50xxx, BTS51xx, BTS552xx, BTS555xx, BTS621xx, BTS61xx, BTS64xx, BTS4xxx, BTS84xx, BTS52xx, BSP762x, BSP75xx, BSP4xx, BTS7xxx, BTF500xx, ITS40xxx, ITS41xxx, ITS42xxx, ITS43xx

AUIPS10xx, AUIPS20xx, AUIPS60xx, AUIPS70xx, AUIR33xx, AUIPS71xx

VNL53xx, VNLD53xx, VNL51xx, VNLD51xx, VNL50xx, VNLD50xx, VNL5Dxxx

VNQ600xx, VNQ604xx,L99CL01XP

VN5Txxxx, VND5Txxxx

L6370Q, VN751, TDE170x, IPS160H, L637x, VNI2140J, VNI4140x, VNQ860, VN808-xx, VN808CM-xx, VNI8200XP, ISO8200B

VN7xxxAx, VND7xxxAx, VNQ7xxxAx, VN7004Cx, VND7xxxAJ12

ZXMS6006xx, ZXMS6005xx, ZXMS6004xx, ZXMS6003xx, ZXMS6002xx, BSP75x

NHS01xx, NHD01xx, NHD05xx, NHQ05xx, NHD09xx, NHQ05xx, NHQ09xx, µPD16600xx

RJF060xx, RJE060xxx, RJE061xxx, HAF10xxx, HAF20xxx

BD226xxx, BD2244xx, BD200x/xFVJ-M, BD2068/69FJ-M, BD20xx, BD22xx, BD801xx, BD82xxx, D20xx, BD6516, BD80xx, BD82xx, BD65xx, BD22xx

TPD1052F, TPD1053F, TPD1044F, TPD1054F, TPD1030F, TPD1036F, TPD1032F, TPD1046F, TPD7101F, TPD7104F, TPD7210F, TPD7211F

NJW48xxx, NJM354xxx

MCP140x, MCP146xx, MCP147xx, MCP14Exx, TC1410x, TC1411x, TC1412x, TC1413x, TC142x, TC42x, TC44xx, TC462x

MIC412x, MIC422x, MIC441x, MIC442x, MIC445x, MIC446x, MIC447x, MIC4480, MIC44Fxx, MAQ412x, MIC501x, MIC502x, MIC5060

HIP4020x, ISL891xx, ISL551xx, EL71xx, EL72xx, EL74xx, ICL766x

AECQ Qualified

Industrial x

Truck

1CH x

2CH x

4CH

8CH

CH up to 18 6

Low Side x

High Side x

Temperature Protection

x

Current Protection

x

Overvoltage Protection

x

ESD JEITA standard

RDSON (mΩ)

6.5 - 18 10 - 800 1000 depending on Chan-nels

1.5 - 1000 7 - 300 30 - 300 2x10 - 4x40,500 - 1000

6 - 100 60 - 270 4 - 140 125 - 675 6 - 59000 10 - 260 70 - 220 120 - 800 250 - 1100 1500 - 16000 600 - 30000 2000 - 8000

Special Features

switching up to 100kHz

ESD, Over-current and over-temperature protection with latch / restart

All devices with Limp Home and Cranking function down to 3V battery. Enhaced dia-gnosis function, small 150 mil packages only. 2 direct inputs with mapping function. Optional features for LED and bulb drive

Auto restart Thermal shutdown with restart/latch, over-current and over-temperature protection, protection against loss of battery and GND, reverse bat-tery protection, short-circuit protection, proportional load current sense, fast switching

Logic Level input, active clamp, switching time optimized for low EMI, Dia-gnostic on the input current, reverse battery protection, short circuit protection

MO5 Technology

MO6 Technology / BCD Technology

MO5 Techno-logy

BCD Technology / VIPower Technology

MO-7 Techno-logy

smallest package: SOT23F package

reverse batte-ry protection by self turn on of N-Ch MOSFET

over tem-perature shut-down, by sensing junc-tion tempera-ture of N-Ch MOSFET

USB application, soft start

Detecting a load short to power supply. Low voltage operation. Output current monitoring. Reverse supply protection. Current-sense output. Diagnostic output.

be suited for sensor output block

wide operation voltage

wide operation voltage

fast rise and fall time

Preferred Load

R, L, C, bulb, motor

R, L, C, bulb, motor

R, L, LED, unipolar stepper motors

L, R L, R, C L, R, C L, R, C, bulb, LED

L, R, C, bulb, LED

L, R, C, bulb, LED

L,R,C, bulb, LED L, R, C, bulb, LED, motor

L, motor, relay, bulb

R, L, C, LED, bulb

R, L, C, LED, bulb

R,L,C R, L, C, bulb, motor L, R, C L, R L, R L, R, motor

29

Infineon launched the first HITFETTM+ product BTF3050TE offering a dedicated slew-rate control pin, handshaking feedback, faster switching speed and state of the art short circuit protection. The part is the first to come from a whole new family which is now laun-ched. The 3pin DPAK family is targeted for 1:1 replacement and comes in 4 products: BTS3035TF, BTS3050TF, BTS3080TF and BTS3125TF in later 2015 and the footprint saving DSO8 exposed pad parts follow then in early 2016. Infineon offers a HITFETTM+ product family which is scalable in RDSon, package and more.

Features Very low power DMOS leakage current in OFF state 3.3V and 5V compatible logic inputs Electrostatic discharge protection (ESD) Adjustable switching speed Handshaking digital feedback with autorestart in power stage Green product (RoHS compliant) AEC qualified Packages: 3-pin and 5-pin DPAK

Benefits Increased robustness Selectable slew-rate 3.3V microcontroller compatible Low DMOS leakage current

Applications Suitable for resistive, inductive and capa-citive loads Fuse replacement Relay replacement Small motors Solenoids

The new Generation of HITFETTM

HITFETTM+

Product Name RDSon (25 typ) RDSon (150 max) Current Limit Ilim(min) VDS (max) Temperature Sensor Package

BTF3050TE 40 100 30 (8) 40V 150°C PG-TO252-5

BTS3035TF 35 70 20 40V 150°C PG-TO252-3

BTS3050TF 50 100 15 40V 150°C PG-TO252-3

BTS3080TF 80 160 10 40V 150°C PG-TO252-3

BTS3125TF 125 250 7 40V 150°C PG-TO252-3

Electrostatic discharge protection (ESD)

30

Infineon now launches the second wave of its next generation of Smart High-Side Switches PROFET™+ 24V which includes three Single Channel devices with 20, 30 and 50mΩ and one Dual Channel device with 30mΩ. Same as the lead product of PROFET™+ 24V, BTT6050-2EKA, all three new products provide excellent diagnostics and protection features. They are specifically designed to drive light bulbs and LEDs in the harsh automotive environment, such as trucks and farming machines or any other kind of 24V supply voltage applications.

Features N-channel MOSFET with charge pump Voltage dependent current limitation Over temperature protection with latch Load dump protection: 65V Very high robustness against repetitive short-circuit (500 k cycles) High accurate proportional load current sense for diagnostic feedback of smallest loads (LEDs) PWM capability up to 500Hz Very low stand-by current (<0.5 µA) Pin compatible in PG-DSO14 and PG-DSO8 exposed pad packages Improved heat dissipation of DSO package RoHS & ELV compliant

Diagnostic Functions Proportional load current sense Open load detection in ON and OFF Over-temperature sense Stable diagnostic signal during short circuit Enhanced kILIS accuracy with calibration Short circuit to battery and ground Current sense matching between channels

Channels

BTxAB CD-x Eyz

Indication of use of an exposed pad package

Package:K = SO14J = SO 8M = SSOP 24

Design variant

Applications 24V grounded high-side loads µC compatible with diagnostic feedback Qualified for automotive applications such as lighting, body control modules, heating, energy/power distribution Various industrial applications such as industrial automation, lifting systems, household applications Capacitive loads such as bulbs, lamps with high inrush currents Resistive loads such as LEDs or heating streamers Inductive loads such as valves, solenoids or relays “Electronic” loads such as control unit power supplies Replacement of electromechanical relays, fuses and discrete circuits

Rollout of the new PROFET™+ 24V BTT-SeriesThe next level of PROFET™+ modularity has been achieved !

Product Type Package Chan-nel

RON @ Tj=25°C

Oper.Voltage min. V)

Oper.Voltage max. (V)

kILIS Minimum current limi-tation IL (SC)

BTT6010-1EKA DSO-14 1 10mΩ 5 36 3900 90A

BTT6020-1EKA DSO-14 1 20mΩ 5 36 3000 70A

BTT6030-1EKA DSO-14 1 30mΩ 5 36 2150 60A

BTT6050-1EKA DSO-14 1 50mΩ 5 36 1500 38A

BTT6200-1EJA DSO-8 1 200mΩ 5 36 300 9A

BTT6030-2EKA DSO-14 2 30mΩ/Ch 5 36 2150 56A/Ch

BTT6050-2EKA DSO-14 2 50mΩ/Ch 5 36 1500 38A/Ch

BTT6100-2EKA DSO-14 2 100mΩ/Ch 5 36 600 20A/Ch

BTT6200-4EMA SSOP-24 4 200mΩ/Ch 5 36 300 9A/Ch

31

Infineon offers with IR protected Mosfets qualified protected high-side switches to drive any kind of load connected to the ground.

IR‘s high-side Intelligent Power Switch (IPS) family integrates into a single package a low RDS(on) output HEXFET® power MOSFET with protection and control circuits, making these ICs the most rugged, efficient and compact devices available for automotive loads in harsh environments.

The embedded charge pump makes the interface to the micro-controller very simple with full logic-level compatibility. Provi-ding the ideal replacement for electro-mechanical relays, these devices suit applications including transmission and electronic stability controls, lighting, ABS, fuel injection systems, pump motors and radiator fans.

Features Protected high side switch AEC qualified Rdson from 3mOhm up to 120mOhm Packages: - D2pak – 5 leads , 7leads, - DPAK/SO8 Voltage and current controlled High speed or high energy 12V and 24V applications

Benefits Over-current protection Over-temperature protection restart / latch Reverse battery protection Active clamp Digital diagnostic output Open load detection Proportional load current sensing ESD protected

Applications Suitable for resistive, inductive and capa citive loads Fuse replacement

IR Protected MosfetsAutomotive Intelligent High Side Power Switch (IPS)

Relay replacement Small motors Solenoids

Out

IPSIN

Rifb

Vcc

Load

Battery

Input

PowerGround

Ifb

Logic Ground

Current feeback 10k

OnOff

HSS with current sense(example: AUIPS a)

32

www.rutronik.com/AUTOMOTIVE

Seat Heating Air Conditioning Audio Entertainment GPS / Navigationl Parking Assistant Automotive Internet

Engine Control Unit Fuel Pump Electric Power Steering Water Pump Engine Cooling Fan Turbo Charger

Light Sensors Rain Sensors Windshield Wipers Water Pump Communication Bus (LIN, CAN) Dashboard Systems Car Alarm

Airbag Crash Avoidance Circuit Anti-Look Brake Rain Sensors Tire Pressure Seat Weight Sensor Traction Control (ESP)

Battery Cell Monitoring Battery Management Regenerative Braking Electric Drive

SEMICONDUCTORS

PASSIVE COMPONENTS

ELECTROMECHANICAL COMPONENTS

STORAGE TECHNOLOGIES

DISPLAYS & BOARDS

WIRELESS COMPONENTS

DISCOVER INNOVATION IN MOTION

33

SAFETY DRIVE TRAINBODY ELECTRONICS

COMFORT & CONVENIENCE eMOBILITY

OUR PARTNERS AND CORE LINESWorldwide leaders in AUTOMOTIVE technologies and innovation

FIVE CORE SEGMENTSRUTRONIK AUTOMOTIVE offers you a new range of bundled hardware, software and services. RUTRONIK AUTOMOTIVE brings together entire solutions to build applications for:

OUR RANGE OF CORE PRODUCTS

Intelligent Power Switches

ISO8200B: Octal intelligent Power Switch with embedded Galvanic IsolationThe ISO8200B is an isolated 8 channel monolithic power switch capable to drive any kind of load. It has been primarily designed to realize 0.5A rated digital outputs in industrial automation appli cations. Galvanic isolation between the „logic“ & „power“ side guarantees transient overvoltage immunity of 3.5kVPeak in accordance with the IEC 60747-5-2 standard.

The two sections communicate with each other in both directions with certain level of redundancy in order to achieve reliable opera-tion with feedback from the power side. Its power stage features very low Rdson fully protected MOSFETs (110mΩ). Together with its low supply consumption it makes the driver very efficient. The chip has a parallel interface which supports the two possible options: direct mode synchronous mode. Thanks to the embedded isolation the amount of external com-ponents is minimized and the application becomes very compact.

Key Features Transient overvoltage max. 3.5kV peak 8 Channel with inductive clamping (Vcc - 45V) Maximum supply voltage: 45V 0.1Ω typ. @25°C/0.2Ω max. @125°C Output current: 0.7A per CH Parallel interface with output disable pin Direct control mode, synchronous control mode Embedded watchdog and Vcc fault systems Short circuit protection and thermal protection

Channel independent over-temp. detection and protection Additional case temperature sensor (PCB protection) Non-simultaneous channel restart Drives all types of loads (R, L, C) Loss of GND protection Under voltage protection VCC clamping Low supply current Common fault open drain output IEC 61131-2 compliant PowerSO-36 package

VNI8200XP/(-32) Octal intelligent Power Switch with selectable Interface-Parallel / SPI The VNI8200XP is an 8 channel monolithic power switch capable of drive in any kind of loads (R, L, C). It has been primarily designed to realize 0.5A/(1A) rated digital outputs in industrial automation appli-cations. Its power stage features very low Rdson fully protected MOSFETs (110mΩ). They contribute to achieving very high efficiency together with the embedded DC/DC converter used to provide supply voltage for internal logic as well as for LED status driver which is also fully embedded on the chip. Communication interface of the driver is selectable between standard parallel or seriel using SPI with multiple node support (daisy-chain). Device provides exhaustive status infor-mation like channel overload, thermal warning, feedback about chip main supply voltage and regulated DC/DC output voltage, parity error etc. Active channel current limitation combined with thermal shut-down, independent for each channel, and automatic restart, protect the device against overload. Additional „case“ temperature sensor increases reliability and protects board against thermal stress.

Key Features Maximum supply voltage: 45V 8 channel with inductive clamping (VCC - 45V) 0.11Ω typ. @ 25°C/0.2Ω max. @125°C Output current: 0.7A/(1A) per CH Serial/parallel selectable interface Short circuit and thermal protection with pre-warning detection 8bit/16bit 5Mhz SPI for control and diagnostic, daisy-chain support Junction over-temperature pro-tection (common for all CH)

Common fault open drain output Integrated 3.3V/5V 100mA highly efficient sync. DC/DC converter Programmable watchdog 4x2 LED matrix integrated driver (outputs status) Under-voltage protection Low supply current Loss of GND protection Power good diagnostic VCC clamp

34

Next-Generation VIPower M0-7® intelligent High-Side Switches

Diagnostic Functions Multiplexed analog feedback - load current with high precision proportional current mirror -VCC supply voltage -TCHIP device temperature Overload and short to ground (power limitation) indication Thermal shutdown indication Full ON- and OFF-state diagnostics capability Output short to VCC detection Multisense enable/disable

ST‘s new family of VIPower M0-7 intelligent power switches provide enhanced intelligent features, improve protection and reliability, and are up to 40% smaller than competing alternatives. Pioneered by ST, intelligent high-side switches provide a more reliable and efficient replace-ment for conventional relays, and can drive also all kind of inductive, capacitive and resistive loads. In the VIPower M0-7 series, 75% of family members are available in a 5 x 4 mm package, which is 40% smaller than the smallest competing devices. This allows car electronics designers to save PCB space and aim for smaller module sizes. Moreover, various internal design changes increase precision, enhance diagnostic feed-back and improve reliability. Specifically, performance improvements include very low standby current (0.5μA max @85°C), greater protection against short-circuits, increased current-sense precision with new options (chip temperature, Vcc feedback) and best-in-class electromagnetic emission (EMI) performance. The VIPower M0-7 family operates at very low battery voltage, even down to 4V.

