Post on 29-Oct-2020
Mini-Circuits –
i
MMIC Amplifiers
MSiP – High Gain LNA, DVGA
High Power Variable Gain, Push-Pull, DC Bypass, Ultra-Wideband, LNA
Low Noise – Plastic and Hermetic Packaged Wideband Microwave (inc. DC sequencing unit)
About Mini-Circuits
Reference Designs EZ Samples
High Dynamic Range General Purpose – Wide Band, Flat Gain & Low Residual Phase Noise
Product Highlights
75 Ohm
Connectorised Amplifiers
Mini-Circuits –
i
RF Attenuators
Wideband RF switches
Power Splitters / Combiners MMIC 2way & 4way -0º Splitter/combiner
LTCC QCS Hybrid Splitters New QCV-151+ 2way-90º Splitter
Couplers High Power Ultra Wideband Miniature LTCC Microwave
Termination
Mini-Circuits –
i
RF Transformers
Ultra Wideband Bias-Tees
Ceramic Resonator Filter
Filters Miniature Ceramic Filter
High Isolation Diplexers
Discrete Component Filters
High Q Air Cavity Resonator
Voltage Controlled Oscillators
Double Balanced Mixers Broadband Frequency Multipliers
Synthesizers
Mini-Circuits –
i
Higher Integrated Modules
Test Cables
Special Development Capability
Portable Test Equipment
Rack Mounted Test Systems
Mini-Circuits –
i
FOUNDED: 1968 by Harvey Kaylie VISION: To be the Preferred
Worldwide Supplier of RF and Microwave Products
FOOTPRINT: > 15 locations > 2500 employees
worldwide >10,000 Active Models >20,000 Active Customers FINANCIAL: Privately Owned / Debt Free
About Us
Mini-Circuits –
i
• ACCO - ISRAEL • IPOH – MALAYSIA • NAHARIYA - ISRAEL • PENANG - MALAYSIA • GUEI-SHAN SHIANG - TAIWAN
• STUART – FL • BRANSON - MO • CHENNAI – INDIA • FRIMLEY GREEN - UK • KIRYAT BIALIK – ISRAEL
• HIALEAH - FL • DEER PARK-NY • BROOKLYN – NY • SAN JOSE – CA • SACRAMENTO – CA
• SEOUL - KOREA • ZHUHAI - CHINA • GUANGNING - CHINA • JAKARTA - INDONESIA
About Us
Mini-Circuits –
i
Mini-Circuits designs, develops and manufactures Frequency Generation Products that contain a wide range of technologies, including:
• Discrete components
• Foundry Products
• Ceramics
• Micro-strip
About Us
Mini-Circuits –
i
QUALITY POLICY
Mini-Circuits quality policy is to provide products and services to our internal and external customers that will:
Meet Stated requirements
Exceed expectations
Continuously be improved
About Us
Mini-Circuits –
i
www.minicircuits.com
Introducing EZ to Get Samples A. Browse our site and look for the “Available
for EZ Sample” link above the technical dashboard page of all available models.
B. Log-in or register with minicircuits.com, complete the short sample request form, and fill in your shipping information.
C. You will receive an order confirmation by
email within a few minutes, and your samples will arrive within a few days. Mini-Circuits will pay shipping charges to make sure you get what you need to make an informed decision at no cost.
EZ Samples
Mini-Circuits –
i
www.minicircuits.com/support/reference_designs.html
Our online index of Mini-Circuits products supporting over 80
Integrated Circuits
See Full List
Reference Designs
Mini-Circuits –
i
General Purpose MMIC Amplifiers « Wide Band »
« No External Matching Required »
General Purpose Gain Blocks
Mini-Circuits –
i
Low Residual Phase Noise - GALI-4+
• Darlington InGaP HBT, SOT-89 Package • 14dB gain, 17.5 dBm P1dB • Input / Output Return Loss: > 30 dB typ to 1 GHz. • Ultra Low Residual Phase Noise; better than -174dBc/Hz at 10 KHz • Applications: Radar, Ultra low phase noise frequency sources
General Purpose Gain Blocks
Mini-Circuits –
i
Ultra Flat, Low Gain - LEE-9+
• Darlington InGaP HBT • DC to 8 GHz • Low Gain: 8.5 dB typ. at 0.1 GHz, 7.7 dB typ. at 8 GHz • Outstanding Gain Flatness: ± 0.5 dB typ. • Output Power: 13.9 dBm typ. at 2 GHz • Input Return Loss: 17 -29 dB typ. • Output Return Loss: 12 -34 dB typ.
3mm x 3mm MCLP package
General Purpose Gain Blocks
Mini-Circuits –
i
Ultra Flat, Medium Gain - GVA-62+
• Operating frequency 0.01 to 6 GHz • ± 0.7dB gain flatness from 50 to 3000 MHz • Gain of 15dB typ at 1GHz • IP3 38dBm typ at 1 GHz • Direct from rail: 82mA typ @ 5V Vcc • Alternative to RFMD SBB4089Z
GVA-62+ Spec
General Purpose Gain Blocks
Mini-Circuits –
i
Ultra Flat, Wideband - GVA-123+
• Excellent Gain Flatness, ±0.7 dB, 0.05-8 GHz • Gain, 17.0 dB typ. at 2 GHz • Excellent return loss, 20 dB typ., 2 GHz • Low DC current consumption
• 52 mA typ from 5V supply • Excellent ESD, class 1C for HBM
GVA-123+ Spec
General Purpose Gain Blocks
Mini-Circuits –
i
Flat, High Gain - GVA-60+
GVA-60+ Spec
General Purpose Gain Blocks
• Operating frequency 0.01 to 5 GHz • ± 0.3dB gain flatness
• 50 to 1000 MHz • Typical performance at 400 MHz
• 20dB gain • 39dBm OIP3 • 20dBm P1dB
• Direct from Rail: 92mA typ @ 5V Vcc • Excellent Temperature Stability • Alternative to RFMD SBB2089Z
Mini-Circuits –
i
Flat, High Gain - GVA-63+ • Operating frequency 0.01 to 6 GHz • 21dB typ gain (±1.7dB) up to 3 GHz • Low current: 69mA from 5V supply • Noise Figure of 3.8dB typ • Excellent Return Loss: 20dB typ • Alternative to RFMD SBB5089Z
GVA-63+ Spec
General Purpose Gain Blocks
Mini-Circuits –
i
High Dynamic Range MMIC Amplifiers « High Linearity Low Noise »
« InGaP HBT & E-PHEMT Technology »
High Dynamic Range MMICs
Mini-Circuits –
i
High Dynamic Range - PHA-1+
• Wideband performance, 50 to 6000 MHz • No external matching components
• High linearity design with IP3 typically 20dB above P1dB
• 42dBm typ IP3 at 2 GHz • 22dBm typ P1dB at 2 GHz
• Excellent noise figure, 2dB typ at 2 GHz
• High input no damage level, +24dBm
High Dynamic Range MMICs
Mini-Circuits –
i
High Dynamic Range PHA-1+
PHA-1+ Spec
PHA-1+ Data
LTE Performance
TD-SCDMA Performance
High Dynamic Range MMICs
Mini-Circuits –
i
NEW – Miniature, High Dynamic Range - LHA-1+
• xHA-1+ series die • Small 3 x 3 mm package • At 2 GHz:
• 40 dBm typ. IP3 • 22.7 dBm typ. P1dB • 2.1 dB noise figure
• Low thermal Resistance – 59 °C/W • Better thermal properties than industry standard SOT-89
• Usable down to 4 V
LHA-1+ Spec
High Dynamic Range MMICs
Mini-Circuits –
i
MSIP, Internally matched for Optimum IP3 - HXG Series
• xHA-1+ series die • Integrated matching circuits • Optimised for highest IP3
•High IP3 up to 46dBm achieved • Hermetic Hi-Rel Ceramic Package
• 6.4 x 6.4mm size
Model Freq (GHz)
Gain (typ)
OIP3 (typ) NF (typ) Input No
Damage P1dB (typ)
HXG-122+ 0.4-1.2 15dB 45dBm @900MHz 2.2 +24dBm 23dBm
HXG-242+ 0.7-2.4 15dB 46dBm @1.5GHz 2.4 +24dBm
23dBm
High Dynamic Range MMICs
Optimum Match for
IP3
Mini-Circuits –
i
Dual Matched High IP2 - PHA-11+
• xHA-1+ series die • Matched amplifier pair for outstanding IP2 and IP3 • Matching available for 50Ω and 75Ω, • Frequency 50 - 1300 (75Ω ) & 50 - 3000MHz (50 Ω) • Single Channel Performance