Protections Undervoltage shutdown Overvoltage clamp Two levels of load current limitation Self limiting of fast thermal transients Real-time configurable latch-off or auto-restart mode on overtemperature or power limitation Loss of GND and Vcc Reverse battery with and without external components Electrostatic discharge protection (ESD)

(*) in development (**) extended operating range down to 2.85V for deep cold cranking applications, compliant with LV124 revision 2013

Real-time configurable latch-off or auto-restart mode Real-time configurable latch-off or auto-restart mode

Part Number Package Operating Range Vcc [V]

Max Supply Voltage Vcc

[V]

On-State Resi-stance Rdson

[mW]

Current Limi-tation Ilim

[A]

Configurable Auto-restart or

Latch-off

Multisense Reverse Battery

Single-Channel DevicesVN7004CH (*) Octapak 4-28 38 4 100 Current sense yesVN7004CLH (*) Octapak 4-28 38 4 100 yes Current sense yes

VN7007AH Octapak 4-28 38 7 100 Current sense yesVN7007ALH Octapak 4-28 38 7 100 yes Current sense yesVN7008AJ (*) PowerSSO-16 4-28 38 8.5 96 yes Current sense External componentsVN7010AJ PowerSSO-16 4-28 38 10 91 yes yes External componentsVN7016AJ PowerSSO-16 4-28 38 16 77 yes yes External componentsVN7020AJ PowerSSO-16 4-28 38 20 63 yes yes External componentsVN7040AS SO-8 4-28 38 40 34 Current sense External componentsVN7040AJ PowerSSO-16 4-28 38 40 34 yes yes External componentsVN7050AS SO-8 4-28 38 50 30 Current sense External componentsVN7050AJ PowerSSO-16 4-28 38 50 30 yes yes External componentsVN7140AS SO-8 4-28 38 140 12 Current sense External componentsVN7140AJ PowerSSO-16 4-28 38 140 12 yes yes External componentsDual-Channel DevicesVND7004AY (*) PowerSSO-36 4-28 38 4 100 yes yes yesVND7012AY (*) PowerSSO-36 4-28 38 12 75 yes yes yesVND7020AJ PowerSSO-16 4-28 38 20 63 yes yes External componentsVND7030AJ PowerSSO-16 4-28 38 30 56 yes yes External componentsVND7040AJ PowerSSO-16 4-28 38 40 34 yes yes External componentsVND7050AJ PowerSSO-16 4-28 38 50 30 yes yes External componentsVND7050AJ12 PowerSSO-12 4-28 (**) 38 50 30 Current sense External componentsVND7140AJ PowerSSO-16 4-28 38 140 12 yes yes External componentsVND7140AJ12 PowerSSO-12 4-28 (**) 38 140 12 Current sense External componentsQuad-Channel DevicesVNQ7040AY (*) PowerSSO-36 4-28 38 40 34 yes yes yesVNQ7050AJ PowerSSO-16 4-28 38 50 27 yes Current sense External componentsVNQ7140AJ PowerSSO-16 4-28 38 140 12 yes yes External components

35

New Tiny Protected MOSFETs

The NJW48xx series is integrates a Power MOSFET and a Driver Circuit, therefore it can drive a Power Switching easily. It has protection features such as over current protection, over voltage protection, and thermal shutdown. Compared to a discrete device, it makes the system more reliable. The outstanding tiny DFN6-H1 package will support you in many different applications like automotive, industrial, medical and consumer. It helps you to safe space on the PCB and finally cost reduction is also one of the benefits.

Type Chan-nel

Channel Typ

Rdson at Uin= 5V/ Id= 0.2A (mΩ)

Drain Source Voltage (V)

Drain Current

(mA)

Low Consumption Current (µA)

Corresponding with Logic Voltage Operation (V)

Built-in Thermal Shut

Down

Over Current

Protection

Active Clamp Circuit

Package

NJW4822 1 Low Side 1200 43 200 160 3/5 yes yes yes DFN6-H1

NJW4832 1 High Side 750 45 200 110 3/5 yes yes yes DFN6-H1

Applications Solenoid Lighting Small motor Sensor (NPN Output) driving

Applications Car accessorys‘s Line switch Sensor (PNP output) driving Lighting

NJW4822 NJW4832

Pin Configuration Package: DFN6-H1

Pin Configuration Package: DFN6-H1

Schematic Schematic

NJW4822/NJW4832

36

Order Code

Package Channels RDS(on) [mΩ] Sense Ratio typ.

UPD166033 TO-252-7p 1 6 12500

UPD166034 TO-252-7p 1 8 9400

UPD166031 TO-252-7p 1 10 7500

UPD166032 TO-252-7p 1

12 6250UPD166023 HSSOP-12 1

UPD166024 HSSOP-24 2

UPD166025 HSSOP-12 116 5800

UPD166026 HSSOP-24 2

UPD166038 HSSOP-12 2 203400

UPD166037 HSSOP-12 2 30

UPD166027 HSSOP-12 235 3400

UPD166028 HSSOP-24 4

UPD166029 HSSOP-12 270 1400

UPD166030 HSSOP-24 4

Intelligent Power DevicesRoSa(1) and HOpe(2) Families

Designed for automotive applications, Intelligent Power Devices are high-side drivers combining N-Channel power MOS with integrated charge pump and gate control, protection circuits, and proportional load current sensing.

RoSa Family Offers 14 products from 6mΩ to 70mΩ, single to quad channels, in DPack (TO-252-7), HSSOP-12 or HSSOP-24 packages for nominal load current up to 11A. Designed to drive lamps with high inrush current, they can be used as general purpose devices to drive various types of resistive capacitive or inductive loads Unified uC interface combined with Rdson variation at given package gives design scalability Robustness is achieved by advanced protection features based on power dissipation control and temperature control diagnostic and proportional current sense allow to develop fail safe applications

HOpe Family Offers low Ohmic products from 1.6mΩ to 3.8mΩ in D2Pack (TO-263-7) for nominal DC load current up to 40A Designed for high current applications, they can be used as general purpose devices to drive various types of resistive capacitive or inductive loads Using a wide Safe Operating area Power Mosfet technology Hope devices achieve an outstanding energy performance while driving inductive load Hope devices have under voltage shutdown and can operate to voltage down to 4V

1) RoSa is abbreviation of robustness and safety 2) HOpe is abbreviation of high operating current

Order Code Control Type

Rdson (mΩ)

DC Load Current (A)*

Sense Ratio

Satus

RAJ280002 4H11HPF Current 2 33 70000 Sample

RAJ280003 4H11HPF 3 27 44000 Development

RAJ280004 4H11HPF 4 22 32000 Development

RAJ280002 4H12HPF Voltage 2 33 70000 Sample

RAJ280003 4H12HPF 3 27 44000 Development

RAJ280004 4H12HPF 4 22 32000 Development

Intelligent Power Devices

MO272-2 TO252-7MO226-1224PHSSOP

N-Channel Current Sense Diagnostic

Control Voltage: 3.3 - 5.0 V Overtemp. Protection: Auto restart Overcurrent Protection: Latch and current / power limitation

Package: TO263-7 Diagnostic Overtemp. Protection: Shutdown and latch

Overcurrent/overload protection: - Shutdown and latch - Power dissipation control

37

*Ta =25°C

Motor Driver ICsThe trend towards greater efficiency in automotive and indu strial applications also concerns electric motors. Applications such as power steering, HVAC compressors and engine cooling fans and robotics will be controlled by electronic motors in the future. In general, there are three different types of Motor Drivers for Stepper, DC brush/brushless and 3Phase. Our port-folio includes Monolithic Driver IC‘s, Half-Bridges, Full-Bridges, Multi-Half-Bridges, Integrated Motor Driver ICs, H-Bridge Drivers + MOSFETs and 3Phase-Bridge Driver + MOSFETs.

Motor Driver ICs

Motor Infineon Microchip NJRC ROHM STMicroelectronics Toshiba Melexis Micrel

DC-B

rush

TLE520xx, TLE720xx, TLE82xxx, TLE9201/IFX9201, TLE6208xx, TLE844xx, TLE820xx,BTN89X2,BTM77XX, TLE618x, TLE7181, TLE7182, TLE420x, TLE6208, TLE84106, TLE84110TLE986x

MTS291xx, MTS62Cxx,

Single Phase DC Motor driver

NJU7367/A BA62xx, BA69xx, BD169xx, BD621xx, BD623xx, BD654xx, BD673xx, BD694xx

STSPIN power Dual Full BridgeL6205L6206L6207L6225L6226L6227L6206Q L6207QL6226QL6227Q

Full bridgeL6201L6202L6203

Dual Full Bridge L6219

MLX81150MLX83100

Half Bridge MIC410x MIC4600 MIC4604/5 MIC4608

L9958L9959L9960

VNH2xxVNH3xxVNH5xxVNH7xx

L99H01 Full Bridge MIC4606

STSPINbattery Dual Full Bridge STSPIN240

Step

ping

M

otor

TLE472xx, TLE844xx

Bipolar Driver NJM371x, NJM377xx, NJM13775, NJM2673, NJM6219, NJW4382

BD62xxx, BD638xx, BD639xx, BD642xx,

STSPINdigital µStepper DRIVER with motion engine L6470L6472L6460

µStepper DRIVER L6474L6258

µStepper Controller with motion engine L6480L6482

µStepper SiP Controller+MOSFETS with motion engine powerSTEP01

w/Translator NJM4372, NJM4375

STSPINbattery µStepper DRIVER STSPIN220

H(Full) Bridge Driver

NJW267x, NJW437x, NJW438x

Dual Full bridge with controllerL6208 L6228 L6208Q L6228Q

L9942

3Pha

se B

rush

less

M

otor

6ED003xxBTN89x2TLE718xTLE9180TLE987x

MTD650xx Bipolar Process NJM262xx BA666xx, BA685xx, BD667xx, BD676xx, BD679xx, BD168xx

STSPIN power 3-phase BridgeL6229L6230L6234L6235

L6229QL6230QL6235QL99ASC03L9907x

TPD41xxA /AK

MLX8320x MIC4607

BCD Process NJW430x

STSPINbattery 3-phase BridgeSTSPIN230

38

Motor Driver ICs

Motor Driver ICs Power bridges for all kind of motors in automotive and industrial applications from 100mA up to 70A with different feature sets “scaled to your needs”

High Power DC and BLDC motor bridges Scalable and flexible solutions with different functional options for all kind of motor drivers from 2A DC up to 70A peak currents. Usable in all kind of application areas. Smart power motor bridges Infineon low-current DC motor bridge family consists of a broad variety of bridges designed for use in automotive and industrial applications Our portfolio comprises complete end-to-end solutions for low voltage as well as high voltage applications. Infineon‘s family of configurable, Full-Bridge, Half-Bridge and 3-Phase Gate Driver IC‘s can be combined with MOSFETs to provide the power and efficiency these systems demand.

Available Certificates TS16949 and ISO 9001 Certificates ISO 14001 and OHSAS 18001 Certificates IRIS Certificates TL9000 Certificates

Applications Automotive Industrial Truck Renewable energy

H a l f

M 3

D r i v e r I C s( T LE 6 28 x x x )( TLE 7 18 1/ 2)O p t i M o s 3/ T 2 ( 30 V - 25 0 V )

M

6 E D003 L02-

3

O p t i M o s 3/ T 2 ( 30 V - 25 0 V )

100A

10A

1A

0,1AType of Motor

Full-Bridges (TLE520xx)(TLE720xx)(TLE82xxx)

TLE9201Multi-Half-Bridges

(TLE6208xx)(TLE844xx)(TLE820xx)TLE841xy

Stepper Driver(TLE472xx)

Servo Driver(TLE420xx)

Integrated Motor Driver ICs

Full-Bridges Trilith IC

Half-Bridges Novalith IC

BTN89xx

Driver ICs (TLE7181/2)

H-Bridge Driver + MOSFETs 3Phase-BridgeDriver+MOSFETs

Driver ICs(TLE18xxx)

6ED003L02-F

M M 3M M 3 3M M

++ +

+

Monolithic Driver ICs, Half-Bridges, Full-Bridges

Multi-Half-Bridges

EiceDrivers

2 & 3 Phase MOSFET Driver with Integrated

ARM® CORTEX ™

TLE987xQXxxTLE987xQXxx

12V & 24V Applications

(IFX9201)

BTM77xx

Infineon MOSFETs(30V bis 250V)

Infineon MOSFETs(30V bis 300V)

Infineon MOSFETs(30V bis 250V)

TLE986xQXxx plus 4 MOSFETs

M

Motor Infineon Microchip NJRC ROHM STMicroelectronics Toshiba Melexis Micrel

DC-B

rush

TLE520xx, TLE720xx, TLE82xxx, TLE9201/IFX9201, TLE6208xx, TLE844xx, TLE820xx,BTN89X2,BTM77XX, TLE618x, TLE7181, TLE7182, TLE420x, TLE6208, TLE84106, TLE84110TLE986x

MTS291xx, MTS62Cxx,

Single Phase DC Motor driver

NJU7367/A BA62xx, BA69xx, BD169xx, BD621xx, BD623xx, BD654xx, BD673xx, BD694xx

STSPIN power Dual Full BridgeL6205L6206L6207L6225L6226L6227L6206Q L6207QL6226QL6227Q

Full bridgeL6201L6202L6203

Dual Full Bridge L6219

MLX81150MLX83100

Half Bridge MIC410x MIC4600 MIC4604/5 MIC4608

L9958L9959L9960

VNH2xxVNH3xxVNH5xxVNH7xx

L99H01 Full Bridge MIC4606

STSPINbattery Dual Full Bridge STSPIN240

Step

ping

M

otor

TLE472xx, TLE844xx

Bipolar Driver NJM371x, NJM377xx, NJM13775, NJM2673, NJM6219, NJW4382

BD62xxx, BD638xx, BD639xx, BD642xx,

STSPINdigital µStepper DRIVER with motion engine L6470L6472L6460

µStepper DRIVER L6474L6258

µStepper Controller with motion engine L6480L6482

µStepper SiP Controller+MOSFETS with motion engine powerSTEP01

w/Translator NJM4372, NJM4375

STSPINbattery µStepper DRIVER STSPIN220

H(Full) Bridge Driver

NJW267x, NJW437x, NJW438x

Dual Full bridge with controllerL6208 L6228 L6208Q L6228Q

L9942

3Pha

se B

rush

less

M

otor

6ED003xxBTN89x2TLE718xTLE9180TLE987x

MTD650xx Bipolar Process NJM262xx BA666xx, BA685xx, BD667xx, BD676xx, BD679xx, BD168xx

STSPIN power 3-phase BridgeL6229L6230L6234L6235

L6229QL6230QL6235QL99ASC03L9907x

TPD41xxA /AK

MLX8320x MIC4607

BCD Process NJW430x

STSPINbattery 3-phase BridgeSTSPIN230

39

NovalithIC™ FamilyNovalithICTM – New Integrated High Current Half-Bridge Motor Drivers in D2PAK Package

Infineon’s new series of NovalithIC™ devices extends the performance capabilities of integrated and protected motor drives. This series brings the advantages of particularly compact designs to applications beyond 250 W without requiring increased cooling effort. Integrated features – such as overcurrent protection, undervoltage lockout and overtemperature protection – considerably reduce design work and, at the same time, keep system costs (BOM) at a low level. By extending the voltage range up to 40 V, NovalithIC™ is now the ideal fit for many industrial electronics applications in addition to the usual automotive electronics spectrum.

Key Features & Benefits Path resistance: - typ. 14.2mΩ @ 25°C for BTN8962TA - typ. 10.0mΩ @ 25°C for BTN8982TA Low quiescent current (typ. 7µA @ 25°C) for an extended battery life Capable of high PWM frequency (with active freewheeling in BTN8962TA, BTN-8982TA) Switched mode current limitation for reduced power dissipation in overcurrent condition Integrated over/undervoltage, overtemp., over-current protection and analog current sense to minimize the external components required Status flag diagnosis w. current sense capability Driver circuit with logic level inputs Option for on-board kilis offset calibration Operating voltage range up to 40V Enhanced switching speed with adjustable slew rate for optimized EMI and reduced switching losses Package D2PAK (TO263-7)

BTN8962TA BTN8982TA

RDSon=14.2 mΩ (path) Id=42 A (current limitation)

RDSon=10 mΩ (path) Id=70 A (current limitation)

Recommended Applications Automotive

power windows, sun roof, central door lock, seat positioning, front and rear wiper, 4 wheel transfer case, electronically controlled, manual transmission (ECMT), power lift gate

Application

Industrial

BTN89x2TA BTN89x2TA BTN89x2TA

Robotics Home appliance Medical

The internal 3-chip structure of the NovalithIC™ family comprises a half-bridge driver, an n channel MOSFET and a p-channel MOSFET in chip-by-chip and chip-on-chip construction, which delivers maximum performance in the smallest space. The new family differs from the familiar BTN79xx series mainly in its use of the latest MOSFET tech-nology for n- and p-channels. The integrated driver IC works in the same way as before with a logic level input, and can therefore be con-trolled directly by the µC. The use of p-channel technology on the high side switch of the motor eliminates the need to design a charge pump.

In this way, five chips (half-bridge driver and four MOSFETs) can be replaced by two Novalith IC™ devices in a conventional H-bridge application for controlling a bidirectional brushed DC motor (BDC), which reduces the component mounting effort. What is of greater importance in many applications, however, is the space saving of about 30 %.