• IP3 of 42dBm typ • P1dB of 22dBm typ
• Low NF of 2dBm typ •Alternative for WJ’s AH22
PHA-11+ Spec PHA-11+ Test Data
High Dynamic Range MMICs
Mini-Circuits –
i
NEW - MMIC Amplifiers Available in Die Form
• Gel-Pak, array or wafer level • Series of catalogue models to be developed • Requests for specific amplifiers welcome • Initial offering is xHA-1+ series die:
• 50-6000 MHz • High linearity • Low noise
PHA-1-D+ Spec
Ground
Ground RF Out & DC
RF In
BARE DIE
ASSEMBLY DIAGRAM
High Dynamic Range MMICs
Mini-Circuits –
i
Low DC Power Consumption - PGA-102+/1021+
• Frequency range of 50 to 6000 MHz • Adjustable Current consumption
• 57-83mA typ from 3V3 rail (190-275mW) • P1dB 17dBm typ • Low NF of 2dB typ • Extremely high input no damage level, 28dBm • Alternative to WJ AG102
PGA-1021+ Spec PGA-102+ Spec
33dBm IP3 @
83mA 26dBm IP3 @
57mA
High Dynamic Range MMICs
Mini-Circuits –
i
Low Noise, High IP3 - PGA-103+
• Frequency range of 50 to 4000MHz • Low NF, < 1dB typ • IP3 45 dBm typ @ 2 GHz
• No external matching required • P1dB 22dBm typ • 97mA typ @ 5V Vcc • Capable of operating in high magnetic fields (3T)* • Alternative to RFMD SPF-5189Z
PGA-103+ spec
High Dynamic Range MMICs
*Not verified by MCL - Customer test results only
Mini-Circuits –
i
Flat Gain, High IP3 - PGA-105+
• Frequency range of 40 to 2600MHz • P1dB 19.3dBm typ • IP3 39 dBm typ @ 2 GHz • Direct 5V supply • Low NF of 1.9dB typ • Alternative to Avago MGA-30889 • Dual Matched version available – MPGA-105+
PGA-105+ spec
High Dynamic Range MMICs
MPGA-105+ spec
Mini-Circuits –
i
High Power - GVA-91+
• GaAs HBT Power Amplifier • Matched Performance:
• P1dB 26.5-29.5dBm typ • High PAE; 45-47% typ • Gain ; 20.4 dB at 920 MHz, 15.9dB at 2140 MHz
• Matching Circuits Available for 869-960 MHz & 2110-2170 MHz • Capable of operating down to 300 MHz
• Balanced configuration or externally matched
GVA-91+ Spec
High Dynamic Range MMICs
Mini-Circuits –
i
75 Ohm MMIC Amplifiers « Optimised for CATV and Satcoms Applications »
« E-PHEMT Technology »
75 Ohm MMICs
Mini-Circuits –
i
Dual Matched High IP2 - PHA-22+
• xHA-1+ series die • Phase and Amplitude Matched Die • Matching available for 50Ω and 75Ω • Frequency 50 - 1300 (75Ω) • Excellent CSO/CTB performance • Push Pull Performance
• IP2 of 78dBm typ at 800 MHz • IP3 of 44dBm typ • P1dB of 25dBm typ
• Low NF of 2dBm typ •Alternative for WJ’s AH22
PHA-22+ Spec
75 Ohm MMICs
Mini-Circuits –
i
PGA-106R-75+ Spec
75 Ohm CATV Return Path Amplifier - PGA-106R-75+
• Operating from 5 to 250 MHz
• Flat gain, 18dB typ +/- 0.1dB
• High linearity:
• 62dBm IP2
• 34dBm IP3
• 20dBm P1dB
• 16dB / 20dB input / output return loss
• SOT-89 package
75 Ohm MMICs
Mini-Circuits –
i
CATV Forward Path Amplifier, PGA-106-75+
• Operating from 50 to 1500 MHz
• Excellent CSO/CTB performance
• CSO -56dBc
• CTB -72dBc
• (Tested 78 channels flat, 30dBmv/channel)
• 37dBm IP3 at 500 MHz
• 60dBm IP2 at 500 MHz
• Flat gain, +/- 0.5dB from 50 to 1000 MHz
• Low noise figure, 3dB typ
PGA-106-75+ Spec PGA-106-75+ Data
75 Ohm MMICs
Mini-Circuits –
i
75Ω L-Band Amplifier - PGA-106W-75+
• Wide bandwidth, 950 to 2150 MHz
• Flat gain, typically 15.8dB +/- 1.1dB
• High linearity
• 36dBm IP3 across the band
• 51-57dBm typ IP2
• 19.5dBm typ P1dB
PGA-106W-75+ Spec
75 Ohm MMICs
Mini-Circuits –
i
MMIC Low Noise Amplifiers « Wideband Frequency Coverage »
« High dynamic Range »
« Excellent IP3»
MMIC LNAs
Mini-Circuits –
i
Adjustable Bias – PMA / PSA-545X series
• Wideband, 50 to 6000 MHz • Low noise, 0.8 dB typical • Good 50 Ohm match • Variable bias point
• 3-5V • 20–80 mA
• Up to 22dBm P1dB • High Input no damage; 20dBm • 3mm x 3mm MLP (PMA series) • SOT-363 (PSA Series)
MMIC LNAs
Mini-Circuits –
i
PMA-5451+ 0.8dB NF, 17.0dBm P1dB @ VD=3V, ID=30mA
PMA-5452+ 0.7dB NF, 18.4dBm P1dB @ VD=3V, ID=40mA
PMA-5453+ 0.7dB NF, 19.1dBm P1dB @ VD=3V, ID=60mA
PMA-5454+ 0.9dB NF, 15.6dBm P1dB @ VD=5V, ID=20mA
Adjustable Bias – PMA / PSA-545X series
PMA-5455+ 0.8dB NF, 19.6dBm P1dB @ VD=5V, ID=40mA
PMA-5456+ 0.8dB NF, 21.7dBm P1dB @ VD=5V, ID=60mA
PMA-545+ 0.8dB NF, 19.3dBm P1dB @ VD=3V, ID=80mA
MMIC LNAs
Mini-Circuits –
i
High Gain – PMA-xGx Series
• Multiple gain stages for high gain • 30dB typ
• NF 1dB typ • 22dBm P1dB, 33 dBm IP3 • 25dBm input no damage • No external matching required • 3.0 x 3.0 x 0.89mm MLP Package
0.5 1 2 GHz
PMA-545G3+
PMA-545G2+
PMA-545G1+
1.5
MMIC LNAs
Mini-Circuits –
i
Flat Gain - PMA2-252LN+
• Gain - 17.5 +/- 2dB from 1500 to 2500MHz • Excellent Input Return Loss – 18dB typ • Single positive supply, 57mA @ 4V, 41mA @ 3V • Typical performance @ 1.8GHz:
• NF of 0.8dB • IP3 of 30 dBm • High P1dB, 17.9Bm
• 25dBm Input No Damage • Miniature 2mm x 2mm package • Alternative to MGA-632P8
PMA2-252LN+ Spec
MMIC LNAs
Mini-Circuits –
i
Miniature, Adjustable Gain - PMA2-162LN+
• Frequency range of 700 to 1600MHz • Better than 0.65dB noise figure • Adjustable gain with external resistor (up to 4dB range) • Single positive supply, +4v @ 55mA • Typical performance @ 1GHz:
• NF of 0.47dB • IP3 of 30 dBm • High P1dB, 19.9Bm • Gain of 22.7dB
• Miniature 2mm x 2mm package • Alternative to MGA-631P8
PMA2-162LN+ Spec
LTE Performance
MMIC LNAs
Mini-Circuits –
i
Wideband - PMA2-43LN+
• Frequency range of 1.1 to 4 GHz • Single positive supply, +5v @ 51mA • Typical performance @ 1.9GHz:
• NF of 0.46dB • IP3 of 33 dBm • High P1dB, 19.9Bm • Gain of 16.6dB
PMA2-43LN+ Spec
MMIC LNAs
2mm x 2mm MLP
Mini-Circuits –
i
Ultra Wideband with Bypass – TSS-53LNB+
• 20 +/- 2dB gain from 500 to 5000 MHz • +/-0.6dB gain flatness from 700 to 2100MHz • Low NF over entire frequency band, ~1.4 dB • High IP3:
• +31 dBm typ @ 5 GHz (amplifier active) • 19-21dBm P1dB across band • Input Return Loss 15dB typ • Low DC current consumption from 5V supply:
• 80mA in amplifier mode • 2mA in bypass mode
TSS-53LNB+
MMIC LNAs
Mini-Circuits –
i
TSS-53LNB+ Wideband Performance
Amplifiers
MMIC LNAs
Mini-Circuits –
i
Upcoming Release – PMA3-83LN+
• 21 +/- 0.8dB gain from 500 to 8000 MHz • +/-0.15dB gain flatness from 500 to 4000MHz • Low NF over entire frequency band, ~1.5 dB • High IP3:
• +34 dBm typ @ 4 GHz • High P1dB – 23dBm at 2 GHz (6V Vcc) • Input Return Loss 15dB typ from 500-4000 MHz • Low power consumption
• 61mA @ 5V • 80mA @ 6V PMA3-83LN+ Spec (Preliminary)
MMIC LNAs
Mini-Circuits –
i
Hermetic, CMA Series
• Hermetically sealed ceramic package • Nitrogen filled • Capable of meeting space level screening requirements • Meets MIL requirements for:
• gross leak, fine leak, thermal shock, vibration • acceleration, mechanical shock, and HTOL
Model Frequency Range
Gain (dB) typ.