NovalithIC™with open package, showing chip-on-chip and chip-by-chip construction

40

TLE987x Infineon® Embedded Power IC3-Phase Motor Driver with integrated ARM® Cortex™ M3 MCU

The TLE987x is a single chip 3-Phase motor driver that integrates the industry standard ARM®. Cortex™ M3 core, enabling the implementation of advanced motor control algorithms such as field-oriented control. It includes six fully integrated NFET drivers optimized to drive a 3-Phase motor via six external power NFETs, a charge pump enabling low voltage operation and programmable current along with current slope con-trol for optimized EMC behavior. Its peripheral set includes a current sensor, a successive approximation ADC synchronized with the capture and compare unit for PWM control and 16-bit timers. A LIN transceiver is also integrated to enable communication to the device along with a number of general purpose I/Os. It includes an on-chip linear voltage regulator to supply external loads. It is a highly integrated automotive qualified device enabling cost and space efficient solutions for mechatronic BLDC motor drive applications such as pumps and fans.

BTN8962TA BTN8982TA

RDSon=14.2 mΩ (path) Id=42 A (current limitation)

RDSon=10 mΩ (path) Id=70 A (current limitation)

Recommended Applications Automotive

power windows, sun roof, central door lock, seat positioning, front and rear wiper, 4 wheel transfer case, electronically controlled, manual transmission (ECMT), power lift gate

ApplicationApplications Fuel pump HVAC blower Engine cooling fan Water pumps High efficiency BLDC pumps and fans Sensor-less and sensor-based BLDC motor appli cations controlled by the Local Interconnect Network (LIN) or PWM

Features ARM® Cortex™ M3 MCU System clock up to 40MHz Up to 128KB Flash memory 4K EEPROM emulation NFET drivers with charge pump Current programmable NFET driver with patented slope control for optimized EMC behavior Integrated LIN transceiver compatible with LIN standard 2.2 and SAE J2602 Support fast programming via LIN Direct Memory Access (DMA) 10-bit SAR ADC for sensing Timers for PWM signal genera-tion for 3-Phase motor control On chip oscillator & PLL AECQ-qualified

Benefits Complete system-on-chip for BLDC motor control Minimum number of exter-nal components reduce BOM cost PG-VQFN package with 7 x 7mm footprint enable PCB space saving

Product Name Frequency [MHz]

Interface RAM [KB] Flash [KB] EEPROM emulation [KB]

OP-AMP Low Side OSFET Drivers

High Side MOSFET Drivers

TLE9871QXA20 24 PWM 3 36 4 y 3 3

TLE9877QXA20 24 PWM + LIN 6 64 4 y 3 3

TLE9877QXA40 40 PWM + LIN 6 64 4 y 3 3

TLE9879QXA20 24 PWM + LIN 6 128 4 y 3 3

TLE9879QXA40 40 PWM + LIN 6 128 4 y 3 3

Higres bild wird noch benötigt

+12V

Smart BLDC Module

BLDC Motor

LIN

3-PhaseMOSFET

Driver

InternalSupply5V, 1.5V

(LIN)UART1

LIN

Oscillator

Transceiver

(LIN)UART2

Flashup to 128K

SSC1(SPI)

SSC2(SPI)

TimerT2, T21, T3

TimerGPT12

10-bitADC

RAMup to 6K

Low Voltage

ROM

CAPCOM6

Diagnosis8-bit ADC

WatchdogMON

HV

HV Analog

Analog/DigitalInputs

GPIO

ExternalSupply

5V

32-bit ARM®Cortex™ M3

2 StageChargePump

CurrentSense

OP

3~

TLE987x Block diagram

41

A unique Motor Driver Product Portfolio

PowerSTEP01Micro-stepping motor driver with advanced control logic and very low Rdson F7 series MOSFETs

PowerSTEP01 is a micro-stepping driver capable to drive both phases of a bipolar stepper motor. Thanks to the embedded low RDSON MOSFETs (16 mΩ) it can deliver high power while keeping power dissipation at a very low level.

Features Intended for 2 phase bipolar stepper motor Voltage & current control modes supported Resolution up to 128μsteps Motion control engine for autonomous movement Speed and positioning commands Capable to drive 10A r.m.s. @ 85V (max.) Achievable power up to approx. 850W

NEW L62xx Series Robust, Reliable, Scalable A Family of STSPIN Motor Drivers Fully intergated motor driver ICs provide complete solutions for driving stepper, brush, and brushless DC motors, controllers and drivers combined in one chip.

Features Mixed signal DMOS power technology 8VDC to 52VDC operating voltage Output current 2.8A DC (5.6A Pk) L620x Series, 1.4A DC (2.8A Pk) PowerSO, SO, DIP and tiny QFN packages Extensive diagnostics Non-dissipative high side OC sensing and OC protection

Applications Automation Office automation Vending machines

Factory automation Medical equipment Industrial

S ystem-in -p ac k ag e driv ers: P OW E RS TE P 01

L6 4 7 0, L6 4 7 2L6 4 7 4L6 22xL6 20x

Mon ol ith ic driv ers

50 W 100 W10 W 350 W

* I n d e v e l o p m e n t

P ortabl e, B attery P ow ered Medic al , S ec u rity, ATM, V en din g , 3 D P rin ters, Domotic s

I n du strial , F ac tory Au tomationS tag e Lig h tin g

* I n d e v e l o p m e n t

Mon ol ith ic l ow v ol tag e driv ers*S TS P I N 220, S TS P I N 23 0,

S TS P I N 24 0C on trol l ers:

L6 4 8 0, L6 4 8 2

8VDC to 52VDC operating voltageOutput current 2.8A DC (5.6A Pk) L620x Series, 1.4A DC (2.8A Pk)PowerSO, SO, DIP and tiny QFN packages

Non-dissipative high side OC sensing and OC protection

Factory automationMedical equipment

STSPINTM Family Positioning

42

L647x Series L6480/82

STSPIN – Future in Motion

Smoothness and precision like never before

Monolithic SPI digital micro-stepping drivers featuring innovative control techniques. The L6470 motor driver pro vides fully digital motion control with no need for a dedicated MCU to perform speed profile and positioning calculations. The digital control core, together with the innovative voltage-mode driving operation, result in a position resolution of up to 128 micro-steps and smoother motion. The fast SPI interface, with daisy chain capability, allows a single MCU to control multiple devices. Reduced resonance, noise and vibration at low speed make the overall application silent, smooth and better performing. Features Mixed-signal DMOS power technology 8 to 45 V operating voltage Output current: 3ARMS (7A peak), Rds(on) = 0.28 Ω L6470: Voltage mode driving featuring up to 128 microsteps L6472/74: Current control with up to 16 microsteps, adaptive decay mechanism (ST patented) L6472: Advanced predictive current control L6470/72: Fully programmable speed profile and positioning Integrated current sensing (no external shunt) Full set of diagnostic and protection functions embedded Integr. 16 MHz oscillator, 5-bit ADC & 3V voltage regulator 5Mbit/s SPI interface supporting daisy chaining Available in HTSSOP & PowerSO packages to match wide range power ratings

Applications Industrial - Stage lighting - ATM, POS - Textile machines - Factory automation - Security - Medical equipment - Vending machines

Consumer - Digital still cameras - Game consoles - Gambling machines Computers and peripherals - Printers

STSPIN – Fits for High Power

A quantum leap of innovation in micro-stepping controllers for external MOSFETs with embedded motion control engine. The L6480 is an advanced micro-stepping motor controller with integrated gate drivers to allow bipolar stepper motor driving using external MOSFETs. This enables to reach much higher power vs. the fully integrated drivers. The chip implements highly precise voltage mode control with resolution up to 128 micr o st eps and motion control engine capable to perform positioning & speed commands with programmable profiles. The chip achieves excellent smoothness and wide range of speeds at the drive. Features 7.5 to 85 V operating voltage Dual full bridge gate driver for N-channel MOSFETs Fully programmable gate driving Embedded Miller clamp function Programmable speed profile L6480: Voltage mode control, resolution up to 128 microsteps, sensorless stall detection L6482: Predictive current control with adaptive decay, resolution up to 16 microsteps SPI interface with daisy-chaining support for configuration, control & diagnostics Integrated 15/7.5V & 3.3V voltage regulators 5bit ADC embedded Fully protected

Applications Industrial - X-Y position and rotation systems - Medical equipment - Professional printers - Stage lighting - ATM, POS - Textile machines - Factory automation - Sewing machine

Security Vending machines

Consumer Gambling machines

43

Low Power H-Bridge DriversBe in Motion

The BD16910EFV-M/BD16925EFV-M Automotive H-Bridge Drivers provide 1A output current per channel and support four operating modes (normal rotation, reverse rotation, stop, break) which are selectable by two input signals. They are contributing to high reliability, energy-saving, and low system cost because of high integration, low on-resistance and small packages.

Automotive 2Ch 60V Max, H-bridge Drivers BD16925EFV-M 1 Built-in 1.0A DMOS H bridge output 2 circuit 2 input control (stand by, normal rotation, reverse rotation, brake) Low stand by current Built-in reverse current protection diode Built-in overcurrent protection circuit (detection and timer) Built-in overpower-supply voltage output OFF function Built-in thermal shutdown (TSD) Built-in protection state output (PO) terminal

Three-phase Brushless Motor Pre-Driver 60V Max.BD16805FV-MThe BD16805FV-M is a three phase motor driver for air conditio-ner and blower motor, as well as battery cooling and seat cooling fan motor. This IC provides a silent drive characteristics by implementing the 180° energizing drive technology and includes a built-in phase adjustment control function to increase the efficiency. Various settings are possible to correspond to different motor controls. 180° drive controller with Hall sensor Integrated charge pump Maximum VIN rating: 60V Forward/reverse function Motor lock protection FG output: 1phase/3phase-composition Speed control with DC input or PWM input Programmable recovery time from mute mode Over current protection (OCP) with adjustable limit Under voltage protection (UVLO) Over voltage protection (OVP) Thermal shut down (TSD)

Built-in overcurrent protection circuit (detection and timer)Built-in overpower-supply voltage output OFF function

SSOP-B40

Automotive 1Ch 60V Max, H-bridge Drivers BD16910EFV-M 1 Built-in 1.0A DMOS H bridge output 1 circuit 2 input control (stand by, normal rotation, reverse rotation, brake) Low stand by current Built-in reverse current protection diode Built-in overcurrent protection circuit (detection and timer) Built-in overpower-supply voltage output OFF function Built-in thermal shutdown (TSD) Built-in protection state output (PO) terminal

Applications Automotive Industrial

Home appliances

Medical (has to be requested separately)

44

2EDN MOSFET EiceDRIVER™ FamilyRugged, cool and fast, 2-channel low-side 5 A Driver ICs

2-channel MOSFET Driver ICs are the crucial link between digital control ICs and powerful MOSFET and GaN switching devices. MOSFET Driver ICs enable high system level efficiencies, excellent power density and consistent system robustness.

Fast, precise, strong and compatible Highly efficient SMPS enabled by 5 ns short slew rates and 10 ns propagation delay precision for fast MOSFET and GaN switching Numerous deployment options due to two 5 A channels. 1 ns channel-to-channel accuracy to use two channels in parallel Industry standard packages and pinout ease system design upgrades

The new reference in ruggedness and low power dissipation 4 V and 8 V UVLO (Under Voltage Lock Out) options for instant MOSFET protection under abnormal conditions -10 V robustness of control and enable inputs provides crucial safety margin when driving pulse transformers or driving MOSFETs in TO-220 and TO-247 packages 5 A reverse output current robustness eliminates the need for Schottky switching diodes and reduces bill-of-material Cool Driver ICs from true rail-to-rail low impedance output stages

Applications Server Telecom DC-DC converters Bricks

Package UVLO Inputs Product name

DSO 8pin

4Vdirect 2EDN7524F

inverted 2EDN7523F

8 Vdirect 2EDN8524F

inverted 2EDN8523F

TSSOP 8pin

4Vdirect 2EDN7524R

inverted 2EDN7523R

8Vdirect 2EDN8524R

inverted 2EDN8523R

WSON 8pin 4Vdirect 2EDN7524G

inverted 2EDN7523G

Product features Product benefits System benefits

5 A souce/sink current 5 ns rise/fall times <10 ns propagation delay precision

Fast Miller plateau transition Precise timing

High power efficiency– in hard switching PFC with SiC diode– in half bridges and synchronous rectifications

True rail-to-rail low impedance output stages Low power dissipation in Driver IC Cooler Driver IC operation Higher MOSFET drive capability

4 V and 8 V UVLO options 19 ns propagation delay for both control and enable inputs

Fast and reliable MOSFET turn-off, independent of control IC

Instant MOSFET protection under abnormal operation

-10 V robustness of control and enable inputs Increased GND-bounce robustness Crucial safety margin to drive pulse-transformer

5 A reverse output current robustness Saves switching diodes Increases power density BoM savings

2 independent channels Excellent 1 ns channel-to-channel accuracy

Option to increase drive current by truly concurrent switching of 2 channels

One IC covering many applications

Industry standard pinout and packages Straight forward design upgrades Short time to market

Power tools Industrial SMPS Motor control Solar

45

Switching Frequency Infineon International Rectifier Rohm STMicroelectronics Toshiba Applications

Low < 20 kHz

IxxxN60x IxxxT60x IxxxN120xx IxxxT120xx IxxxxR60x

IRG4xxxxxxIRG6xxxxxxIRG7xxxxxxIRG8xxxxxx

IRGBxxxxxxIRGIxxxxxxIRGPxxxxxxIRGRxxxxxxIRGSxxxxxx

RGTxxxx RGTHxxx

STGxxxM60xx STGWxxH120DF STGWxxH130D STGxxxN60xx STGxxxN3xLZ STGxxxN4LZ

GTxxx Induction Heating Multifunction Printers Solar Inverter Motor Controll UPS Bridge Major Home Appliances

Medium > 20 kHz < 50 kHz

SxxxN60xx SxxxN120xx IxxxN60xx IxxxN120xx

IRG4xxxxxxIRG6xxxxxxIRG7xxxxxxIRG8xxxxxx

IRGBxxxxxxIRGIxxxxxxIRGPxxxxxxIRGRxxxxxxIRGSxxxxxx

RGTxxxx RGTHxxx

STGxx0H65xxFB STGxxNC60Hx STGxxNC60Kx STGxxNC60Vx

GTxxx Induction Heating Microwave Inverter Motor Controll Major Home Appliances

High > 100kHz

IxxxN60xx IxxxN120xx

IRG4xxxxxxIRGBxxxxxxIRGPxxxxxx

RGTxxxx RGTHxxx

STGxx0V60xF GTxxx Welding Inverter Inverter Airconditioning Washing Machine Power Supply

With antiparallel diode 2nd position is a "K"

"D" at the end of the product name

"D"at the end of the product name

"D" at the end of the product name

6th position is "3" or "R"

IGBTsProviding IGBTs (insulated-gate bipolar transistors) for all switching frequencies and common voltage classes, Rutronik fulfills all demands of the industry. Due to the latest hard and soft switching technologies of leading suppliers we are able to offer a high efficiency portfolio for your application. The devices offer very low switching losses, optimized thermal performance and minimal conduction losses.

IGBTs

46

Switching Frequency Infineon International Rectifier Rohm STMicroelectronics Toshiba Applications

Low < 20 kHz

IxxxN60x IxxxT60x IxxxN120xx IxxxT120xx IxxxxR60x

IRG4xxxxxxIRG6xxxxxxIRG7xxxxxxIRG8xxxxxx

IRGBxxxxxxIRGIxxxxxxIRGPxxxxxxIRGRxxxxxxIRGSxxxxxx

RGTxxxx RGTHxxx

STGxxxM60xx STGWxxH120DF STGWxxH130D STGxxxN60xx STGxxxN3xLZ STGxxxN4LZ

GTxxx Induction Heating Multifunction Printers Solar Inverter Motor Controll UPS Bridge Major Home Appliances

Medium > 20 kHz < 50 kHz

SxxxN60xx SxxxN120xx IxxxN60xx IxxxN120xx

IRG4xxxxxxIRG6xxxxxxIRG7xxxxxxIRG8xxxxxx

IRGBxxxxxxIRGIxxxxxxIRGPxxxxxxIRGRxxxxxxIRGSxxxxxx

RGTxxxx RGTHxxx

STGxx0H65xxFB STGxxNC60Hx STGxxNC60Kx STGxxNC60Vx

GTxxx Induction Heating Microwave Inverter Motor Controll Major Home Appliances

High > 100kHz

IxxxN60xx IxxxN120xx

IRG4xxxxxxIRGBxxxxxxIRGPxxxxxx

RGTxxxx RGTHxxx

STGxx0V60xF GTxxx Welding Inverter Inverter Airconditioning Washing Machine Power Supply

With antiparallel diode 2nd position is a "K"

"D" at the end of the product name

"D"at the end of the product name

"D" at the end of the product name

6th position is "3" or "R"

IGBTs – Trench Gate Field Stop High Speed Technology

V-Series 600V IGBTs HB-Series 650V IGBTs

ST’s new 600V IGBTs – “V series” (very high speed), based on an advanced proprietary trench gate field-stop structure, represent an optimum compromise between conduction loss and switching loss to maximize the efficiency of very high frequency converters. It also reveals the world’s lowest Eoff . The series’s current rating from 20 A to 80 A with multiple packages options, and with safe parallel operation for even higher power requirements.