Noise Figure (dB) typ.
IP3 (dBm) typ.
P1dB (dBm)
typ.
VSWR (:1) typ. DC Supply
In Out Voltage (V)
Current (mA)
CMA-62+ 0.01 to 6 GHz 15.4 5.1 33.0 19.2 1.5 1.8 5.0 82
CMA-162LN+ 0.7 to 1.6 GHz 23.2 0.49 30.3 19.9 1.4 1.2 4.0 55
CMA-252LN+ 1.5 to 2.5 GHz 16.8 1.0 30.0 17.8 1.5 1.3 4.0 57
CMA-5043+ 0.05 to 4 GHz 18.4 0.75 13.9 19.8 1.7 1.5 5.0 58
CMA-545+ 0.05 to 6 GHz 14.2 0.8 35.0 20.0 2.3 1.5 3.0 80
CMA-545-G1 0.4 to 2.2 GHz 31.8 0.9 36.5 23.3 1.9 1.4 5.0 158
.118” x .118” x 0.45”
Hermetic MMICs
Mini-Circuits –
i
Devi
ce Le
vel
1 Hermeticity (fine and gross leak) MIL-STD-202 Method 112, Cond. C & D
2 Vibration , 10-2000Hzsine, 20g, 3 axis MIL-STD-202 Method 204, Cond. D
3 Temp Cycle -55C/+105C (-55C/+125C), 100 Cycles MIL-STD-202 Method 107
4 Acceleration, 30Kg, Y1 Direction MIL-STD-883 Method 2001 Cond. E
5 Mechanical shock MIL-STD-202 Method 213, Cond . A
6 PIND Test 20G’s @ 130 Hz MIL-STD-750 method 2052.2
7 Autocalve, 121C, RH 100%, 15 Psig, 96 hrs JESD22-A102C
8 HTOL 1000hrs, 125C (105C) at rated LO/voltage level MIL-STD-202 Method 108, Cond . D
9 Moisture Sensitivity level- MSL-1 by design Hermetic package
Boar
d le
vel
1 Bend Test JESD22-B113
2 Resistance to soldering heat, 3x reflow, 260C peak JESD22-B102
3 Drop Test JESD22-B111
4 Adhesion Strength Push Test>10 lb
5 Temp cycle -55C to 125C, 1000 Cycle MIL-STD-202 Method 107
Reliability Testing
Hermetic MMICs
Mini-Circuits –
i
Wideband Surface Mount
Microwave Amplifiers
Wide Band Microwave MMICs
Mini-Circuits –
i
Wide Band, Microwave - AVA-183A+
• 13.8 ±1.0 dB gain from 5-18 GHz. • P1dB +18.0 dBm typ. • IP3 30dBm typ. • Unconditionally Stable
•Very High Directivity: 22 dB typ • Single +5V Supply • Integrated DC blocks, Bias-Tee & Microwave Bypass Capacitor • MSL 1 and ESD Class 1A (HBM)
AVA-183A+ spec
Wide Band Microwave MMICs
Mini-Circuits –
i
Wide Band, Microwave, 0.5W - AVM-273HP+
• 14.0 ±1.1 dB gain from 13-26.5 GHz. • P1dB +26.5 dBm typ. • IP3 30dBm typ. • DC Consumption: 560mA @ 5V • Unconditionally Stable
• Very High Directivity: 43 dB typ
AVM-273HP+ Spec
Wide Band Microwave MMICs
Mini-Circuits –
i
DC Sequencing Unit – VCM-1+
• DC Control unit for AVM-273HP+ • Start-up voltage sequencing • Reverse polarity protection • Replaces over 20 discrete components
VCM-1+ Spec
Wide Band Microwave MMICs
Mini-Circuits –
i
Wide Band, Microwave, Low Noise - In Development
• Operating frequency, 18-26.5GHz • Comparable to TGA4506 • Typical performance at 18GHz, bias at 3V 80mA
• Gain, 19.3dB • P1dB, 17.1 dBm • Noise figure, 3.65 dB
• Typical performance at 26.5GHz, bias at 3V 80mA • Gain, 17.2dB • P1dB, 19.5 dBm • Noise figure, 2.65 dB
Wide Band Microwave MMICs
Mini-Circuits –
i
Mini-Circuits System in Package
Copper ½ oz
Copper ½ oz
RO4350 Substrate (PCB)
Ground Paddle Pin-Out (Footprint)
Lead Frame
SMD (0201) DIE
Moulded by Mould Compound
Mini-Circuits –
i
Ultra Flat Gain LNA - YSF Series
• Two Stage Fully Integrated E-PHEMT LNA Module
• No external matching, feed back or bias components • Single 5V supply • Gain 20dB typ • Flatness +/- 0.2dB typ • IP3 up to 36dBm typ • 5 x 6 mm MLP Package
± 2.2dB
YSF-122+ YSF-162+ YSF-232+ YSF-272+ YSF-382+ YSF-322+
1.0 2.0 DC 3.0 4.0 DC
±0.4dB
±0.9dB
±0.2dB
±0.7dB
±0.2dB
±0.2dB
YSF-2151+
MSiP
Mini-Circuits –
i
Digital Variable Gain Amplifiers – DVGA Series
• Multi-Chip Modules combining • CMOS attenuator • E-PHEMT (DVGA1) or • InGaP (DVGA2) amplifier
• 31.5dB Gain Control in 0.5dB steps • Excellent attenuation accuracy, 0.1dB typ • 5mm x 5mm MLP Package
Model Frequency Range
Gain (dB) typ.
Noise Figure (dB) typ.
IP3 (dBm) typ.
P1dB (dBm)
typ.