Leveraging latest ST’s advanced Trench Gate Field-Stop High-Speed technology the HB series IGBTs combine this picture turn-off efficiency with a very low saturation voltage (VCE(SAT)) down to 1.6 V (typical). In addition to the above features the extended voltage rating (BVCES) at 650 V, the maximum operating junction temperature (TJ) of 175 °C and a wide Safe Operating Area (SOA) results in an increased robustness and so reliability and lifetime. The HB series enhance the energy efficiency of solar inverters, induction heaters, welders, uninterruptible power supplies, power-factor correction, and other high-frequency power converters.Features

Very high speed switching frequency up to 120 KHz Low saturation voltage VCE(sat) = 1.8 V (typ.) @ Icn Tail-less switching off Tight parameter distribution & derating with temperature Safe paralleling with positive derating of VCE(sat) with temperature Low thermal resistance Co-packed different feature diode for different application

Benefits The lowest total power loss in the market for energy saving The lowest Eoff in the market for higher speed switching Easy paralleling for power scalability 175 °C junction temp. for higher robustness and reliability

Benefits Higher robustness and reliability Increase system efficiency for energy saving Safer paralleling operations Specific diode option for different applications

Welding | Photovoltaic inverters | Uninterruptible power supply | Power factor correction | Very high frequency converters | Induction heating

Part Number

BVCES (V)

ICN1 (A)

VCE(sat)2 (V)

Switching Freq. Range

FRD Option

D2P

AK

TO-2

20

TO-2

20FP

TO-2

47

TO-3

P

TO-3

PF

STGx20V60F

600

20 1.8 20-120 kHz - B P W WT FW

STGx20V60DF 20 1.8 20-120 kHz Very fast B P F W WT FW

STGx30V60F 30 1.85 20-120 kHz - B P W WT FW

STGx30V60DF 30 1.85 20-120 kHz Very fast B P F W WT FW

STGx40V60F 40 1.8 20-120 kHz - B P W

STGx40V60DF 40 1.8 20-120 kHz Very fast W WT FW

STGx40V60DLF 40 1.8 20-120 kHz3 Low drop W WT

STGx60V60F 60 1.85 20-120 kHz - W

STGx60V60DF 60 1.85 20-120 kHz Very fast W WT

STGx60V60DLF 60 1.85 20-120 kHz3 Low drop W WT

STGx80V60F 80 1.85 20-120 kHz Very fast W WT

STGx80V60DF 80 1.85 20-120 kHz Very fast W WT

Welding | Photovoltaic inverters |Uninterruptible power supply | Power factor correction | Very high frequency converters |

IGBTs

Features Maximum junction temperature: TJ = 175 °C Very low & minimized tail in switching-off VCE(SAT) = 1.6 V (typ.) @ ICN(100 °C) Positive derating of VCE(SAT) with temperature Tight parameters distribution Co-packed different feature diode

Part Number BVCES (V)

ICN1 (A)

VCE(sat)2 (V)

Switching Freq. Range

FRD Option

D2P

AK

TO-2

47

TO-3

P

TO-3

PF

MAX

-247

STGx20H65FB 650 20 1.6 8 - 50kHz - W WT FW

STGx30H65FB 650 30 1.6 8 - 50kHz - W WT FW

STGx30H60DFB 600 30 1.6 8 - 50kHz Very Fast W WT FW

STGx30H60DLFB 600 30 1.6 8 - 50kHz3 Low Drop B W

STGx40H65FB 650 40 1.6 8 - 50kHz - W WT FW

STGx40H65DFB 650 40 1.6 8 - 50kHz Very Fast W WT

STGx40H60DLFB 600 40 1.6 8 - 50kHz3 Low Drop W WT

STGx60H65FB 650 60 1.6 8 - 50kHz - W WT

STGx60H65DFB 650 60 1.6 8 - 50kHz Very Fast W WT

STGx60H60DLFB 600 60 1.6 8 - 50kHz3 Low Drop W WT

STGx80H65DFB 650 80 1.6 8 - 50kHz Very Fast W WT Y

1 ICN: IGBT nominal collector current @ TJ = 100 °C | 2 VCE(sat): typical conduction losses @ ICN, TJ = 25 °C | 3 Soft Switching Type47

Field Stop Trench IGBTs – For High Voltage and High Current Applications

ROHM‘s IGBTs (Insulated Gate Bipolar Transistors) contribute to high efficiency and low energy consumption of high voltage and high current applications enabling the realization of low operating loss and low switching noise. ROHM expands its portfolio of power devices and contributes to a low consumption society.

Features & Benefits Low collector - Emitter Saturation Voltage Low switching loss Short circuit withstand time 5us Built-in very fast & soft recovery FRD (RFN-series)

Series RGT series designed optimize to use converter RGT series are suitable for inverters RGPx series is designed to igniter and it follows AEC-Q101

Applications General inverter UPS Power conditioner Welder Igniter

Show/Hide VCES IC (100°C) VCE(sat) (Typ.) tsc (Min.) Built-in VGE(th) (Min.) Package[V] [A] [V] [µs] Diode [V]

RGT16NS65D 650 8 1.65 5 FRD 5 LPDS

RGT30NS65D 650 15 1.65 5 FRD 5 LPDS

RGT40NS65D 650 20 1.65 5 FRD 5 LPDS

RGT40TS65D 650 20 1.65 5 FRD 5 TO-247N

RGT50TS65D 650 25 1.65 5 FRD 5 TO-247N

RGT60TS65D 650 30 1.65 5 FRD 5 TO-247N

RGT80TS65D 650 40 1.65 5 FRD 5 TO-247N

RGT8BM65D 650 4 1.65 5 FRD 5 TO-252

RGT8NS65D 650 4 1.65 5 FRD 5 LPDS

RGT00TS65D 650 50 1.65 5 FRD 5 TO-247N

RGTH00TS65 650 50 1.6 - - 4.5 TO-247N

RGTH00TS65D 650 50 1.6 - FRD 4.5 TO-247N

RGTH40TS65 650 20 1.6 - - 4.5 TO-247N

RGTH40TS65D 650 20 1.6 - FRD 4.5 TO-247N

RGTH50TS65 650 25 1.6 - - 4.5 TO-247N

RGTH50TS65D 650 25 1.6 - FRD 4.5 TO-247N

RGTH60TS65 650 30 1.6 - - 4.5 TO-247N

RGTH60TS65D 650 30 1.6 - FRD 4.5 TO-247N

RGTH80TS65 650 40 1.6 - - 4.5 TO-247N

RGTH80TS65D 650 40 1.6 - FRD 4.5 TO-247N

48

650 V TRENCHSTOP™ 5Introducing a Technology to Match Tomorrow’s High Efficiency Demands

Infineon’s TRENCHSTOP™ 5 IGBT technology redefines best-in-class IGBT by providing unmatched performance in terms of efficiency for hard switching applications. The family is a major breakthrough in IGBT innovation to match the market’s high efficiency demands of tomor-row. When high efficiency, lower system costs and increased reliability are demanded, TRENCHSTOP™ 5 is the only option. The TRENCH-STOP™ 5 IGBTs deliver a dramatic reduction in switching and conduction losses.

The TRENCHSTOP™ 5 technology will be used as the basis of two families. The first family, the HighSpeed 5 (H5), is available for the ease of use/plug and play replacement of existing IGBTs. It is a soft high speed IGBT requiring low design-in efforts. The second family, the High-Speed 5 FAST (F5), requires higher design-in effort, but offers the highest ever efficiency seen by an IGBT, for example more than 98% system efficiency has been observed in application measurements in a photovoltaic inverter using a H4 bridge. Both are released with and without a 650 V anti-parallel free-wheeling hyper-fast silicon diode (FWD), where the hyper-fast diode is an Infineon developed diode technology from Infineon’s proprietary Rapid diode family.

Features 650 V breakthrough voltage Compared to Infineon’s best-in-class HighSpeed 3 family - Factor 2.5 lower Qg - Factor 2 reduction in switching losses - 200 mV reduction in VCE(sat) Co-packed with Infineon’s new Rapid Si-diode technology Low Coes/Eoss Mild positive temperature coefficient VCE(sat) Temperature stability of Vf

Benefits Best-in-class efficiency, resulting in lower junction and case temperature leading to higher device reliability 50 V increase in the bus voltage possi-ble without compromising reliability Higher power density designs

Applications PFC + PWM topologies in welding, uninterruptible power suppliers (UPS), solar

Continuous Collector Current [A] @ Tc = 100°C TO-220 TO-220 FullPAK TO-247-3 TO-247-4

Single IGBT

20 IGP20N65F5 / H5

30 IGP30N65F5 / H5

40 IGP40N65F5 / H5 IGW40N65F5 / H5

50 IGW50N65F5 / H5 IGZ50N65H5

75 IGW75N65H5 IGZ75N65H5

100 IGZ100N65H5

DuoPack

8 IKP08N65F5 / H5 IKA08N65F5 / H5

15 IKP15N65F5 / H5 IKA15N65F5 / H5

20 IKP20N65F5 / H5

30 IKP30N65F5 / H5 IKW30N65H5

40 IKP40N65F5 / H5 IKW40N65F5 / H5

50 IKW50N65F5 / H5/ EH5 IKZ50N65EH5 / IKZ50N65NH5

75 IKW75N65EH5 IKZ75N65EH5 / IKZ75N65NH5

TO-247-3TO-220 FullPAK TO-247-4

49

-400 -300 -250 -200 -150 -100 -80 -70 -60 -55 -50 -45 -40 -30 -25 -20 -12 -8 0 8 12 20 24 25 30 33 40 45 50 55 60 70 75 80 100 120 150 190 200 250 300 330 400 450 500 525 550 600 620 650 700 800 900 950 1000 1050 1200 1500

Diodes P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

P+N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A

Infineon P-CH, N-CH A A A A A A A A A A

2xN-CH A A A A A

P+N-CH A A A A A A A A A A A

IR P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A

P+N-CH A A A A A A A A A A A

Microchip N-CH

Panjit P-CH, N-CH

2xP-CH

Renesas P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A A A A A

ROHM P-CH, N-CH A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A

P+N-CH A A A A A A A

SiC

ST P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A

P+N-CH

SiC

Toshiba P-CH, N-CH A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A

P+N-CH A A

Vishay P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A A A A A A A A

P+N-CH A A

Power MOSFETs

Rutronik is a leading global provider for MOSFETs of the world‘s well-known suppliers. MOSFETs (metal-oxide-semiconductor field-effect transistor) are usable for applications in the automotive segment as well as in the field of industrial and consumer. We provide you with a large product range including P-Channel, N-Channel and Dual MOSFETs for applications with voltage classes starting from -600V up to 1500V.

Supplier Range / Series

A = also available as AECQ

50

Power MOSFETs

-400 -300 -250 -200 -150 -100 -80 -70 -60 -55 -50 -45 -40 -30 -25 -20 -12 -8 0 8 12 20 24 25 30 33 40 45 50 55 60 70 75 80 100 120 150 190 200 250 300 330 400 450 500 525 550 600 620 650 700 800 900 950 1000 1050 1200 1500

Diodes P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

P+N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A

Infineon P-CH, N-CH A A A A A A A A A A

2xN-CH A A A A A

P+N-CH A A A A A A A A A A A

IR P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A

P+N-CH A A A A A A A A A A A

Microchip N-CH

Panjit P-CH, N-CH

2xP-CH

Renesas P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A A A A A

ROHM P-CH, N-CH A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A

P+N-CH A A A A A A A

SiC

ST P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A

P+N-CH

SiC

Toshiba P-CH, N-CH A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A

P+N-CH A A

Vishay P-CH, N-CH A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A A

2xP-CH, 2xN-CH A A A A A A A A A A A A A A A A A A

P+N-CH A A

Our Power MOSFETs support high efficiency requirements in all necessary terms: Minimum conduction losses Extremely low RDSon

Low switching losses Optimized gate charge

51

40 V and 60 V StrongIRFET™Logic Level Gate Drive

Infineon introduces an extension of the successful StrongIRFET™ family for battery-powered applications. The logic level gate drive allows designers to drive MOSFETs with only 5 V VGS. This is ideal in applications where standard gate drive is not available such as motor drives, BLDC motor drives and battery powered circuits.

Features & Benefits Designed for industrial applications Ideal for low switching frequency High current carrying capability 4.5 V logic level optimized Rugged silicon Low RDS(on)

Applications Brushed motor drive applications BLDC motor drive applications Battery powered circuits Light electric vehicles Power tools Electric toys

Part Number Breakdown Voltage (V)

Package (Outline)

Current rating (A)

RDS(on) typ/max at 4.5 V (mΩ)

IRL7472L1TRPBF 40 Large Can DirectFET™ package (L8)

375 0.59/0.97

IRL7486MTRPBF 40 Medium Can DirectFET™ package

(ME)

209 1.25/2.00

IRL40B209 40 TO-220 195 1.25/1.60

IRL40B212 40 TO-220 195 1.90/2.40

IRL40S212 40 D2PAK 195 1.90/2.40

IRL40B215 40 TO-220 120 2.70/3.50

IRL60B216 60 TO-220 195 1.90/2.20

52

The family maintains the same characteristics of the StrongIRFET™ family which include low RDS(on) for reduced conduction losses, high current carrying capability for increased power capability and rugged silicon for robustness. The flagship product is the IRL7472L1 which is available in the proprietary Large Can DirectFET™ package, enabling the lowest RDS(on) in the market (0.97 mΩ max at 4.5 V) for a 67 mm2 solution. The DirectFET™ features excellent top-side cooling, low package profile, and contains zero lead which complies with future RoHS requirements.

52

600 / 650 V CoolMOS™ C7 SeriesMarket leading Best-in-Class on-resistance per Package and lowest RDS(ON)

The new 600 V CoolMOS™ C7 from Infineon offers a 50% reduction in turn-off losses (Eoff) compared to the CoolMOS™ CP series, offering a GaN-like level of performance in PFC, TTF (two transistor forward) and other hard-switching topologies.

With the 650V CoolMOSTM C7 series Infineon brings a new level of performance in hard switching applications such as Power Factor Correction (PFC). It is the successor to the CP series and provides efficiency benefits across the whole load range through balancing a number of key parameters. The Best-in-Class RDS(on) leads to increased full load efficiency. Eoss reduction brings efficiency benefits at light load and the low Qg correlates to faster switching and lower Eon and Eoff which gives efficiency benefits across the whole load range. The applications where the efficiency and the TCO (total cost of ownership) are the major concerns, get high benefits with the new 600V CoolMOSTM C7. Best fitting applications areas are Telecom, Server, Solar, UPS and PC Power.

Features 650 V Revolutionary Best-in-Class RDS(on) / package Reduced energy stored in output capacitance (Eoss) Lower gate charge Qg

Space saving through use of smaller packages or reduction of parts

Features 600 V Reduced switching loss parameters enabling higher switching freq. 50% Eoss reduction compared to older CoolMOS™ CP technology and close to GaN Lowest RDS(on)* A in the world (<1 Ω/mm2) Improved body diode and low QOSS Value

Benefits Improved safety margin and suitable for both SMPS and solar inverter applications Lowest conduction losses / package Low switching losses & better light load efficiency Increasing power density Higher frequency capability thanks to lower Eoss and Qg losses

Benefits 30% material cost reduction in magnetic components, increasing the frequency from 65 kHz to 130 kHz Leading to 50% lower inductor value for smaller form factors 10% TCO saving for PSU energy losses with combination of TO-247 4pin package and 600 V CoolMOS™ C7 Smaller packages for same RDS(on) lead to power density benefits

RDS(on) max [mΩ] DPAK D²PAK ThinPAK 8x8 TO-220 TO-220 FP TO-247 TO-247-4225/230 IPD65R225C7 IPB65R225C7 IPL65R230C7 IPP65R225C7 IPA65R225C7 190/195 IPD65R190C7 IPB65R190C7 IPL65R195C7 IPP65R190C7 IPA65R190C7 IPW65R190C7 180/185 IPD60R180C7 IPB60R180C7 IPL60R185C7 IPP60R180C7 IPA60R180C7 IPW60R180C7

120/125/130 IPB65R125C7IPB60R120C7

IPL65R130C7IPL60R125C7

IPP65R125C7IPP60R120C7

IPA65R125C7IPA60R120C7

IPW65R125C7IPW60R120C7

95/99/104 IPB65R095C7IPB60R099C7

IPL65R099C7IPL60R104C7

IPP65R095C7IPP60R099C7

IPA65R095C7IPA60R099C7

IPW65R095C7IPW60R099C7

IPZ65R095C7IPZ60R099C7

60/65/70 IPB65R065C7IPB60R060C7

IPL65R070C7IPL60R065C7

IPP65R065C7IPP60R0607

IPA65R065C7IPA60R060C7

IPW65R065C7IPW60R060C7

IPZ65R065C7IPZ60R060C7

40/45 IPB65R045C7IPB60R040C7

IPP65R045C7IPP60R040C7 IPA65R045C7 IPW65R045C7

IPW60R040C7IPZ65R045C7IPZ60R040C7

17/19 IPW65R019C7IPW60R017C7*

IPZ65R019C7IPZ60R017C7*

IPW65R190C7IPB65R225C7 IPP65R225C7

IPP65R190C7

TO-220 FPIPP65R225C7IPD65R225C7

ThinPAK 8x8IPA65R225C7IPA65R190C7

Higher frequency capability thanks to lower E

TO-220 FP TO-247-4TO-247-4

*available in 2016

53

State-of-the-art MOSFETs Technologies

54

Features 800V-1200V lowest RDS(on)*area Qg minimized Lowest FOM: RDS(on)*Qg Designed for highest efficiency