Return Loss (dB) DC Supply
In Out Voltage (V)
Current (mA)
DVGA1-242+ 450-2400 MHz 30 3.5 37 23 12 10 3/5 0/155
DVGA2-33+ 30-3000 MHz 17.5 5.5 30 17.5 13 13 3/5 0/69
Typical Performance (Maximum Gain Setting)
DVGA2-33+ Spec
DVGA2-33+ Spec
MSiP
Mini-Circuits –
i
Connectorised Amplifiers « General Purpose Wide Band, Variable Gain, Push Pull »
« High Performance »
« Rugged Construction »
Connectorised Amplifiers
Mini-Circuits –
i
Variable Gain - ZFL-2000GH+ • Frequency 10-2000 MHz • Maximum Gain +34 dB typ • Excellent Gain Flatness
• +/- 0.7dB typ 10 MHz to 1 GHz • +/- 2 typ 10 MHz to 2 GHz
• Control range: 60 dB typ. • Gain control voltage: 0 to +5 V • P1dB 14 dBm • IP3 25dBm typ • IP2 50 dBm typ
Variable Gain
ZFL-2000GH+ Spec
Mini-Circuits –
i
Push-Pull, 75 Ω – ZHL-132LM-75+
• Excellent Gain Flatness • 14.5 dB +/- 1.5 dB from 0.04 – 1.3 GHz
• P1dB 24.5dBm typ • Very High IP2 – 75 dBm typ • High IP3, +45 dBm typ • Low NF, +3.5 dB typ • DC Power Consumption 300mA @ 6V • 50 Ω variant available - ZHL-122LM+
ZHL-132LM-75+ Spec
Push-Pull
ZHL-122LM+ Spec
Mini-Circuits –
i
DC and Reference Bypass: ZHL-2150-X • Flat gain 29 dB typ • Gain flatness +/- 0.5dB typ. • Insensitive to the Vcc (within +12V to +18V range) • Bi-Directional DC and reference signal pass thru low loss 0.25dB typ • Useable in Up Link or Down link applications • Reference frequency up to 50MHz • DC up to 400mA
Gain
28.0
28.5
29.0
29.5
30.0
800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 2000 2100 2200
Frequency, MHz
Ga
in, d
B
DC & Reference Bypass
Mini-Circuits –
i
Ultra Wideband – ZVA-213+
• Excellent Gain Flatness • 26 dB +/- 1dB from 0.8 to 18 GHz • 25 dB +/- 2dB from 0.8 to 21 GHz
• High IP3, +33dBm typ • Low NF, +3dB typ • P1dB up to +24dBm typ • Unconditionally stable • Rugged design:
• Withstands open/short load at 1dB compression point
ZVA-213+ Spec
Wide Band
Mini-Circuits –
i
Compact Ultra Wideband – ZX60-14012L+
• Frequency range of 300KHz to 14GHz • Flat performance across the band • High Gain, 12dB typ +/- 1dB • IP3 of +18dBm typ • Low NF, 5.5dB typ • P1dB up to +11 dBm typ • Input no damage of +10dBm • Low Cost Unibody Construction • Compact – 19mm x 30mm (excluding connectors)
ZX60-14012L+ spec
Wide Band
Mini-Circuits –
i
Wideband, 0.5 Watt – ZVM-273HP+
• Frequency range 13GHz to 26.5GHz • Flat Gain, 14.5dB typ +/- 1.5dB • High P1dB, 27dBm typ • IP3 of +32dBm typ • High Directivity, 40dB typ • Excellent input / output return loss
• 17 dB typ • Input no damage, 16dBm typ
ZVM-273HP+ spec
Wide Band
Mini-Circuits –
i
Low Noise – ZX60-3800LN+
• Frequency range of 3300 to 3800 MHz • High Gain, 23dB +/- 0.6 dB typ • 0.9 dB NF • IP3 +36dBm typ • P1dB +18 dBm typ • Input no damage of +10dBm • Reverse supply voltage protected. • Low Cost Unibody Construction • Compact – 19mm x 30mm (excluding connectors)
ZX60-3800LN+ spec
Low Noise
Mini-Circuits –
i
High Power Amplifiers « Class A »
« High Linearity »
« High Reliability Design & Construction »
High Power
Mini-Circuits –
i
1 2 3 4 GHz DC
Output Power (W)
ZHL-16W-43+ ZHL-20W-13+
ZHL-30W-252+ LZY-2+
ZHL-50W-52 LZY-1+
ZHL-100W-52+
13W 13W
25W 32W
32W 47W 63W
ZHL-100W-GAN+ 100W ZHL-100W-13+ 100W ZHL-100W-242+ 100W ZHL-100W-352+ 100W ZHL-100W-43+ 100W
High Power
ZHL-5W-422+ 5W
ZHL-4W-422+ 4W
ZVE-2W-272+ 2W
LZY-22+ 32W
ZHL-03-5WF+ 5W
ZHL-1000-3W+ 3W
ZHL-5W-1 5W
ZHL-5W-2G+ 5W
ZHL-10W-2G+ 10W ZHL-900A-10W+ 10W
Mini-Circuits –
i
High Power - ZHL-100W-X+ series
• Saturated power 100W typ* • High gain, 50 dB typ** • Good gain flatness, ±1.5dB typ. • Unconditionally stable • Most models self protected against:
• excessive drive • high case temperature • Supply Over-Voltage & Reverse polarity • Open and short circuit load at full output power
* ZHL-100W-52+; Psat 49dBm typ ** ZHL-100W-GAN; Gain 42 dB typ
High Power
ZHL-100W-43+
Mini-Circuits –
i
High Power, GaN - ZHL-100W-GAN+
• Frequency of 20 to 500 MHz • P1dB – 49dBm typ • P3dB / Psat - 100W • Class A Operation • Efficiency of 50% @ 15dBm input • High gain, 43dB typ • High IP3, 60dBm typ • Operates on +30V DC, 8.2A typ
High Power
ZHL-100W-GAN+
Mini-Circuits –
i
High Power, Variable Output - ZHL-50W-42-X
• Operating frequency of 50 to 500 MHz • Variable output power, IP3 and DC current consumption
• Controllable via high impedance APC port • Gain, return loss & NF virtually independent of APC
• High output power mode: • P1dB of 47dBm typ @ 200MHz • DC current consumption ~7.4A
• Power saving mode: • P1dB of 40dBm typ @ 200MHz • DC current consumption ~3.2A • MTTF greater than 330,000hr @ 25ºC
High Power, Adjustable
Mini-Circuits –
i
High Power, Wide Band – ZVE-3W-X series
• Operating frequency • 5.9 to 18 GHz (ZVE-3W-183+) • 2.0 to 8.0 GHz (ZVE-83+)
• 35dB gain • Output power 3W typ (P3dB) • IP3 43 dBm typ • 5.5 dB NF • 20dBm Input No Damage • Supply voltage internally regulated for 13 to 18 VDC
High Power, Wide Band
ZVE-3W-183+ ZVE-3W-83+
Mini-Circuits –
i
High Power, Rack Mounted – HPA-272+
• 3U rack-mount design • Gain 48.5 dB typ • +/- 1.5 dB flatness from 700-2700 MHz • P3dB 100W typical • 55 dBm typical IP3 • Excellent reverse isolation, 89 dB typ • 110/240V AC supply • Built in over-temperature protection • Can withstand open or short output load condition at P3dB
HPA-272+ Spec
High Power, Rack Mounted
Mini-Circuits –
i
RF Instrumentation Amplifiers – TVA Series
• Instrument model with built-in power supply • Unconditionally stable • Thermally self protected • Applications: Labs, Test Instrumentation
Model Frequency Range
Gain dB
Gain Flatness
Noise Figure P1dB (dBm) Case Style Dimensions
TVA-82-213 0.8 to 21 GHz 25 ± 2.0 3.0 24 AP1602 9.8 x 4.8 x 6.7”
TVA-63-183 6 to 18 GHz 24 ± 1.0 6.9 18 AP1601 9.8 x 4.8 x 6.7”
TVA-11-422 10 to 4200 MHz 42 ± 1.0 10.5 30 AP1603 10.8 x 4.8 x 7.8”
TVA-R5-13 0.50 to 1000 MHz 41 ± 1.0 8 35 AP1600 9.8 x 4.8 x 6.7”
High Power, Instrumentation
Mini-Circuits –
i
Directional Couplers
Port 1 Port 2
Port 3 Port 4
R
Directional Couplers
Mini-Circuits –
i
High Power LTCC - BDCA series • 4 port bi-directional
• Standard models covering 800-4200 MHz
• High power handling up to 65 W (in specified band)
• 0.25A DC at 1W RF
• Hermetic package
• -55 to +100 C operation
• Excellent low frequency performance
• Very low loss
• Very high power handling, 100W+ at 25C
• 6dB / octave coupling slope
7.62 x 6.35 x 1.32 mm
High Power LTCC
Mini-Circuits –
i
BDCA-10-40+ - Coupling Spec & Actual Performance (10 units)
High Power LTCC
Mini-Circuits –
i
50W Bi-Directional Coupler – SYDC-19-52HP+ • Wideband – 30 to 512 MHz
• Power handling up to 50W CW
• Coupling factor ~ 19dB
• Low main line loss, 0.3dB dB typ
• Coupling flatness 0.3dB
• High Directivity, 25dB typ
SYDC-19-52HP+ Spec
High Power Core & Wire
Mini-Circuits –
i
High Power – Directional and Bi-Directional
• High power, up to 250W
• Models covering 400 KHz to 9 GHz:
• Coupling factors from 6dB to 50dB
• Low Mainline Loss – 0.2dB typ