Benefits Higher energy saving Faster switching speed Increased safety margin TO-3PF and H2PAK for higher creepage

VDS[V]

RDS (on) (max) [Ω]

ID [A]

Qg [nC]

P/N Package

800 4.5 2 9 STx2N80K5 DPAK / TO-220 / FP/ PowerFLAT 5x6 VHV, IPAK3.5 2.5 9.5 STx3N80K5 DPAK / IPAK/ TO-220 / FP/ PowerFLAT 5x6 VHV2.5 3 10.5 STx4N80K5 DPAK / TO-220 / PowerFLAT 5x6 VHV / IPAK1.6 4.5 13 STx6N80K5 DPAK / TO-220 / TO-220FP/D2PAK/I2PAK1.2 6 13.4 STx7N80K5 TO-220 / TO-220FP / DPAK / I2PAKFP / IPAK /

PowerFLAT 5x6 VHV0.95 6 16.5 STx8N80K5 TO-220 / TO-220FP/I2PAKFP/DPAK/IPAK/

PowerFLAT 5x6 VHV0.6 8 25 STx10N80K5 TO-220FP0.45 12 29 STx13N80K5 TO-220 / TO-220FP / TO-247/D2PAK/I2PAKFP

0.375 14 32 STx15N80K5 TO-220 / TO-220FP / TO-247 / D2PAK0.26 19.5 40 STx25N80K5 TO-220 / TO-220FP / TO-247/D2PAK

850 0.275 19 38 STW23N85K5 TO-247900 0.299 18.5 43 STx21N90K5 TO-220 / FP / D2PAK / TO-247950 5 2 10 STx2N95K5 TO-220 / FP / DPAK / IPAK

2.5 3.5 12.5 STx5N95K5 TO-220 / FP / DPAK1.25 9 13 STx6N95K5 TO-220 / FP / DPAK / IPAK / TO-2470.8 8 22 STx10N95K5 TO-220 / TO-220FP/ TO-247/D2PAK0.5 12 30 STx15N95K5 TO-220 / TO-220FP/ TO-2470.33 17.5 40 STx20N95K5 TO-220 / TO-220FP/ TO-247/D2PAK0.13 35 80 STW40N95K5 TO247

1050 8 1.5 10 STx2N105K5 DPAK / IPAK / TO-220 / TO-3PF3.5 3 12 STx5N105K5 TO-220 / FP2 4 17 STx7N105K5 TO-247/ TO-220 / FP / IPAK

1.3 6 21 STx10N105K5 TO-220 / TO-220FP/ TO-2471200 0.69 12 44 STx12N120K5* TO-220 / TO-3PF / TO-247 / H2PAK / TO-220FP

/ TO-247LL1500 1.9 6 42 STx12N150K5* TO-3PF / TO-247

BVDSS [V] RDS (on) [Ω] ID [A] Qg [nC] Tj max [°C] P/N Package

1200 0.08 45 105 200 SCT30N120 HiP2471200 0.16 25 45 200 SCT20N120 HiP247

MDmeshTM K5 The MDmeshTM K5 represents the 5th generation of the well-known, very-robust SuperMESHTM technology of ST, now in the optimized version able to reduce the RDS(on) of around 30% with respect to previous generation.

The horizontal geometry of the device has been optimized, so that the parasitic capacitances are now 30% lower.

SCT30N120: ST’s first Silicon Carbide Power MosfetBased on the advanced and innovative properties of wide bandgap materials, ST’s silicon carbide (SiC) MOSFETs feature very low RDS(on) per area for the 1200 V rating combined with excellent switching performance, translating into more efficient and compact designs. ST is among the first companies to produce high-voltage SiC MOSFETs and the first member of this new family features the industry’s highest temperature rating of 200°C for improved thermal design of power electronics systems. Compared to silicon MOSFETs, SiC MOSFETs also feature significantly reduced switching losses with minimal variation versus the temperature.

Applications SMPS LED Driver Standby SMPS Metering Lighting μ-Inverter

Features Very tight variation of on-resistance vs. temp. Slight variation of swit-ching losses vs. temp. Very high operating temp. capability (200 °C) Low capacitance

Applications Solar inverters, UPS Motor drives High voltage DC-DC converters Switch mode power supply

[nC] TjTjT max [°C] P/N [nC]

SiC MOSFETs also feature significantly reduced switching losses with minimal variation versus the temperature.

[nC] TjTjT max [°C] P/N

Very fast and robust intrinsic body diode Easy to drive Extremely low power losses High operating frequencies reduction of bulky passive components

*Coming soon

Sales Type Max RDS [Ω]

Max ID [A]

Qg [nC]

Packages

STx6N65M2 1.3 3.5 5.5 IPAK / DPAK / D2PAK/ TO-220 / TO-220FP STx7N65M2 1.15 4.5 6.5 IPAK / DPAK / TO-220 / TO-220FP

STL8N65M2 1.25 4 6.5 PowerFLAT 5x6 HV

STx9N65M2 0.900 5 8 IPAK / DPAK / TO-220 / TO-220FP

STL9N65M2, STL10N65M2

1 4.5 8 PowerFLAT 5x5, PowerFLAT 5x6 HV

STx11N65M2 0.680 7 11 IPAK / DPAK / TO-220 / TO-220FP / I2PAKFP / TO-220FP NL

STL11N65M2, STL12N65M2

0.750 5* 11 PowerFLAT 5x5, *PowerFLAT 5x6 HV

STx12N65M2 0.500 9 14 TO-220 / DPAK / TO-220FPSTx13N65M2 0.430 10 16 IPAK / DPAK / TO-220/FP/I2PAKFP STL13N65M2 0.475 TBD 16 PowerFLAT 5x6 HVSTx16N65M2 0.360 11 19 IPAK / DPAK / TO-220/TO-220FP STL16N65M2 0.395 7.5 19 PowerFLAT 5x6 HVSTx18N65M2 0.330 14 22 I2PAK / TO-220 / TO-220FP STL18N65M2 0.365 8 22 PowerFLAT 5x6 HV

55

Features High avalanche capability Optimized body diode High junction temperature (175 °C)

Benefits Low conduction losses Small form factor of final system Excellent behavior to EMI Robust design

Benefits Low conduction and switching losses in PFC and soft switching topologies Optimized for light load conditions Especially targeted resonant topologies Easy to drive Extremely low Qg

STripFETTM F7 STripFETTM F7 low-voltage MOSFETs set new class standard for on-state resistance, enhancing energy efficiency and reliability of telecom, ser-ver, industrial and automotive applications. ST’s series of 80 and 100 V STripFETTM F7 MOSFETs feature an enhanced trench-gate structure that lowers device on-state resistance while also reducing internal capacitances and gate charge for faster and more efficient switching. The devices also have high avalanche ruggedness making them ideal for rugged designs.Thanks to the new gate structure, high power design can be simplified by reducing the number of paralleled devices. Also, with the improved figure of merit and recovery diode, this technology is also ideal for high frequency switching applications.

MDmeshTM M2 650VPower supply designers have now the necessity to increase the power density and have an efficient thermal management. An answer to this goal is in using resonant topologies and moreover in the use of LLC reso-nant converter. For these topologies, the MOSFET parasitic capacitances can affect the total behaviors increasing switching losses and decreasing efficiency. The profile of the output capacitances influences the switching operation and determines the total performance of the system.

Applications Automotive Industial Motor control SMPS

Applications SMPS LED driver Adapters Micro inverter Servers Solar

Part Number BV [V]

RDS [mW] max

Qg [nC] 10V

H2P

AKTO

-22

0FP

TO-2

20

DPA

K

5 x

6

3.3x

3.3

5x6

DI

SMD THSTx270N8F7 80 2.1 2.5 193 x xSTx170N8F7 3.6 4.1 120 x x xSTx140N8F7 4 4.3 96 x x xSTL130N8F7 3.6 xSTLyN8F7 4.4 60 xSTxyN8F7-2 5 5.8 x xSTLyN8F7 6.1 45 xSTxyN8F7 7.5 x xSTx310N10F7 100 2.3 2.7 180 x xSTx240N10F7 3 3.2 176 x xSTx150N10F7 3.9 4.2 117 x x xSTL110N10F7 6 72 xSTx110N10F7 6.7 7 x x xSTL100N10F7 7.3 61 xSTx100N10F7 8 8 x x x xSTL90N10F7 9.5 39 xSTx80N10F7 9.5 10 x x x xSTL60N10F7 18 25 xSTx45N10F7 18 18 x xSTL8N10F7 20 xSTL40N10F7 24 19 xSTx30N10F7 24 24 x xSTL30N10F7 35 14 xSTx25N10F7 35 35 x x xSTL7N10F7 35 xSTL20DN10F7 67 8 xSTL4N10F7 70 xSTL3N10F7 70

Especially targeted resonant topologiesSTL13STx16Micro inverter

STx11

STL11STL12STx12

Applications

STx12STx13STx12STx13

Micro inverterServersSolar

Micro inverterMicro inverterMicro inverterServersSolar

DTMOS IV - Latest Super-Junction Technology

Toshiba has developed the Gen-4 super-junction 600V to 800V DTMOS IV MOSFET series. Fabricated using the state-of-the-art single epitaxial process, DTMOS IV pro-vides a 30% reduction in Ron*A, a figure of merit (FOM) for MOSFETs, compared to its predecessor, DTMOS III. A reduction in Ron*A leads to smaller RDSon chips in the same packages. This helps users to improve efficiency and reduce the size of power systems.

Attractive cost effects Reduced heat system costs Less costs of field failure Less passive component costs Reduced BOM costs due to most effective solutions

Smart performance increases Easy design-in for faster time to market and pro-duct launch Ready to support high volume markets with compe-titive prices

Features Benefits

30% reduction in RDSon*A compared to previous generation X Reduction of chip size at same performance or improved performance at same chip size

Improved figure of merit (FOM) compared to DTMOS III generation X Improved electrical efficiency by reduced switching and static losses

Reduction in Coss X 12% reduction in switching loss, EOSS, compared to the predecessor

Application of latest process technology: single epitaxial process X Lower increase in on-resistance at temperature rise

Wide range of on-resistances and packaging options, see tables X Freedom of choice and flexibility on package and on RDSon line-up

45% reduction of Qgd (gate drain Charge) at X-Series X High efficiency switching at PFC

65% faster body-diode characteristic with W5/X5-Series X High efficiency switching at bridge circuitry

DTMOS-Series Applications

DTMOS IV

W-Series: Standard type For general switching

W5-Series: With high speed body diode For bridge circuitry, like UPS or server SMPS

X-Series: High speed type (H-Type) For PFC circuit

X5-Series: High speed type with high speed body diode For bridge circuitry, like UPS or server SMPS

56

500 V / 600 V / 620 V / 650 V N-ChannelE Series High Voltage MOSFETs

Vishay Siliconix® offers a new series of 500 V, 600 V, 620 V and 650 V N-Channel power MOSFETs with ultra-low maximum on-resistance and a wide range of current ratings. Based on Vishay’s next generation of superjunction technology, the E Series High Voltage MOSFETs offer ultra-low gate charge and low gate charge times on-resistance, a key figure of merit (FOM) for MOSFETs used in power conversion applications.

Features Ultra-low maximum on resistance from 39 m to 600 m at 10 V Low gate charge and gate charge times on-resistance FOM Wide range of current ratings from 7 A to 73 A E Series superjunction technology

Benefits Saves energy in high-power, high-performance switch mode applications Reduced specific on-resistance by 30 % compared to pre vious-generation devices for increased efficiency and power density Lower input capacitance Increased switching speeds Withstand high energy pulse in the avalanche & commutation mode

Applications Switch mode applications, including power factor correction Server and telecom power systems Welding, plasma cutting, induction heating Battery chargers High-intensity discharge lighting, fluorescent ballast lighting Semiconductor capital equipment Solar inverters LED lighting

V(BR)DSS

Product

ID RDS(on) Qg PACKAGES

(V) (A)

VGS = 10 V

TO-2

47

THIN

-LEA

D

T0-2

20 F

ULL

PAK

“

TO-2

20 F

ULL

PAK

TO-2

20

D2P

AK (T

O-2

63)

DPA

K (T

O-2

52)

IPAK

(TO

-251

)

POW

ERPA

K 8

X 8

(Max) (Ω)

(Typ) (nC)

x = G A F P B D U H

E Series

500 V

SiHx12N50E 11 0.38 25 x x x x

SiHx15x50E 15 0.28 33 x x x

SiHx20x50E 19 0.184 46 x x x x

SiHx25N50E 26 0.145 57 x x x

600 V

SiHx7N60E 7 0.6 20 x x x x

SiHx11N60E 11 0.364 26 x

SiHx12N60E 12 0.38 29 x x x x

SiHx14N60E 16 0.225 41 x

SiHx15N60E 15 0.28 39 x x x x

SiHx18N60E 18 0.202 46 x x x

SiHx21N60E 20 0.176 55 x

SiHx22N60E 21 0.18 57 x x x x x

SiHx22N60EL 21 0.197 37 x x x x

SiHx23N60E 23 0.158 63 x x x

SiHx26N60E 25 0.117 77 x

SiHx30N60E 29 0.125 85 x x x x

SiHx33N60E 33 0.099 100 x x x

SiHx47N60E 47 0.064 147 x

SiHx73N60E 73 0.039 241 x

650 V

SiHx6N65E 7 0.6 24 x x x x x

SiHx12N65E 12 0.38 35 x x x

SiHx15N65E 15 0.28 48 x x x

SiHx22N65E 22 0.18 73 x x x x

SiHx24N65E 24 0.145 81 x x x

SiHx28N65E 28 0.122 93 x x

SiHx47N65E 47 0.072 182 x

SiHx64N65E 64 0.047 239 x

EF Series

600 V

SiHx21N60EF 21 0.176 56 x x x x

SiHx28N60EF 28 0.123 80 x x x x

SiHx33N60EF 33 0.098 103 x x x

SiHx47N60EF 47 0.065 152 x

SiHx70N60EF 70 0.038 253 x

57

HSON-8

Renesas Electronics supplies power MOSFET products for automotive electrical systems in a wide variety of packages to accommodate imple-mentations ranging from large-current applications such as electric power steering to medium-current applications such as engine control. To meet the diverse requirements of our customers, we develop high-performance power devices with power packages employing the latest assembly technology. Multi-wire bonding is used to provide large-current capabilities for applications such as electric power steering. For medium-current applications such as engine control, new packages such as the 8-pin HSON provide smaller size and reduced mounting area.

Part Number Nch/Pch VDSS (V) max.

ID (A)

RDS (ON) (MOHM) MAX.

@10V OR 8V

Pch (W)

NP35N04YLG Nch 40 35 9.7 77

NP35N04YUG Nch 40 35 10 77

NP74N04YUG Nch 40 75 5.5 120

NP75N04YUG Nch 40 75 4.8 138

NP16N04YUG Nch 40 16 25 36

NP50N04YUK Nch 40 50 4.8 97

NP75N04YUK Nch 40 75 3.3 138

NP35N055YUK* Nch 55 35 6.7 97

NP75N055YUK* Nch 55 75 4.5 138

NP23N06YDG Nch 60 23 27 60

NP33N06YDG Nch 60 33 14 97

NP33N075YDF Nch 75 33 28 92

NP40N10YDF Nch 100 40 25 120

NP20N10YDF Nch 100 20 55 61

NP20P06YLG Pch -60 -20 47 57

NP75P04YLG Pch -40 -75 9.7 138

NP50P03YDG Pch -30 -50 8.4 102

NP75P03YDG Pch -30 -75 6.2 138

DevelopmentPart Number Part Number Polarity/

Process VDSSPT

(TC=25°C)

ID (DC)

Ron(max) @VGS=10V

Ron(max)@VGS=4.5V

VA0316QL06 NP30N04QUK

Nch/ANL2

40V59W 30A 8mΩ -

VA0304QU04 NP29N04QUK 44W 30A 10.1mΩ -

VA0266QD06 NP30N06QDK

60V

59W 30A 14mΩ 21mΩ

VA0304QD06 NP29N06QUK 44W 30A 21mΩ

VA0304QU06 NP29N06QDK 44W 30A 20mΩ 30mΩ

VA0316QL06 NP16N06QLK 25W 16A 39mΩ 60mΩ

* Under development

Dual Package

Single Package HSON-8Features Optimal electrical performance due to flat lead package Reduced footprint: 31mm2 vs 64mm2 (TO-252) Enhanced thermal performance through exposed pad: Rth down to 1K/W Well formed solder fillet on PCB possible due to plated pin toe AOI possible (X-Ray is not necessary) Combi footpattern possible Proven board level reliability

HSON-8

Automotive Power Device Package Evolution

58

Fagor Littelfuse STMicroelectronics

IT (RMS)[A] SMD Axial SMD Axial SMD Axial

0.8 LxXx QxXx

LxX8Wx QxX8Ex Z006xxxN Z006xxxA

1 FT01xxN FT01xxA LxNx QxNx Z01xxxN Z01xxxA

4 FT04xxDFT04xxH FT04xxI FT04xxW

Lxx04xx Qxx04xx

Lxx04xx Qxx04xx

T4xx-xxxB T4xx-xxxH

Z04xxxF BTA04-xxx BTB04-xxx T4xx-xH T4xx-xT T4xx-xFP

6FT06xxH FT06xxJ FT06xxW

Lxx06xx Qxx06xx

Lxx06xx Qxx06xx

8 FT08xxD FT08xxG

FT08xxH FT08xxI FT08xxJ FT08xxW

Lxx08xx Qxx08xx

Lxx08xx Qxx08xx

T8xx-xxxB T8xx-xxxG T8xxx-xG

BTA08-xxx BTB08-xxx T8xx-xT T8xx-xI T8xx-xFP

10FT10xxH FT10xxJ FT10xxW

Qxx10xx Qxx10xx T10xxx-xG

BTA10-xxx BTB10-xxx T10xx-xT T10xx-xI

12 FT12xxGFT12xxH FT12xxJ FT12xxW

Qxx12xx Qxx12xx T12xxx-xG T12xx-xxxG

BTA12-xxx BTB12-xxx T12xx-xT T12xx-xI

15 Qxx15xx Qxx15xx

16 FT16xxGFT16xxH FT16xxJ FT16xxW

Qxx16xx Qxx16xx T16xxx-xG T16xx-xxxG

BTA16-xxx BTB16-xxx T16xx-xW T16xx-xT

20 T20xx-xG BTA20-xxx T20xx-xT

25 FT25xxGFT25xxH FT25xxJ FT25xxW

Qxx25xxW Qxx25xx BTA25-xxx T25xx-xxxG

BTA24-xxx BTA26-xxx BTB24-xxx BTB26-xxx

30 Qxx35xx Qxx35xx

40 FT40xxP FT40xxV Qxx40xx BTA40-xxx BTA41-xxx

BTB41-xxx

Triacs

TriacsTriacs are applied to control AC mains applications. They can be used as simple on/off switches, to replace electro mechanical relays while providing a higher degree of flexibility (through electronic control) and superior reliability. Using a simple phase-control circuit, they can also control power level through AC loads.

59

Teccor® Brand ThyristorsHigh Current Capability, High Reliability for Heating Control

ThyristorsThyristors (TRIACs and SCR) give best balance in efficiency, simplicity, reliability and system costs in AC power applications such as heater and AC motor controls.

Schematic Symbol

Application VDRM IT(RMS) Littelfuse Type Package Feature

Coffee brewer, etc. 600V 16A Q6016LH4 TO-220 Iso. Robust TO-220 package; high surge capability; ceramic isolation

600V 25A Q6025LH5 TO-220 Iso.

Tankless water heater, etc.

600V 25A / 35A Q6035PH5 New FASTPAK FAST-ON terminal screw-on installation

600V 40A Q6040J7 TO-218X Iso. Robust TO-218 package; unique eyelet leads

Q6040PH5 New FASTPAK FAST-ON terminal; screw-on installation

600V (SCR) 65A S6065J TO-218X Iso. Wide lead for high IT conduction

600V 90A MS0690D-J New SOT227B Screw-on terminal; highest IT in 600V SOT227B

MS0690J-DL1TE (90A, 600V)All new 90A RMS Back-to-Back SCR for Robust Heating Control in SOT227B

High Current Capability, High Reliability for Heating ControlHigh Current Capability, High Reliability for Heating Control

Q6025PH5 / Q6035PH5 /Q6040PH525 / 35 / 40A RMS High Commutation Triac for Heating Control in TO-218, TO-220 and the new FASTPAK.

Littelfuse Type PackageLittelfuse Type Package

Control in TO-218, TO-220 and the new FASTPAK.

FASTPACK TO-220

TO-218X

SOT227B

I Littelfuse TypeLittelfuse TypeLittelfuse Type Package

TO-218X

Thyristors (TRIACs and SCR) give best balance in efficiency, simplicity, reliability and system costs in AC power applications such as heater and AC motor

MS0690J-DL1TE (90A, 600V)All new 90A RMS Back-to-Back SCR for Robust Heating Control in SOT227B

25 / 35 / 40A RMS High Commutation Triac for Heating Control in TO-218, TO-220 and the new FASTPAK.

TO-218XTO-218X

60

T-Series Triacs offer on the same device 800V capability with 125°C max Tj 600V capability with 150°C max Tj

With the 800V T-Series Triacs family, ST is oering a series which exhibits superior dynamic performances (noise immunity and turn-o capability) and an extended temperature range up to 150°C. More over, the o-state voltage capability has been raised up to 800V. is enables a downsizing of the Triac for a given load or higher load rating utilization.

25A – 1200V triac for robust and com-pact motor starters or AC drivesWith a robust switching up to 240A peak surge current and a 1200V high blocking voltage, the T2550-12 triac is dedicated to industrial applications such as three-phase motor so starter, contactor and protector. e T2550-12 triac allows a compact de-sign compared to a mechanical contactor and oers higher performances with a high dV/dt superior to 2500V/μs and a standard gate triggering current of 50mA. e T2550-12 is available in D2PAK and TO-220AB package.

First automotive-grade 50A – 1200V SCR: TN5050H-12WY is thyristor makes AC/DC converters safe by limiting the inrush current and providing insulation against AC line overvoltages. Available in a TO-247, high power package. e TN5050H-12WY oers superior performance in surge current handling (ITSM = 200 A at 10 ms), thermal cooling capabilities (Rth(j-c) = 0.3 °C/W) and high surge voltage withstanding capability (VDSM/VRSM = 1300 V).

Features 800V, 6A - 16A snubberless Triacs 150°C max Tj High static and dynamic commutation - 2 times better vs. std. BTA/BTB family - 4 times better noise immunity vs.

std. BTA/BTB family

Features 25A medium power triac High inductive turn off commutation 20A/ms at 125°C junction 1200V symmetrical blocking voltage 2.5kV/µs transient immunity at 125°C

Benefits Superior dynamic performance due to ST high temperature process 10mA version can be directly driven by microcontroller

Features High commutation: 200 A/μs High off-state immunity: 1000 V/μs Gate trigger current: 50 mA AEC-Q101 compliant

Benefits Reduce BOM: extra power device no longer needed in the rectifier bridge Same efficiency and cooling size as diode bridge High PCB creepage distance above 4mm Control peak current at charger power up

Key Applications Industrial battery chargers Renewable energy inverters Motor drive Industrial welding system

Key-Applications Inrush current limiting circuits Home appliances & small appliances Fan & motor control Heater Lighting

800V T-Series Triac Family 25A – 1200V Triac

has been raised up to 800V.

of the Triac for a given loadof the Triac for a given loadof the Triac for a given loador higher load rating of the Triac for a given loadof the Triac for a given loador higher load rating

20A/ms at 125°C junction20A/ms at 125°C junction

MOTOR

L1

L2

L3

Hybrid motor starter

T2550-12

T2550-12

LOAD

L1

L2

L3

Motor soft starter

T2550-12

T2550-12

T2550-12

61

Schottky Diodes & Rectifiers Any technology in the fields of high-voltage or small-signal needed for your application, Rutronik is able to provide it. No matter if it is Schottky, Standard-, Fast-, Superfast-, Ultrafast-Recovery or even Silicon Carbide Diodes we offer the solution for your need. Parts are available starting from 15V up to 4500V and give best performance caused by the technical characteristics.Rutronik is able to provide it. No matter if it is Schottky, Standard-, Fast-, Superfast-, Ultrafast-Recovery or even Silicon Carbide Diodes we offer Rutronik is able to provide it. No matter if it is Schottky, Standard-, Fast-, Superfast-, Ultrafast-Recovery or even Silicon Carbide Diodes we offer

Selection Guide Voltage 10 20 30 40 50 60 70 80 90 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2500 3000 Voltage

Diodes Schotty / SBR Rectifiers Diodes

SBR Automotive

DIODESTAR

Fast/Super-Fast/Ultra-Fast Recovery Rectif.

Power Diodes

Diotec Standard Recovery Rectifiers Diotec

Fast Recovery Rectifiers

Ultrafast Recovery Rectifiers

Schottky Barrier Diode

Fagor Fast Recovery Rectifiers Fagor

General Purpose Rectifiers

Schottky Rectifiers

Ultrafast Recovery Rectifiers

Infineon Ultra Soft Diode Infineon

Hyperfast Diodes

SiC Diodes 2 & 3 Gen

SiC Diodes 5 Gen

Panjit Schottky Panjit

Ultra Fast Recovery Diodes

Super Fast Recovery Rectifiers

FERD (Field Effect Rectifiers)

Rohm Schottky Barrier Diodes Rohm

Fast Recovery Diodes

SiC Diodes 1 Gen

SiC Diodes 2 Gen & HR Gen

Shindengen Rectifier Diodes Shindengen

Schottky Barrier Diodes

Fast Recovery Diodes

ST Field Effect Rectifiers ST

Schottky Barrier Diodes

Ultrafast Rectifiers

SiC Diodes 1 Gen

SiC Diodes 2 Gen

Toshiba SiC Schottky Barrier Diodes

Toshiba

Vishay Schottky Rectifiers Vishay

Ultrafast Recovery Rectifiers

Fast Recovery Rectifiers

Standard Recovery Rectifiers

High Power Diodes

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Schottky Diodes & Rectifiers

Optimized thermal behavior Low forward-drop voltage VF

Voltage 10 20 30 40 50 60 70 80 90 100 150 200 250 300 350 400 450 500 550 600 650 700 750 800 850 900 950 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2500 3000 Voltage

Diodes Schotty / SBR Rectifiers Diodes

SBR Automotive

DIODESTAR

Fast/Super-Fast/Ultra-Fast Recovery Rectif.

Power Diodes

Diotec Standard Recovery Rectifiers Diotec

Fast Recovery Rectifiers

Ultrafast Recovery Rectifiers

Schottky Barrier Diode

Fagor Fast Recovery Rectifiers Fagor

General Purpose Rectifiers

Schottky Rectifiers

Ultrafast Recovery Rectifiers

Infineon Ultra Soft Diode Infineon

Hyperfast Diodes

SiC Diodes 2 & 3 Gen

SiC Diodes 5 Gen

Panjit Schottky Panjit

Ultra Fast Recovery Diodes

Super Fast Recovery Rectifiers

FERD (Field Effect Rectifiers)

Rohm Schottky Barrier Diodes Rohm

Fast Recovery Diodes

SiC Diodes 1 Gen

SiC Diodes 2 Gen & HR Gen

Shindengen Rectifier Diodes Shindengen

Schottky Barrier Diodes

Fast Recovery Diodes

ST Field Effect Rectifiers ST

Schottky Barrier Diodes

Ultrafast Rectifiers

SiC Diodes 1 Gen

SiC Diodes 2 Gen

Toshiba SiC Schottky Barrier Diodes

Toshiba

Vishay Schottky Rectifiers Vishay

Ultrafast Recovery Rectifiers

Fast Recovery Rectifiers

Standard Recovery Rectifiers

High Power Diodes

Minimalized reverse leakage current Very fast reverse recovery times

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SiC Gen2 & FERD Diodes

Silicon Carbide Diodes Generation 2 – Drastic Reduction of Generated LossesThanks to exceptional reverse recovery performances, the new Silicon Carbide (SiC) diodes of ST represent a key contributor to energy savings in SMPS applications and in emerging domains, such as solar energy conversion. The new SiC Diodes Gen2 of ST shows an increased breakdown capability (650V instead of standard 600V) and state-of-the-art surge current capability. These features, together with the excepti-onally low forward-drop voltage VF, make this family the new reference in the market. Design and diffusion are made 100% in-house by ST.

FERD (Field-Effect Rectifier Diodes)In the past, efficient power conversion rectification solutions used Schottky diodes. The only way to achieve a breakthrough in efficiency and power density was to use expensive, complex synchronous rectification solutions, with MOSFETs and dedi-cated controllers. ST introduces a new generation of diodes, the FERD with a rectification performance in applications close to that of syn-chronous solutions yet with the lower complexity of traditional rectifi-cation techniques.

Features No or negligible reverse recovery Reverse recovery unaffected by dI/dt and forward current Switching behavior independent of temperature

Benefits Efficiency increased by up to 1% vs conventional ultrafast silicon diodes Less EMI in application Permits reduction in associ-ated filter size and cost

Part Number PackageVRRM I0 VF (@IO) IR IFSM

max [V] max [A] [A] max [mA] max ([A]

STPSC4H065 DPAK, TO-220AC 650 4 1.75 0.04 38

STPSC6H065 D²PAK, TO-220AC, DPAK 650 6 1.75 0.06 60

STPSC8H065 D²PAK, DPAK, TO-220AC 650 8 1.75 0.08 75

STPSC10H065 D²PAK, DPAK, TO-220AC 650 10 1.75 0.1 90

STPSC8H065C TO-220AB 650 2 x 4 1.75 0.04 38

STPSC12H065C TO-220AB 650 2 x 6 1.75 0.06 60

STPSC16H065C TO-220AB 650 2 x 8 1.75 0.08 75

STPSC20H065C TO-220AB, TO-247 650 2 x 10 1.75 0.1 90

STPSC6TH13TI TO-220I 2 x 650 6 1.75 0.06 60

STPSC8TH13TI TO-220I 2 x 650 8 1.75 0.08 75

STPSC10TH13TI TO-220I 2 x 650 10 1.75 0.1 90

STPSC6H12 DPAK 1200 6 1.9 0.4 36

Low Vf Improved efficiency Possibility to reduce the heatsink size and reduce the cost to work at same Tj

Applications Photovoltaic inverter High-end SMPS High-frequency motor control drives

Indispensable when power density increase is crucial Allows the use of smaller passive components Reduction of generated losses* *approx. 70% compared to a solution with bipolar diodes

Part Number Packages NO VRRM I0 VF VF (@IF)

Tj

Max (V) Max (A) Max (V) (A) Max (°C)FERD30M45C TO-220AB, D²PAK 2 45 2 x 15 0.47 15 175

FERD40M45C TO-220AB, D²PAK 2 45 2 x 20 0.50 20 175

FERD40U45C TO-220AB, D²PAK 2 45 2 x 20 0.46 20 175

FERD60M45C TO-220AB 2 45 2 x 30 0.55 30 175

FERD60U45C TO-220AB 2 45 2 x 30 0.50 30 175

FERD20U50DJF PowerFLAT™ 5 x 6 1 50 20 0.51 20 150

FERD20U60DJF PowerFLAT™ 5 x 6 1 60 20 0.51 20 150

Low Leakage current Increase the thermal runaway risk safety margin Easier to put several diodes in parallel

64

Super Barrier Rectifiers (SBR®)

The next Generation of Rectifiers for Automotive Diodes Incorporated has introduced a range of 21 of its Super Barrier Rectifiers (SBR®) qualified to the AEC-Q101 high-reliability automoti-ve standard and backed by PPAP level 3 documentation. The parts are 100% avalanche tested and proven to deliver a reverse avalanche capa-bility of up to 10 times greater than competing Schottky alternatives. Due to the SBR’s unique patented structure, its high reverse avalanche performance ensures greater guardbanding against negative spikes and inductive load surges, thereby raising the ruggedness and reliability of automotive products. In a typical single-pulse avalanche test, avalanche energy measurements for Schottky and SBR devices were respectively 7mJ and 70mJ for the same circuit conditions. Offering current ratings up to 60A and reverse voltage ratings up to 100V, the SBR ‘Q’ portfolio is also characterized by significantly lower reverse leakage current at higher temperatures, helping to minimize circuit losses and increasing protection against thermal runaway. The SBR forward voltage drop is also lower than that of the Schottky, meaning conduction losses are less and overall efficiency is improved in common reverse polarity protection and freewheeling diode circuits for example.