• Return Loss 28dB typ
• High directivity – up to 40dB typ
• Most Models DC Passing – up to 3A
• SMA, N and F type connector options
High Power Connectorised
Mini-Circuits –
i
High Power – Directional and Bi-Directional
High Power Connectorised
0,1 1 10 100 1000 10000
ZABDC10-25HP (10W)ZABDC20-2400+ (10W)ZFBDC20-13HP+ (10W)ZFBDC20-970HP (10W)ZFBDC20-900HP (10W)ZFBDC20-61HP+ (15W)ZX30-14-972HP+ (20W)ZBDC25-2575W+ (20W)ZFBDC20-62HP+ (25W)
ZABDC20-25H75F+ (25W)ZFDC-20-1H+ (25W)
ZABDC20-25H75+ (25W)ZX30-20-462HP+ (40W)ZADC-40-27HP+ (40W)
ZABDC20-182H+ (50W)ZABDC20-232H+ (50W)ZABDC20-322H+ (50W)ZABDC20-252H+ (50W)ZBDC40-1450W+ (50W)
ZABDC50-150HP+ (100W)ZGDC6-362HP+ (250W)
ZGBDC6-362HP+ (250W)ZGDC10-362HP+ (250W)
ZGBDC10-362HP+ (250W)ZGDC20-33HP+ (250W)
ZGBDC20-33HP+ (250W)ZGBDC35-93HP+ (250W)
ZGDC35-93HP+ (250W)
Mini-Circuits –
i
Ultra Wideband, High Power - ZUDC series
• 3 port directional couplers • Wide Band, 0.5 to 18 GHz • High power – 50W • 10, 20 & 30 dB Coupling available • Coupling Flatness ± 0.25 dB typ • Excellent Directivity, 25dBs typ • Return loss 25 dB typ
Couplers
Ultra Wideband
Mini-Circuits –
i
Ultra Wideband, High Directivity - ZHDC series
• 3 port directional couplers • Wide Band, 50 MHz to 6 GHz • 10 & 16 dB Coupling available • Coupling Flatness ± 0.25 dB typ • Excellent Directivity, 35dBs typ • Return loss 17dB typ
Couplers
Ultra Wideband
Mini-Circuits –
i
Ultra Wideband - SEDC-10-63+ • 50 to 6000 MHz bandwidth • 10 dB coupling • Flatness +/- 0.5 dB typ • Input power up to 1 Watt • Directivity 25 dB typical • Novel coupling structure to set industry leading bandwidth
SEDC-10-63+ Spec
Ultra Wideband
Mini-Circuits –
i
Miniature LTCC Bi-Directional – BDCN & DCW Series
• Miniature 1206 and 0603 packages
• Model covering 360 to 3400 MHz
• Coupling factors from 7 to 30 dB
• Robust LTCC construction
• Power handling up to 15W CW @25C (1206)
BDCN-7-25+ Spec
1206 BDCN series
0603 DCW series DCW-30-272+ Spec
Miniature LTCC
BDCN-7-25+ data (10-4500 MHz)
Mini-Circuits –
i
DC 1 3 2 2.5 1.5 0.5 GHz
DCW-30-272+ DCW-22-332+ BDCN-20-13+ BDCN-14-22+
BDCN-14-342+ BDCN-10-25+ BDCN-7-25+
3.5
Coupling
Miniature LTCC
Mini-Circuits –
i
Microwave – CPL-20-14+ • 9.2 to 10.5 GHz bandwidth • 20 dB coupling • 0.2 dB insertion loss • Flatness +/- 0.05 dB typ • Power handling: 1 Watt & 0.5A DC • Directivity 25 dB typical • -55 to +100oC operation
CPL-20-14+ Spec
Microwave
Mini-Circuits –
i
Power Splitters / Combiners
Port S
Port 1 Port 2 Port 3
Port N
Splitter / Combiners
Mini-Circuits –
i
Wideband MMIC, GP2 and WP4 Series
• Frequency from 500 to 7400 MHz • Bandwidths up to 2.25 octaves • Amplitude unbalance typ 0.04dB • Phase unbalance 1.0° typ • 20dB typ return loss on all ports • High isolation, up to 35dB • Input power up to 1.5W (as splitter) • Very Little variation with temperature • Excellent ESD rating
Wideband MMIC
Mini-Circuits –
i Split / Comb
Wideband MMIC
0 1000 2000 3000 4000 5000 6000 7000 8000
GP2S1+GP2S+
GP2Y1+GP2Y+
GP2X1+GP2X+
WP4M+WP4C1+
WP4C+WP4N+
WP4G1+WP4G+
WP4P1+WP4P+
WP4U1+WP4R1+WP4U+WP4R+WP4L+
WP4W1+WP4W+WP4S+
WP4F1+WP4A+WP4F+
Mini-Circuits –
i
Ultra Wideband 2-Way, EP2C
• Frequency from 1.7 GHz to 12.5 GHz • Miniature package, 4 mm x 4 mm x 1mm • Amplitude unbalance, 0.1dB typ • Phase unbalance 3.0° typ • 20dB typ return loss on all ports • High isolation, 20 dB from 4 GHz to 12.5 GHz • Input power
• up to 1.85W as splitter • up to 0.85 W as a combiner (per port)
• Very Little variation with temperature • Excellent ESD rating - > 1800 V HBM
Ultra-Wideband MMIC
EP2C+ Data Sheet
Mini-Circuits –
i
Ultra-Wideband 2-Way, CSC-2-153+
• Wide frequency coverage, 4 – 16 GHz • Input power 0.5 Watts Max • Insertion loss 1dB typ across the band • Isolation 18 dB typ • Low phase unbalance, 2 degrees typ • Low amplitude unbalance, 0.2 dB typ CSC-2-153+ Spec
CSC-2-153+ Data
Ultra-Wideband Ceramic
Mini-Circuits –
i
Miniature High Power – SCN Series
• Models covering 800 Hz to 6.5 GHz • Bandwidths up to 29% • 1206 package, LTCC Technology • Input power up to 10 Watts • Low Loss – 0.5dB typ across the band • Isolation 20 dB typ • Low amplitude unbalance, 0.2 dB typ
Miniature High Power
0 1000 2000 3000 4000 5000 6000 7000
SCN-2-11+
SCN-2-15+
SCN-2-19+
SCN-2-22+
SCN-2-27+
SCN-2-35+
SCN-2-45+
SCN-2-65+
Mini-Circuits –
i
• Frequency from 950-2150MHz • Excellent up to 3.4GHz • Usable as splitter from 0.3-3.4GHz
In Development – TCP-2-222-X+
TCP-2-222-X Test Data
4,24,25
4,34,35
4,44,45
4,54,55
4,6
-600 400 1400 2400 3400
Inse
rtio
n Lo
ss (d
B)
Frequency (MHz)
Insertion Loss vs. Frequency
S-1
S-2
S-1 Average
S-2 Average10
12
14
16
18
20
22
24
-600 400 1400 2400 3400
Retu
rn L
oss (
dB)
Frequency (MHz)
Return Loss vs. Frequency
Port-S
Port-1
Port-2
Split / Comb
Mini-Circuits –
i
Core and Wire 90o Splitters
Core and wire 90o Splitters
• Models covering 5MHz to 860 MHz • Bandwidths up to
• 4 octaves (All Pass Filter topology) • 1.5 Octaves (90 degree hybrid type)
• Capabilities still evolving
Model
Frequency Range (MHz)
Isolation (dB)
Insertion Loss (dB,
above 3dB)
Phase Unbalance (degrees)
Amplitude Unbalance
(dB) Power
(W) Footprint
Low High Typ. Min. Typ. Max. Typ. Max. Typ. Max.
SCPQ-180+ 120 180 20 16 0.3 0.7 0.5 3 0.3 1.2 1 19 x 9.7 x 7.1 mm
SYPQ-181+ 120 180 20 16 0.3 0.6 0.5 3 0.2 0.8 1 12.7 x 9.5 x 4 mm
Comparison of old and new generations of core and wire hybrid couplers
Mini-Circuits –
i
Miniature LTCC 90o Hybrids - QCV, QCN and QCS series
• Models covering 90MHz to 8GHz • Miniature packages – 1210, 1206 and 0805 • High Power Handling, up to 15W • Amplitude unbalance, 0.5dB typ • Phase unbalance 3.0° typ • Good return loss, 18 dB typ • High isolation, 20 dB typ • Good temperature stability
Miniature LTCC 90o Hybrids
QCV-151+ Specs QCN-25+ Specs QCS-83+ Specs
Mini-Circuits –
i
0 1000 2000 3000 4000 5000 6000 7000 8000 9000
QCV-151+QCV-211+QCV-271+
QCN-3+QCN-5+QCN-7+QCN-8+
QCS-981+QCN-13D+QCN-12A+
QCN-12+QCS-152+QCN-19+QCN-25+QCN-27+
QCS-312+QCS-332+QCN-34+QCN-45+
QCS-442+QCS-592+QCS-722+
QCS-83+
Miniature LTCC 90o Hybrids
Mini-Circuits –
i
ZX10-2-183+ 1.5 to 18GHz
• 2 Way-0° 50Ω • Low insertion loss, 0.8 dB typ. • Isolation, 22 dB typ. • Amplitude unbalance, 0.1 dB typ. • Phase unbalance, 2 deg. typ. • Power input as a splitter, 5 W
Mini-Circuits –
i
0 dB I.L., 8 Way 0° Power Splitter
RZ8PD-222DC-X+ 50Ω 950 to 2150 MHz
• Insertion Loss: 0.2 dB typ. • Insolation: 25 dB typ. • Amplitude Unbalance: 0.5 dB • Phase Unbalance: 10° typ. • Return Loss: 16 dB typ. • IP3: 24 dBm typ. • AC Powered • Connector: SMA female
Case Size 19”W x 10.13”D x 1.63H”
Mini-Circuits –
i
Power Splitter 2 -11 GHz 8 way 0°
ZN8PD-113-S-X+
• Wide band 2 to 11 GHz • Good Isolation 20dB typ. • Low Insertion loss 1.3 dB typ. • VSWR 1.35:1 typ. Key Applications • Satcom • ECM • Test and Measurement
Mini-Circuits –
i
ZN12PD-43W-N-X+ 12 Way splitter 50Ω 300 to 4000 MHz
• Good Isolation: 23 dB typ.
• Low Insertion Loss: 1.9 dB typ.
• VSWR: 1.4:1 typ.
• This model is comparable to MECA model 812-4-1.7000
• But Double Frequency Band: 0.3-4.3 GHz vs. 0.698-2.7 GHz
CASE STYLE: UU1708
Mini-Circuits –
i
ZC24PD-222+ 50Ω 650 To 2200 MHz • Insertion loss: 1.8 dB typ. • Isolation: 25 dB typ. • Phase Unbalance: 10 Deg. typ. • Amplitude unbalance: 0.5 dB typ. • VSWR (Port S): 1.3:1 typ. • VSWR (Port 1-24): 1.25:1 typ. • Up to 10W power input as splitter • Connectors: SMA
CASE STYLE: UU1741 PRICE: $595.00 Ea. (Qty 1 – 9)
12.75” x 5.50” x 0.88”
Mini-Circuits –
i
Limiters
« High dynamic range »
« Very broad frequency band coverage »
« Exceptional limiting of 0.05dB output change per dB input change »
Mini-Circuits –
i
New - Wideband Input Power Limiters • Surface mount models operating up to 6 GHz • Connectorised models up to 7 GHz • Limiting input power range up to 2.5W • Insertion loss in linear region as low as 0.23dB typ
RLM-63-2W+ Spec • Freq: 30-6000 MHz • Max input power: 32dBm • Output: 11.5dBm
RLM-33-2W+ Spec • Freq: 0.2-3000 MHz • Max input power: 33dBm • Output: 13dBm
RLM-63-2W+ IP3 Data
Mini-Circuits –
i
New – Input Limiters With Low Output Power
RLM-512-4WL+ Spec
Wideband RLM-23-1WL+ • Wideband coverage, 100-2500 MHz • 30dBm maximum input power • 0dBm typical output level
High Power RLM-512-4WL+ • Frequency 50-512 MHz • 4W maximum input power • 3dBm typical output level
RLM-23-1WL+ Spec
Mini-Circuits –
i
• Wideband performance up to 4 GHz
• 5 Watt protection power
• Low Insertion Loss
RLM-43-5W-X+, 5W, 20-4000 MHz
Frequency 20 to 4000 MHz
Limiting Range +10 to +37 dBm
Limiting Output Power +12 dBm typ
Insertion Loss (linear range) 0.36 dB
Recovery Time 33 nSec
CASE STYLE: TT1224
.25” x .31” x .16”
Mini-Circuits –
i
New – Miniature Wideband Limiter • Operation from 30 MHz to 8.2 GHz • Input power rating of 2W • Fast response time, 2ns typically • Fast recovery time, 10ns typically • Miniature 3mm by 3mm package
CLM-83-2W+ Spec CLM-83-2W+ Graphs
Mini-Circuits –
i
Wideband RF Switches
Internal Control Driver Control 1 Control 2
50Ω 50Ω
50Ω
RF1 RF2
RF Common
Switches
Mini-Circuits –
i
High Isolation SPDT - HSWA2-30DR+
• CMOS technology • Wideband performance, DC to 3000 MHz • High isolation, 63dB @ 1GHz • Input IP3 up to 55dBm typ
• High IP3 down to 500KHz • High input P1dB, 31dBm typ • Single supply voltage (+3V) • Low current consumption, 8µA typ • Immune to latch-up
HSWA2-30DR+ Spec
Solid State
Mini-Circuits –
i
Wideband SPDT - VSWA2-63DR+
• Absorptive SPDT specified for 500 to 6000 MHz
• Useable down to 0.3 MHz • Can be used in 75Ω system
• Input IP3 up to 50 dBm • Typical input power of +24 dBm • Fast switching, 26nS typ • Low current consumption, 12µA typ • Low cost, plastic package • Hermetically sealed, ceramic package also available
• CSWA2-63DR+
VSWA2-63DR+ Spec
CSWA2-63DR+ 75Ω Test Data: VDD=5V VDD=3V
CSWA2-63DR+ Spec
Solid State
Mini-Circuits –
i
New – Ultra Wideband SPDT – JSW2-63DR+
• Wide bandwidth, 10 to 6000 MHz
• Low insertion loss, 0.33 dB typ at 1 GHz • High Isolation, 40 dB typ at 1 GHz • High IP3, 55 dBm typ at 1 GHz • Low current consumption of 37 μA typ
• 7 μA in shutdown mode
• High power handling • 34.5 dBm (2.8W) at P0.1dB • 37 dBm (5W) max input power
• Switching time typically < 2μs • Single Positive Supply Voltage (2.3 – 4.8 V) • Tiny (2 x 2 mm) MCLP package
JSW2-63DR+ Spec
Solid State
Mini-Circuits –
i
Miniature SP6T – JSW6-3DR+
• High Isolation, 37 dB typ. at 1 GHz • Low insertion loss, 0.6 dB typ. • High IP3, 59 dBm typ. at 1 GHz • 34.5dB 0.1dB input compression • Low current consumption of 40 μA typ
• 5 μA in shutdown mode
• High power handling • 34.5 dBm (2.8W) at P0.1dB • 37 dBm (5W) max input power
• Switching time typically < 2μs • Single positive supply (2.5 - 4.8 V) • Miniature 2 x 2 x 0.55 mm package JSW6-33DR+ Spec
Solid State
Mini-Circuits –
i
High Power SPDT - VSW2-33-10W+
• Power rating up to 10W • Wideband performance, 50 to 3000 MHz • High input IP3, 58dBm typ • Low insertion loss, 0.4dB typ • Positive control voltage
• Low current consumption, 20uA typ @ 3v control • Miniature 3mm by 2mm package • Tested up to 22W at 25degC
VSW2-33-10W+ Spec
Solid State
Mini-Circuits –
i
Mechanical, Ultra Long Life
• Failsafe, SP2T, SP4T, SP6T & Transfer • 12V and 24V options •Ultra Reliable • Standard Warranty
• 1 year / 10 Million cycles • Extended warranty available
•10 years / 100 Million cycles
Model Type Frequency Range (GHz)
Insertion Loss (dB, typ)
Isolation (dB, typ)
VSWR (:1, typ)
DC Control Voltage (V,
typ)
DC Control Current
(mA, typ)
RF Power (W, max)
MSP4TA-18+ SP4T Absorptive DC - 18 0.25 85 1.2 24 175 2MSP6TA-12+ SP6T Absorptive DC - 12 0.25 90 1.2 24 85 10
MSP2TA-18-12+ SPDT Absorptive DC - 18 0.25 80 1.2 12 350 10MSP2TA-18XL+ SPDT Absorptive DC - 18 0.25 80 1.2 24 175 10MSP2T-18-12+ SPDT Reflective DC - 18 0.25 80 1.2 12 180 10MSP2T-18XL+ SPDT Reflective DC - 18 0.2 80 1.2 24 80 10MTS-18-12B+ Transfer Switch DC - 18 0.25 80 1.15 12 350 10MTS-18XL-B+ Transfer Switch DC - 18 0.25 80 1.15 24 175 10
Mechanical, Ultra Reliable
Mini-Circuits –
i
Voltage Variable Phase Shifters • 180 degrees
• 360 degrees
Phase Shifters
Mini-Circuits –
i
Voltage Variable Phase Shifters
• Control range 180 or 360 degrees • Low insertion loss variation with phase
• +/- 0.25dB typ (180 degree models) • Good VSWR – 1.2:1 typ
0 250 500 750 1000 1250 1500 1750 2000 2250 2500 2750
JCPHS-2.5+JSPHS-51+
JSPHS-150+SPHSA-251+
JSPHS-42+JSPHS-446+JSPHS-661+
JSPHS-1000+JSPHS-23+
JSPHS-2484+
SPHSA-152+SPHSA-242+
Phase Shifters
360 o
180 o
Mini-Circuits –
i
RF ATTENUATORS • Digital Step (DSA)
• Voltage Variable (VVA)
• Fixed Precision
RF Attenuators
Mini-Circuits –
i
High Performance DAT-xA series • Frequency DC to 4GHz
• Supply voltage, 2.3V to 5.2V
• Single & Dual Supply rail options
• Attenuation up to 31.5 dB in 0.5dB steps
• Excellent accuracy, 0.15 dB typ
• High IP3, +52 dBm Typ
• Excellent return loss, 20dB Typ
• Built-in CMOS drivers
• Serial and Parallel control options
• Also available in Connectorised Case (ZX76 series)
4mm x 4mm MLP