Part Name Package VR (V) Io (A) VF max (V)IR @ Io max @25°C

IR max (mA)VR = VR @25°C

IR typ (mA)VR = VR @125°C

EAS (mJ) AEC-Q101

SBR660CTLQ TO-252 60 6 0.57 0.3 5 190 Yes

SBR6100CTLQ TO-252 100 6 0.74 0.1 6 120 Yes

SBR1045D1Q* TO-252 45 10 0.5 0.3 50 200 Yes

SBR10U45D1Q* TO-252 45 10 0.57 0.3 13 620 Yes

SBR1045CTLQ TO-252 45 10 0.55 0.3 13 200 Yes

SBR15U100CTLQ TO-252 100 15 0.8 0.1 1.5 192 Yes

SBR20A60CTBQ TO-263 60 20 0.47 0.5 20 500 Yes

SBR30A60CTBQ TO-263 60 30 0.63 0.33 40 600 Yes

SBR30A45CTBQ TO-263 45 30 0.55 0.5 65 135 Yes

SBR3045CTBQ TO-263 45 30 0.63 0.5 80 180 Yes

SBR40U60CTBQ TO-263 60 40 0.6 0.4 15 1600 Yes

SBR60A60CTBQ TO-263 60 60 0.62 0.2 15 1600 Yes

SBR8U20SP5Q* PowerDI5 20 8 0.52 0.3 16 146 Yes

SBR8U60P5Q* PowerDI5 60 8 0.53 0.33 20 800 Yes

SBR10U45SP5Q* PowerDI5 45 10 0.47 0.3 30 530 Yes

SBR15U30SP5Q* PowerDI5 30 15 0.49 0.3 10 1074 Yes

SBR12U100P5Q* PowerDI5 100 12 0.55 0.25 11 592 Yes

SBR12U120P5Q* PowerDi5 120 12 0.55 0.3 12 592 Yes

The Diodes’ Advantage AEC-Q101 Hi-reliability qualification in accordance with AEC-Q101 PPAP Supported Production part approval procedure documentation provided Avalanche rated 100% Avalanche tested, ensures more rugged applications Reverse avalanche capability that is up to ten times greater than a Schottky diode, ensuring more reliable end applications Circuit Functions

Reverse polarity protection Boost diode Freewheel diode

Low Reverse Leakage Current (IR) Reduced high temperature reverse leakage provides increased reliability against thermal runaway at high temperatures Low Forward Voltage (VF) The lower forward voltage drop of the SBR ensures power dissipation is minimized

* All devices are dual common cathode except where * denotes single die.

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SiC Schottky Barrier Diodes & further SiC ProductsFeaturing the Industry‘s lowest VF

ROHM provides Eco Devices designed for lower power consumption & high efficiency operation. The second-generation of SiC Schottky barriers diodes features the industry‘s lowest forward voltage (VF=1.35V) – 10% less than conventional products – reducing power consumption consi-derably.

Applications Power supply Photovoltaic Power conditioners Industrial equipment

Benefits Ultra-small reverse recovery time Low conduction loss Reduced temp. dependence High-speed switching possible

Part No.Absolute Maximum Ratings (Ta=25°C)

Electrical Characteristics (Ta=25°C) Package

VR [V] IF [A] VF [V] Typ. IR [µA] Max.

SCS206AG** 650 6 1.35 120 TO-220ACSCS208AG** 650 8 1.35 160 TO-220ACSCS210AG** 650 10 1.35 200 TO-220ACSCS212AG** 650 12 1.35 240 TO-220ACSCS215AG** 650 15 1.35 300 TO-220ACSCS220AG** 650 20 1.35 400 TO-220ACSCS206AM 650 6 1.35 120 TO-220FMSCS208AM 650 8 1.35 160 TO-220FMSCS210AM 650 10 1.35 200 TO-220FMSCS212AM 650 12 1.35 240 TO-220FMSCS215AM 650 15 1.35 300 TO-220FMSCS220AM 650 20 1.35 400 TO-220FMSCS215AE 650 15 1.35 300 TO-247SCS220AE 650 20 1.35 400 TO-247SCS220AE2** 650 10/20* 1.35 200 TO-247SCS230AE2** 650 15/30* 1.35 300 TO-247SCS240AE2** 650 20/40* 1.35 400 TO-247SCS206AJ** 650 6 1.35 120 LPTLSCS208AJ** 650 8 1.35 160 LPTLSCS210AJ** 650 10 1.35 200 LPTLSCS212AJ** 650 12 1.35 240 LPTLSCS215AJ** 650 15 1.35 300 LPTLSCS220AJ** 650 20 1.35 400 LPTLSCS205KG** 1200 5 1.4 100 TO-220ACSCS210KG** 1200 10 1.4 200 TO-220ACSCS215KG** 1200 15 1.4 300 TO-220ACSCS220KG** 1200 20 1.4 400 TO-220ACSCS210KE2** 1200 5/10* 1.4 100 TO-247SCS220KE2** 1200 10/20* 1.4 200 TO-247SCS230KE2 1200 15/30* 1.4 300 TO-247

SCS240KE2 1200 20/40* 1.4 400 TO-247

BVDSS P/N Package RDSon ID max

1200V SCT2080KEC TO247 80 mΩ 40A

1200V SCH2080KEC TO247 80 mΩ 40A

1200V SCT2160KEC TO247 160 mΩ 22A

1200V SCT2280KEC TO247 280 mΩ 14A

1200V SCT2450KEC TO247 450 mΩ 10A

650V SCT2120AFC TO220AB 120 mΩ 29A

* Per pin/per package**Also available with Automotive Grade (AEC-Q101). Adding HR at the end of the partnumber

2nd Gen. SiC MOSFET SiC Diodes

Full SiC Power Module

BVDSS ID max P/N Topology

1200V 120A BSM120D12P2C005 2 in 1

1200V 180A BSM180D12P2C101 2 in 1, MOS only

1200V 180A BSM180D12P3C007 2 in 1

1200V 300A BSM300D12P2E001 2 in 1

Minimized reverse recovery charge (Qrr) Reduce switching loss considerably and contribute to end-product miniaturization

Servers Air conditioners On Board charger for EV/HEV

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Power Rectifiers in Low-Profile SMPD (TO-263AC) & SOT-227 Package

Ultrafast SOT-227TMBS® Trench MOS Barrier Schottky rectifiers with devices that feature a wide range of current ratings and extremely low forward voltage drop for commercial applications. The devices are offered in the low-profile SMPD package, which is footprint compatible with the D2PAK (TO-263).

Benefits Low-profile SMPD package – Typical height of 1.7mm Current ratings from 10A to 60A Low forward voltage drop down to 0.40V at 15A – Low power losses and high efficiency Max. operating junction temp.: 150°C

Applications High-freq. DC/DC conv. Switching power supplies Freewheeling diodes OR-ing diodes Reverse battery protectionReverse batteryReverse batteryprotectionReverse batteryprotection

Vishay P/NIF[A]

VRRM[V]

Typ. VF @ IF TJ[oC]

IFSM[A][V] [A]

V10D100C-M3/I 2*5 100 0.60 5 150 100V10D120C-M3/I 2*5 120 0.64 5 150 100V10D45C-M3/I 2*5 45 0.41 5 150 100V10D60C-M3/I 2*5 60 0.50 5 150 100V20DM120C-M3/I 2*5 120 0.65 5 175 120V10D202C-M3 2*5 200 0,67 5 175 100V20D202C-M3 2*10 200 0,68 10 175 150V30D45C-M3/I 2*15 45 0.40 15 150 200V30D60CL-M3/I 2*15 60 0.49 15 150 200V30D60C-M3/I 2*15 60 0.57 15 150 170V30DL50C-M3/I 2*15 50 0.42 15 150 300V30DM120C-M3/I 2*15 120 0.67 15 175 150V30D202C-M3 2*15 200 0,66 15 175 260V40D100C-M3/I 2*20 100 0.63 20 150 250V40D120C-M3/I 2*20 120 0.64 20 150 250V40DM120C-M3/I 2*20 120 0.64 20 175 250V60D100C-M3/I 2*30 100 0.66 30 150 320V60D120C-M3/I 2*30 120 0.70 30 150 320V60D45C-M3/I 2*30 45 0.48 30 150 320

SMPD – Schottky Rectifier

Vishay P/N IF[A]

VRRM[V]

Typ. VF @ IF TJ[oC]

Typ. trr[A][V] [A]

VS-16CDH02M3 2*8 200 0.77 8 175 23VS-16EDH02M3 16 200 0.75 16 175 26VS-20CDH02M3 2*10 200 0.77 10 175 22VS-10CDH06M3 2*5 600 0.90 5 175 45VS-12CDU06M3 2*6 600 0.86 6 175 65VS-16EDU06M3 16 600 0.91 16 175 100VS-16CDU06M3 2*8 600 0.94 8 175 70VS-30CDU06M3 2*15 600 0.90 15 175 95

SMPD – Ultrafast Rectifier

Ultrafast SOT-227Vishay released a new series of Ultrafast Diodes Modules in the SOT-227 package with a wide range of current ratings and lower thermal resistance. Based on Vishay´s FRED Pt® and HEXFRED® Ultrafast diodes, these modules provide ultrasoft recovery cha-racteristics with higher thermal efficiency versus previous gene-rations.

Benefits Easy to use and parallel Lower thermal resistance compared to previous generation This flexible package allows several user-level configurations Used with Vishay IGBT SOT-227 modules, it is possible to design a full converter using SOT-227 modules only FRED Pt® and HEXFRED® provide ultrasoft recovery current shape

Applications Output rectification on welding machines Switch Mode Power Supplies (SMPS) DC/DC converters Motor controls Inverters

Device Vrrm [V] IF(AV) at TC Typ trr at 25°C[A] [°C] [ns]

VS-UFB80FA20 200 80 129 34VS-UFB80FA40 400 80 121 68VS-UFB80FA60 600 80 104 79VS-UFL80FA60 600 80 115 115VS-UFB130FA20 200 130 126 42VS-UFB130FA40 400 130 114 86VS-UFB130FA60 600 130 92 79VS-UFL130FA60 600 130 98 105VS-UFB201FA40 400 200 86 80VS-UFB280FA20 200 280 100 34VS-UFB280FA40 400 280 90 93VS-UFB230FA60 600 230 88 83VS-UFL230FA60 600 230 102 104VS-UFB250FA60 600 250 113 166

VS-UFB310CB40* 400 310 119 89VS-UFL250CB60* 600 250 133 166VS-HFA70FA120 1200 70 94 134VS-HFA70EA120 1200 70 121 145VS-HFA90FA120 1200 90 63 80VS-HFA140FA60 600 140 110 90VS-HFA140FA120 1200 140 74 145VS-HFA220FA120 1200 220 68 157

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ModulesRutronik offers a wide range of power module topologies, stan-dard solder-pin connectors, press-fit technology, spring connec-tions, innovative thermal interface material (TIM), and a broad power spectrum range. The offering encompasses Intelligent Power Modules (IPM), Power Integrated Modules (PIM, a combination of input rectifiers, inverter and brake chopper), sixpack inverters, and rectifier, PFC-, H-bridge, half-bridge, booster, as well as NPC, MNPC and AMNPC converter modules. Our experts work closely with yours to deliver solutions that fit your needs.

Modules

BYD Infineon International Rectifier

Littelfuse ROHM STMicroelectronics Vincotech Vishay

Full Bridge

Half Bridge

IGBT

MOSFET

Rectifier

6-PAK

IPM

PFC

SiC

Applications Induction heating Microwave Multifunction printers Solar inverter Motor control UPS

Airconditioning Washing machine Power supply Power tools Welding Pumps

International Rectifier

Littelfuse ROHM STMicroelectronics Vincotech

Airconditioning Washing machine Power supply Power tools Welding Pumps

Washing machine

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BYD Microelectronics

BYD Microelectronics, a subsidiary of BYD Company Ltd., is dedicated to development of integrated circuits and power devices. Furthermore, BYD focuses on developing world first class power modules and provides the highest quality and efficient customized services to our customers. There are generally two types of power modules: automobile and industrial, all series of the module have been certified by strict reliability and performance tests.

IGBT Power Modules in 34 / 62 mm Packages BGxxxBxxx Series

Features & Benefits Relatively lower saturation voltage drop, switch loss and stray resistance Lower heat resistance, excellent heat dissipation Relatively wider working area, high reliability Anti-vibration design Globally applicable package

Intelligent Power Modules (IPM)BIPxxx Series

The products provide very compact and high performance as AC motor drivers mainly targeting low-power inverter-driven appli-cations like air conditioner, washing machine, frequency converter, sewing machine, etc. It combines optimized circuit protection and drive matched to low-loss Mosfet or IGBT.

Part Number Package Current [A] Voltage [V]

BG75B06LX2R-I

34mm

75 600

BG100B06LX2R-I 100 600

BG50B12LX2R-I 50 1200

BG75B12LX2R-I 75 1200

BG100B12LX2R-I 100 1200

BG100B12LY2R-I

62mm

100 1200

BG150B12LY2R-I 150 1200

BG200B12LY2R-I 200 1200

BG300B12LY2R-I 300 1200

BG400B12LY2R-I 400 1200

Applications Welding AC motor control inverters Servomotor UPS

Part Number Package Current [A] Voltage [V]

BIP60002H BIP26-2912 2 600

BIP60010GBIP25-3824

10 600

BIP60015G 15 600

BIP60010

BIP27-4426

10 600

BIP60015 15 600

BIP60020 20 600

BIP60030 30 600

BIP120035BIP30-7931

35 1200

BIP120050 50 1200

Modules

Build-in IGBT,FRD, LVIC,HVIC Single power supply Have under-voltage lock-out pro-tection, over-current protection , fault output fuction Division of three phase DC nega-tive side, can independently test the line current

Compact structure, simplify system design, system reliabi-lity and stability Built-in high-voltage integra-ted circuit (HVIC), achieved without optocoupler isolation Low price, highly competitive market

BIP26BIP30

BIP25BIP27

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Infineon is the first supplier of a 600A current rated module for all voltage classes in the EconoDUAL™3 package. With excellent mechanical robustness, power cycling capability as well as the option of PressFIT pins, Infineon offers a reliable, cost-effective solution for applications like wind turbines, drives, hybrid vehicles etc.

A thermal interface material, especially developed for and pre-applied to Infineon’s power modules outperforms the general purpose materials available. TIM not only provides the lowest thermal resistance, it also fulfills the highest quality standards given for power modules to achieve the longest lifetime and highest system reliability.

Features Highest power density for compact inverter designs Trench/Fieldstop IGBT4 Compact modules with only 17mm height PressFIT contact technology Emitter controlled diode Integrated NTC temperature sensor T(vj op) = 150°C V(CEsat) with positive tempe-rature coefficient Isolated base plate Parallel operation enabled by symmetrical design Standard housing

Benefits: New advanced assembly tech-nologies Superb thermal performance to enable full power utilization Plug and play upgrade of existing inverter designs PressFIT and solder pin versions Best in class current rating: 650V/1200V/1700V 600A with Infineon’s IGBT4

Main Features: Best in class thermal resistance Pre-applied to Infineon modules Dry to the touch Optimized for dedicated Infineon modules

Benefits: Reduced process time in manufacturing Simplified mounting Increased system reliability Increased system lifetime Optimized thermal management Improved handling in case of maintenance

EconoDUAL™ 3 650V/1200V/1700V 600A - best in class

TIM (Thermal Interface Material)

IC [A] 650V 1200V 1700V

600 FF600R07ME4_B11 FF600R12ME4_B11 FF600R17ME4_B11

FF600R12ME4P_B11 FF600R17ME4P_B11

FF600R12ME4C_B11

FF600R12ME4CP_B11

FF600R12ME4A_B11 NEW

…P Thermal Interface Material | _B11 PressFIT Modules | …A Automotive qualified | …C Soft Diode Performance

The FF600R17ME4_B11 is the flagship product of Infineon’s well established EconoDUAL™ 3 series. It is developed with a clear focus on maximum possible power density within a given footprint. With the use of copper bonding technology as well as an improved DCB the output power can be increased by more than 30% when compared to the 450A version.

The FF600R12ME4A_B11 is a new member of Infineon’s Econo-DUAL™3 family. With its automotive qualification it addresses demanding applications in commercial and agricultural vehicles such as hybrid and full electric busses as well as construction vehicles.

EconoDUAL™3 package. With excellent mechanical robustness, power cycling capability as well as EconoDUAL™3 package. With excellent mechanical robustness, power cycling capability as well as

70

A thermal interface material, especially developed for and pre-applied to Infineon’s power modules outperforms the general purpose materials availa-ble. TIM not only provides the lowest thermal resistance, it also fulfills the highest quality standards given for power modules to achieve the longest life-time and highest system reliability.

EconoPACK™4IGBT Modules

The EconoPACK™ 4 package perfectly fits into the well-known Econo portfolio. EconoPACK™ 4 features screw power terminal, providing excellent electric connection. DC and AC link are separated and distinguishable at one glance for ease of use. Control pins feature Infineon‘s PressFIT technology for solderless assembly. A new and highly reliable ultrasonic welding process is used for all connections between the terminals and the DCBs within the module.Optimized gate driver connection is possible by placing the driver on top of the module. Low parasitic stray inductance and optimized thermal resistance to heat sink contribute to excellent inverter solu-tions. The EconoPACK™ 4 portfolio is available in current ratings from 100 A up to 400 A. Sixpack and half-controlled input rectifier configurations (available in 1600 V with current ratings of 240 A and 360 A) are tailor-made for industrial applications. Furthermo-re, three level one phase solutions are available with the 650V, 1200V and 1700V IGBT Technology and current ratings of 200 A to 400 A, offering higher efficiencies, lower switching losses as well as savings in system costs, e.g. due to lower filter requirements.