Digital Step
Mini-Circuits –
i
RVA & EVA Attenuator Features • Broadband coverage from 10-3000 MHz
• IP3 up to 56 dBm
• Excellent flatness with frequency
• Minimal phase deviation over attenuation range
• No external bias or RF matching circuit required
• Return Loss: 20 dB typical over attenuation range
• Supply voltages: +3 to +5 volts (model dependent)
• Control voltages: from 5 to 17 volts
VACC
EVA
SMT Cases:
RVA
Mini-Circuits –
i
RVA-2000V35+ • Frequency from 50 to 2000 MHz • Attenuation of 53dB typ @1000 MHz • High IP3 of 52dBm typ • Control voltage of 0 to +5V • Supply voltage of +3 to +5V
EVA-3000+ • Frequency from 50 to 3000 MHz • Attenuation of 43dB typ @ 1000 MHz • High IP3 of 45dB typ • Control voltage of 0 to +8V • Supply voltage of +5V
RVA-2000V35+ Spec
EVA-3000+ Spec
Mini-Circuits –
i
NEW HVA-73+ • Frequency from 5500 to 7000 MHz • Attenuation of 27dB typ @ 6200 MHz • High IP3 of 48dBm typ • Control voltage of 0 to +6V
NEW HVA-451+ • Frequency from 250 to 450 MHz • Attenuation of 32dB typ @ 350 MHz • High IP3 of 50dB typ • Control voltage of 0 to +6V
HVA-73+ Spec
HVA-451+
Mini-Circuits –
i
Microwave SMD – YAT Series • Wide bandwidth up to 20GHz
• Wide range of Nominal Attenuation values
• 0 to 10 dB in 1 dB steps, 12, 15, 20 &30 dB
• Miniature, 2mm leadless package
• Excellent attenuation accuracy
• Peak power up to 50 watts, 10uS pulse width at 1% duty cycle.
Fixed, SMD
Mini-Circuits –
i
Hermetic SMD - RCAT Series • Hermetic version of YAT series
• Miniature, 2.25 x 2.25 mm leadless package
• Ceramic, Nitrogen filled
• Gold plated covers and eutectic AuSn solder
• Tested to Mil requirements for
• Gross leak • Fine leak • Thermal shock • Vibration • Acceleration • Mechanical shock • HTOL
Fixed, SMD
Mini-Circuits –
i
10 20 30 40 GHz DC
Power (W)
Fixed, Connectorised
UNAT-20, -30 0.5W, N Type
VAT-20, -30 0.5W, SMA
UNAT-1 to -15 1W, N Type
VAT-1 to -15 1W, SMA
FW Series 1W, SMA
VAT-xW2 Series 2W, SMA
HAT Series* 1W
* BNC. 50 and 75 Ohm versions available
BW-SxW2 Series 2W, SMA
BW-SxW5 Series 5W, SMA
BW-NxW5 Series 5W, N Type
BW-Sx-2W263 Series 2W, SMA
BW-SxW20 Series 20W, SMA
BW-Kx-2W44 Series 2W, K / 2.92
BW-NxW20 Series 20W, N Type
BW-NxW50 Series 50W, N Type
BW-NxW100 Series** 100W
** N Type
Mini-Circuits –
i
Fixed Connectorised, DC Passing - NAT-xDC series • Low DC resistance – 0.1 Ohms typ
• Low loss at 10 MHz
• Ideal for Sat Comms applications
• Can be modified to pass other reference frequencies
• Current handling up to 3A
• High DC Break down voltage
• N type connectors available as standard
• Other connectors available on request
Fixed, DC Passing
Mini-Circuits –
i
0 250 500 750 1000 1250 1500 1750 2000 2250 2500 2750 3000 3250 3500 3750 4000 4250
NAT-20DC+
NAT-10DC+
NAT-3DC+
NAT-6DC+
NAT-3DC-3A+
NAT-3DC-1A+
NAT-3DC-2A+
NAT-6DC-3A+
NAT-6DC-2A+
NAT-10DC-1.5A+
NAT-10DC-1A+
NAT-10DC-2.5A+
NAT-15DC-1.5A+
NAT-15DC-1A+
NAT-15DC-2.5A+
NAT-6DC-1A+
Fixed, DC Passing
Mini-Circuits –
i
Terminations
Terminations
Mini-Circuits –
i
Ultra High Power - TERM-500W-14 series
• High power handling, up to 500 Watt CW • Wideband coverage, 0.7 to 7.5 GHz
• Useable from 0.5 to 10 GHz
• Return loss 20dB typ at 4 GHz
• N type or 7/16 DIN connector options
TERM-500W-14N+ Spec
Ultra High Power
Mini-Circuits –
i
VOLTAGE CONTROLLED OSCILLATORS
VCO
Vcc
RF
Vt
Mini-Circuits –
i
Dual VCO in One Case
Ceramic Resonators
Wideband Linear Tuning
Custom Capability
Frequency Generation Products;
Surface Mount, Plug-In or Coax
Internal Doubling
Air Coils
Mini-Circuits –
i
“DOS” Case: GQ1018
“SOS” Case: FZ802
Length (inch)
Width (inches)
“VOS” Case: 99-01-731
“MOS” Case: CZ682
“ROS” Case: CK605
0.25 0.3 0.35 0.375 0.5
0.25
0.3
0.35
0.375
0.5
0 DOS series
SOS series
VOS series
MOS series
ROS series
Mini-Circuits –
i
Frequency (MHz)
10KHz Phase Noise (dBc/Hz) Type
ROS-2960C-119+ 2500-2920 -107 Ceramic Resonator
ROS-EDR9495+
4880 - 6350 -80 Wideband
ROS-6740C-119+ -97 Doubled 6640-6740
DUOS-EDR-8026/4MP+ 1920-2340 -106 2340-2760
Dual VCO
ROS-209-319+ 203-209 -133 Air Coil
Mini-Circuits VCO family • Custom Design capability with Lead time as short as 4 Weeks
• Models available as Connectorised modules
Mini-Circuits –
i
SYNTHESIZERS
VCO
Loop Filter
Φ detector 1/R
1/N
Ref RFout
CLK DATA
LE LD
SYNTHESIZER
PLL Chip
Mini-Circuits –
i
Dual VCO Core
Internally Doubled
Fixed Frequency
Narrow Band Low Noise
Wideband & Ultra wideband
Integer & Fractional N Synthesiser
Modules
Fast Settling
High performance Synthesizers • Over 130 new standard catalogue models now available
• Covering frequency range up to 7800MHz
Mini-Circuits –
i
Case
SSN
TSN
KSN
RSN
DSN
Model Series
KJ1367
99-01-800
DK801
JG1228
KL1294
Dimensions Inch (mm)
0.6 x 0.6 x 0.138
0.75 x 0.75 x 0.156
0.584 x 0.8 x 0.154
0.91 x 0.91 x 0.25
1.0 x 1.25 x 0.2
(15.2 x 15.2 x 3.5 mm)
(19.1 x 19.1 x 4.0 mm)
(20.3 x 14.8 x 3.9 mm)
(23.1 x 23.1 x 6.4 mm)
(25.4 x 35.2 x 5.1 mm)
Mini-Circuits –
i
KSN-2060A-119+ 2010 - 2060 -110 Narrow band
Frequency (MHz)
10KHz Phase Noise (dBc/Hz) Type
DSN-3019A-119+ 1788 - 3019 -83 Wideband
SSND-1014N-119+ 1000
-90 1440
Dual
RSN-1618AF-119+ Fast Hopping (25µS) 1543 - 1618 -98
Mini-Circuits Synthesizer family • Custom Design capability
• Models available as Connectorised modules up to 7.8 GHz
KSN-2457A-1C19+ Fixed Freq 1788-3019 -110
Mini-Circuits –
i
SSN-EDR-10139/2 Internal crystal oscillator and micro controller in a small case (eliminate need for programming Synthesizer or any peripheral components, while providing good accuracy and aging performance). Specifications •Frequency: 1090 MHz (fixed) •Power: +7 dBm typ. •Harmonics: -25 dBc typ. •Phase Noise: -100 dBc/Hz @ 10kHz offset Typ. •Aging 1ppm/year MAX @+25°C; •Accuracy ±2.5ppm @+25°C ; ±8ppm @-40°C to +85°C •Reference frequency(Internal) 10MHz •Vcc VCO 5V; Vcc PLL 5V
Case Style: KJ1607 (0.600 x 0.600 x 0.150”)
(15.24 x 15.24 x 3.81 mm)
Mini-Circuits –
i
KSN-EDR-10900 Fundamental Wideband (over a full octave) 1960 to 4080 MHz (Models in the same case style with similar performance covering the 140 to 4400 MHz range are also available.)