1EDI EiceDRIVER™

Main Features Robustness: rugged mechanical design with ultrasonic welded and injection moulded terminals Easy and most reliable assembly: PressFit control pins and screw power terminals for completely solderless connections Efficiency: leading IGBT technologies with increased Tvjop = 150°C, optimized module layout for high power densities Integration: compact rectifier, sixpack and three level one phase configurations with NTC

The EconoPACK™ 4 package perfectly fits into the well-known Econo portfolio. EconoPACK™ 4 features screw power terminal, providing excellent electric connection. DC and AC link are separated and distinguishable at one glance for ease of use. Control pins feature Main Features

Robustness: rugged mechanical design with ultrasonic welded

IC [A] 650V 1200V

NPC-1 NPC-2

200 F3L200R07PE4

300 F3L300R07PE4 F3L300R12PT4_B26

400 F3L400R12PT4_B26

3-Level

2-Level

Others

2-Level 650V 1200V 1700V

IC [A] sixpack sixpack sixpack

100 FS100R07PE4 FS100R12PT4 FS100R17PE4

150 FS150R07PE4 FS150R12PT4 FS150R17PE4

200 FS200R07PE4 FS200R12PT4

IC [A] 650V 1200V 1600V

3x chopper 3x chopper half-controlled input rectifier

200 FD200R12PT4_B6 DF200R12PT4_B6

240 TDB6HK240N16P

300 FD300R07PE4_B6 DF300R07PE4_B6

360 TDB6HK240N16P

400 FD400R07PE4R_B6 DF400R07PE4R_B6

EiceDRIVER™ solutions from Infineon are the expert’s choice. With its HV Gate Driver Boards and HV Gate Driver ICs Infineon provides a broad spectrum of solutions for reliable and efficient controls for IGBT and MOSFET products.

ED-Compact

efficient controls for IGBT and MOSFET products.

Main Features: Single channel isolated driver Input to output isolation voltage up to 1200V For high voltage power MOSFETs and IGBTs Up to 6A minimum peak rail-to-rail output Separate source and sink outputs or active Miller Clamp

71

Small, Low-Losses, Intelligent Molded ModulesSLLIMM™ Series

ST extends its power products portfolio introducing the IPM (intelligent power module) family. This 3-phase inverter, called SLLIMMTM (Small, Low Losses, Intelligent, Molded Modules) provides a compact, high-performance AC motor drive in a simple, rugged design. The ST SLLIMMTM modules, composed of six 600V IGBTs with freewheeling diodes and three half bridge HVICs (ST proprietary control ICs) gate drivers, covers a large gamma of current capability from 3A, with the smaller SLLIMMTM-nano (26 NDIP full molded package), to 30A with the bigger SLLIMMTM products (25 and 38 Small and Large DIP DBC, direct bond copper, packages). The ST SLLIMMTM compact inverter provides low electromagnetic interference (EMI) characteristics with optimized switching speed. The ST IPM family products assure several options, from low-cost to fully-equipped versions, and as most recent opportunity a one-phase Single Leg module has been developed too.

Benefits High Reliability Advanced protection functions Reduced EMI and noise

Target Applications Low-power motor drives Washing machine, dish washers Compressor drives refrigerators

˜

Microcontroller

Gate driver

Gate driver

Gate driver

NTCtemperaturemonitoring

Bridge rectifier

Half bridge

Half bridge

Half bridge

Feedback

M

Intelligent power module

Part Number STGIPN-3H60A

STGIPN-3H60*

STGIPS-10K60A

STGIPS-10K60T*

STGIPS-14K60T*

STGIPS-14K60

STGIPL-14K60

STGIPS-20K60

STGIPS-20C60*

STGIPL-20K60

STGIP-S30C60*

Pin Count 26 26 25 25 25 25 38 25 25 38 25

Pkg Size [mm] 29.5x12.5x3.1

29.5x12.5x3.1

44.4x22.0x5.4

44.4x22.0x5.4

44.4x22.0x5.4

44.4x22.0x5.4

49.6x24.5x5.4

44.4x22.0x5.4

44.4x22.0x5.4

49.6x24.5x5.4

44.4x22.0x5.4

DBC substrate no no yes yes yes yes yes yes yes yes yes

Voltage [V] 600 600 600 600 600 600 600 600 600 600 600

Current @ Tc=25°C [A] 3 3 10 10 14 14 15 18 20 20 30

Rth (max) [ºC/W] 50 50 3.8 3.8 3 3 2.8 2.4 2.7 2.2 2.4

NTC no no yes yes yes no yes no no yes no

Integr. Bootstrap diode yes yes yes yes yes yes yes yes yes yes yes

Smart shutdown function no yes no no no yes yes yes yes yes yes

SD function no yes no yes yes yes yes yes yes yes yes

Op-amps for advanced current sensing

no yes no no no no yes no no yes no

Comparator for fault protection

no yes no no no yes (1pin) yes (3pin) yes (1pin) yes (1pin) yes (3pin) yes (1pin)

*Available with STD input driving too (STGIPN3H60-H; STGIPS10K60T-H; STGIPS14K60T-H; STGIPS20C60-H; STGIPS30C60-H)

Reduced total system cost Easy layout

Sewing machines pumps Power tools fans Rehabilitation and fitness applications

72

Flexible Module Solutions for Motion ControlPower Modules

Vincotech is an established, reliable partner in designing and building semiconductor power modules for motion control, renewable energy and power supply applications, setting performance standards for both off-the-shelf and application-specific solutions. An independently operating affiliate of Mitsubishi Electric Corporation staffed with around 500 people worldwide, Vincotech delivers fast, flexible and customer- focused solutions, service and support to empower customers‘ ideas.

Vincotech offers Power semiconductor modules based on components from leading manufacturers (IGBT, MOSFET, thyristors and diodes, SiC MOSFET) as well as passive components (shunts, capacitors, NTC, PTC) Various topologies (e.g. Rectifier, Sixpack, PIM (CIB), PIM with PFC, IPM) all with low stray inductance 22 different housings in various contact options (solder, Press-fit, screw and spring terminals), flexible heat sink orientation (horizontal and vertical), with pre-applied thermal interface material, e. g. highly conductive phase change material. Standard Al2O3 and advanced AlN substrate for improved thermal connectivity Convex, pre-bent DCB to minimize thermal grease thickness Simulation tools that interactively calculate modules’ electrical and thermal behavior based on fully measured parameters

Available Topologies Package Voltage [V] Current [A]

Rectifier, sixpack, PIM with PFC flow 0B 600...1600 4...35

Rectifier, sixpack, 7pack, PIM (CIB), PIM with PFC, half-bridge, H-bridge flow 0 600...1600 4...200

Sixpack flow 90 0 1200 8...35

Sixpack, 7pack, PIM (CIB), H-bridge flow 1 600...1200 15...100

IPM flow 1B 600...1200 4...10

Rectifier, sixpack, 7pack, PIM (CIB) flow 2 600...1600 35...150

Rectifier, sixpack, PIM (CIB), PIM with PFC flow 90 1 600...1600 6...75

Sixpack, PIM (CIB) MiniSKiiP® 600...1200 6...150

"MiniSKiiP®“ is a trade mark of SEMIKRON Elektronik GmbH & Co KG

A major part of the power module portfolio is designed for standard motor drive applications featuring state-of-the-art chip technologies. The flow module family is suited for a power range of below 1 kW and up to 50 kW. The name Vincotech stands for highest product reliability and excellent customer service resulting in outstanding customer satisfaction.

73

RF / HF TRANSISTORS

RF / HF TransistorsIn the fast growing market for wireless applications Rutronik offers a wide range of cost-effective, and high-end RF / HF transistors. Our comprehensive portfolio includes Low Noise Amplifiers (LNAs), Biased Low Noise Amplifiers, High Linearity Transistors, MMICs, RF MOSFET as well as LD MOS. Find the most suitable device in our product catalogue and ask for samples respective design support via our e-commerce platform: www.rutronik24.com

Type Diodes Infineon Intersil STMicroelectronics Applications

RF Transistors BFSxxxZUMTSxxx

BFP1xx, BFP4xx BFP5xx, BFP6xx BFP7xx

General purpose

MMICs ICs BGA4xx, BGB7xx Broadband and driver amplifier

Low Noise Amplifier BGA4xx, BGA6xx GPS, WLAN, UMTS, Mobile TV

LDMOS PTFAxxx PD200xxx, PD54xx, PD55xx, PD84xx, PD85xx, STAP85xx

Portable/mobile radios, wireless data modems, wireless alarm systems, HF/VHF marine radio, RFID and meter readers, power amplifier applications

Ultra High Frequency Transistor Arrays

HFA3xxx VHF/UHF amplifiers, VHF/UHF mixers, IF converters, synchronous detectors

74

www.rutronik.com/SMART

WIRELESS COMPONENTS

SENSORS

MICROCONTROLLERS

POWER MANAGEMENT

OUR RANGE OF CORE PRODUCTSThe perfect symbiosis for environmental sensing, data processing, wireless internet connectivity and high efficient power supply.

OUR PARTNER AND CORE LINESWorldwide leaders in SMART technologies and innovation

THE FOUR CORE SEGMENTS OF RUTRONIK SMARTRUTRONIK SMART will provide specific support to manufacturers of devices with focus on smaller and often portable devices in four different market areas.

LIFE STYLE

Wearables Sports & games Accessories Beacons Indoor navigation Wellness

HEALTHCARE

Patient monitoring Hearing aids Weight scale Pulse oximeter Blood glucose monitor

COMFORT

Home automation Home appliances Lighting control HVAC control Door locks Metering

SAFETY

Track & trace Surveillance Alarm systems Smoke detectors Crash detection Emergency stop

DESIGN YOUR SMART PRODUCTS

75

Germany – Headquarters

Rutronik Elektronische Bauelemente GmbH | Industriestraße 2 | 75228 Ispringen / PforzheimTel. +49 (0) 7231 801-0 | Fax +49 (0) 7231 82282 | E-Mail: rutronik@rutronik.com | www.rutronik.com

Berlin Justus-von-Liebig-Straße 7 12489 Berlin Tel. +49 30 8 09 27 16-0

Dresden Radeburger Straße 172 01109 Dresden Tel. +49 351 20 53 30-0

Erfurt Flughafenstraße 4 99092 Erfurt Tel. +49 361 2 28 36-30

Frankfurt Frankfurter Straße 151 c 63303 Dreieich Tel. +49 6103 2 70 03-0

Freiburg Basler Landstraße 8 79111 Freiburg Tel. +49 761 61 16 77-0

Hamburg Neue Gröningerstraße 10 20457 Hamburg Tel. +49 40 3 59 60 06-20

Hannover Rendsburger Straße 32 30659 Hannover Tel. +49 511 228507-0

Mannheim Amselstraße 33 68307 Mannheim Tel. +49 621 76 21 26-0

München Landsberger Straße 392 81241 München Tel. +49 89 88 99 91-0

Nürnberg Südwestpark 10/12 90449 Nürnberg Tel. +49 911 6 88 68-0

Ostwestfalen Brockweg 133 33332 Gütersloh Tel. +49 5241 2 32 71-0 Ratingen Gothaer Straße 2 40880 Ratingen Tel. +49 2102 99 00-0

RUSOL GmbH & Co. KG Industriestraße 2 75228 Ispringen Tel. +49 (0) 7231 801-2910 rusol@rusol.com www.rusol.com

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

Spain Rutronik España S.L.Barcelona C/ Marqués de Sentmenat 54 - 58, 3a Planta - 1o, 08029 Barcelona Tel. +34 93 4 44 24 12Madrid Ctra. Canillas 134 - 1a Planta - 9B 28043 Madrid Tel. +34 91 3 00 55 28San Sebastián Po Ubarburu, 71 - 1oE 20115 Astigarraga/Guipuzcoa Tel. +34 943 40 45 28

Sweden Rutronik Nordic AB Kista Science Tower Färögatan 33 16451 Kista Tel. +46 8 50 55 49 00

Switzerland Rutronik Elektronische Bauelemente AG

Volketswil Brunnenstrasse 1 8604 Volketswil Tel. +41 44 9 47 37 37

Yverdon-les-Bains Rue Galilée 15, 1400 Yverdon-les-Bains Tel. +41 24 4 23 91 40

Turkey in foundation Tel. +49 7231 801-1751 rutronik_tr@rutronik.com

United Kingdom & Ireland Rutronik UK Ltd. 1-3 The Courtyard, Calvin Street The Valley, Bolton BL1 8PB, Lancashire, UK Tel. +44 1204 363311

France Rutronik S.A.S 6, Mail de l’Europe 78170 La Celle St Cloud Tel. +33 1 30 08 33 00 rutronik_sas@rutronik.comBordeaux Tel. +33 5 57 26 40 00Grenoble Tel. +33 4 76 61 00 90Le Mans Tel. +33 2 43 78 16 97Lyon Tel. +33 4 72 76 80 00Poitiers Tel. +33 5 49 52 88 88Rennes Tel. +33 2 23 45 14 40Strasbourg Tel. +33 3 88 78 12 12

Hungary Rutronik Magyarország Kft. Alíz utca 1 1117 Budapest Tel. +36 1 371 06 66

Italy Rutronik Italia S.r.l. 21, Via Caldera Centro Direzionale S.Siro 20153 Milano (MI) Tel. +39 02 4 09 51-1 italia_MI@rutronik.com

Ancona Tel. +39 071 2 91 62 18

Bologna Tel. +39 051 6 46 32 00

Florence Tel. +39 055 8 82 73 32

Padua Tel. +39 049 8 69 78 00

Rome Tel. +39 06 228 782-1

Turin Tel. +39 011 9 02 20 00

Lithuania Rutronik Elektronische Bauelemente GmbH Raudondvario pl.76 47182 Kaunas Tel. +370 37 26 17 80

Austria Rutronik Elektronische Bauelemente Ges. m. b. H. Durisolstraße 11 4600 Wels Tel. +43 7242 4 49 01

Belgium Rutronik Belgium BVBA Keppekouter 1 Ninovesteenweg 198 9320 Erembodegem-Aalst Tel. +32 53 60 65 90

Bulgaria Rutronik Elektronische Bauelemente GmbH Blvd. Nikola Vaptzarov 35 Business Center Lozenec Floor 1, Office No 1B 1407 Sofia Tel. +35 92 974 86 46

Czech Republic Rutronik Elektronische Bauelemente CZ s.r.o.

Brno Slavičkova 1a 63800 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.

3 Summit Park Drive, Suite 535 Cleveland, Ohio 44131 Tel.: +1 216 328 8900

Mexico Rutronik Mexico S.A. DE C.V.

Av. Armando Birlaing Shaff ler No. 2001 Piso 8 A-II Corp. Central Park Torre 1, Centro Sur 76090 QUERETARO, Qro. Tel. +52 442 103 1800

China Rutronik Electronics (Shenzhen) Co., Ltd

Shenzhen Room 807, Excellence Bldg., No. 98, Fuhua 1 Road Futian Distr., Shenzhen Tel. +86 755 8240 7106

Shanghai Room 1710, Dongchen Tower No. 60, Mudan Road Pudong New Distr., Shanghai Tel. +86 216 8869 910

Chengdu Room no. 407, 4F No. 31 Zong Fu Street 610016 Chengdu Tel. +86 28 8651 2214

Hong Kong Rutronik Electronics Asia HK Ltd.

Hong Kong 54/F, Hopewell Centre 183 Queens Road East, Wan Chai Hong Kong Tel. +852 5337 0119

Taiwan Rutronik Electronics Asia HK Ltd.

Taipei (Taiwan representative office) 8F, No. 367, Fuxing N. Rd., Songshan Dist, Taipei City, 10543 Taiwan Tel. +886 (2) 2175 2936

Thailand Rutronik Elektronische Bauelemente GmbH

2/1 Soi Rom Klao 25/2 Rom Klao Road, Khlongsamprawet Ladkrabang, 10520 Bangkok Tel. +66 2 737 6423

Netherlands Rutronik Elektronische Bauelemente GmbH Papland 4a 4206 CL Gorinchem Tel. +31 183 64 60-50

Norway Rutronik Elektronische Bauelemente GmbH Olav Helsets vei 6 0694 Oslo Tel. +47 22 76 79 20

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

Warsaw ul. Broniewskiego 3 01-785 Warszawa Tel. +48 22 462 70-50

Portugal Rutronik Elektronische Bauelemente GmbH Av. General Humberto Delgado Porta 8, 1ºAndar, Sala R 4760-012 V. N. Famalicão Tel. +351 252 3 12-336

Romania Rutronik Elektronische Bauelemente GmbH Martin Luther Str. no. 2, 3rd floor 300054 Timişoara Tel. +40 25 64 01 240

Bucureşti Tel. +40 314 25 38 39

Russia Rutronik Beteiligungsgesellschaft mbH Levoberejnaya sreet 12 Hotel Soyuz, office 314 125445 Moscow Tel. +7(499) 963 31 84

Serbia Rutronik Elektronische Bauelemente GmbH YUBC Bul. Mihajla Pupina 10z/IV, 11070 Beograd Tel. +381 11 311 33 66-3

European branches: International branches:

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