Specifications •Frequency: 1960 – 4080 MHz •Power: +5 dBm typ. •Step size: 1 MHz •Harmonics: -20 dBc typ. •Phase Noise: -91 dBc/Hz @ 10kHz offset Typ. •Settling time: 500 µs typical •Reference frequency: 10MHz •Single Vcc 3.3V
Case Style: DK1042 (0.584 x 0.800 x 0.154”)
(14.83 x 20.32 x 3.91 mm)
Mini-Circuits –
i
KSN-EDR-10743 •Wideband (over six octaves) 25 to 3000 MHz •Very good frequency resolution (3Hz typ). • Variable output power (3 dB steps)
Specifications •Frequency: 25 – 3000 MHz • Power: Variable, nominal -9 to +3 dBm in 3 dB steps •Step size: 3 Hz •Harmonics: -20 dBc typ. •Phase Noise: -107 dBc/Hz @ 10kHz offset Typ. •Reference frequency: 50MHz •Single Vcc 5V
Case Style: DK1042 (0.584 x 0.800 x 0.154”)
(14.83 x 20.32 x 3.91 mm)
Mini-Circuits –
i
RSN-EDR-10984
• Octave Tuning: 6 – 12 GHz
• Fundamental Tone Oscillator core – no doubling or dividing
• Power: -5 dBm typ.
• Very fine tuning steps: 3 Hz
• Harmonics: -30 dBc typ.
• Phase Noise: -99 dBc/Hz @ 10kHz offset Typ.
• Reference frequency 50 MHz
• Vcc VCO 5V; Vcc PLL 5V; Vcc Amp 24V;
Case Style: JG1228 (0.910 x 0.910 x 0.252”)
(23.11 x 23.11 x 6.40 mm)
Mini-Circuits –
i
FSN-EDR-11013 • Wideband 700 to 3000 MHz
• Power: +0.5 dBm typ
• Step size: 5 MHz
• Harmonics: -35 dBc typ
• Phase Noise: -95 dBc/Hz @ 10kHz offset typ
• Very Fast Settling time: 25µs typ
• Reference frequency 25 MHz
• Vcc VCO 8V; Vcc PLL 3.3V; Vcc OP 18.5V; Vcc CP 5V
Case Style: 99-01-1885 (1.50 x 2.50 x 0.220”)
(38.10 x 63.50 x 5.59 mm)
Mini-Circuits –
i
Dual Core Synths • Support RF & IF LOs simultaneously • Integrated VCOs + PLL • Low phase noise and spurious • Low operating voltage
• (VCC VCO RF/VCO IF/PLL=+3.0V)
Case Style Outline Drawing
Frequency (MHz) Model No
DK1515 160.5 and 1073.8-1098.8 KSND-1099N-119+
KJ1373 1000 and 1440 SSND-1014N-119+
600 and 1390 SSND-6013N-119+
Mini-Circuits –
i
HIGH PERFORMANCE FREQUENCY MIXERS
Frequency Mixers
Mini-Circuits –
i
Mini-Circuits Technology
Micro-Strip & Stripline
Core & Wire
Ceramic (LTCC)
Semi-Conductor
New products are based upon one or more core Mini-Circuits Technology
Frequency Mixers
Mini-Circuits –
i
MMIC InGaP HBT – MDB-73H+
• LO / RF: 2200 to 7000 MHz • IF: DC-1600 MHz • LO Drive 15dBm +/- 3dB • Conversion Loss: 8.5 dB typ • IIP3: 23 dBm typ • L-I Isolation: 43 dB typ. • L-R Isolation: 45 dB typ. • Footprint compatible with Hittite HMC129LC4
4 mm x 4 mm x 1 mm
MDB-73H+ Spec
MMIC
Mini-Circuits –
i
Multi-Chip Module – MDA4-752H+
• 4mm x 4mm MLP Multi-Chip Module • InGaP HBT Mixer, InGaP LO buffer & E-PHEMT IF amplifier
• LO / RF: 2200 to 7500 MHz • IF: 0.03-1600 MHz • LO Drive 0 dBm +/- 3 dB • Conversion Gain: 7.5 dB typ • OIP3: 23 dBm typ • DC : 140mA @ 5V
MDA4-752H+ Spec
Multi-Chip Module
Mini-Circuits –
i
Wideband Microwave – SIM Series • Low cost LTCC & semi-conductor technology
• Very wide bandwidths
• LO/RF options from 750 MHz to 20 GHz
• IF options from DC up to 7.5 GHz
• LO levels from +4 to +17dB
• Can be used for both up & down conversion
• Operating bands can be extended with matching
• SIM-24MH+ matched performance @ 24 GHz
• 2 x 1.2 nH matching Inductors on RF port
• 8dB Conversion Loss
• 30dB L-R Isolation
LTCC Technology
SIM-24MH+
5.6mm x 5.1mm
Wide Band Microwave
Mini-Circuits –
i
Ultra-Low Spurious – LAVI Series • Double-Triple Balanced FET Mixer
• Wide band High IP3 – 30dBm typ
• Very low harmonic intermodulation
• High L-R Isolation
• Frequency ranges from 1-3650 MHz
• P1dB ~ LO drive level
• LO up to 23dBm
• Can be used for both up & down conversion
LAVI-452VH+ Spec 12.7mm x 12.7mm
Ultra-Low Spurious
Mini-Circuits –
i
Low Cost High IP3 – ADE-92x & ADE-xFx Series
• Double Balanced FET Mixer
• Low cost plastic “flip lid” package
• Can operate with a wide range of LO levels
• High Linearity
• IP3 typically 13-18dBs > than LO drive
• P1dB typically 3dBs > than LO drive
• Low Conversion Loss, 7dB typ
• High L-R isolation – 40dB typ 6.9mm x 7.7mm
Low Cost High IP3
Mini-Circuits –
i
Low Cost High IP3 – ADE-92x & ADE-xFx Series
Low Cost High IP3
LO-RF LO-IF
ADE-92+ 7 400 900 400 900 DC 150 20 11 6.8 39 25
ADE-201FLH+ 10 154 264 90 200 10 150 28 13 6.5 42 35
ADE-851FLH+ 10 685 915 620 850 10 150 28 13 7.5 34 36
ADE-92LH+ 10 400 900 400 900 DC 150 24 14 6.8 40 26
ADE-132FMH+ 13 1080 1330 1050 1300 10 210 27 16 6.9 33 34
ADE-201FMH+ 13 154 264 90 200 10 150 30 16 6.4 42 35
ADE-851FMH+ 13 685 915 620 850 10 150 30 16 7.3 34 36
ADE-92MH+ 13 400 900 400 900 DC 150 26 17 6.8 40 26
ADE-132FH+ 17 1080 1330 1050 1300 10 210 31 20 6.9 33 34
ADE-851FH+ 17 685 915 620 850 10 150 34 20 7.3 34 36
Isolation (dB, typ)
LO RF IFModel
LO Level (dBm)
IP3 (dBm, typ)
Input P1dB (dBm, typ)
Conversion Loss (dB, typ)
Frequency (MHz)
Mini-Circuits –
i
Ultra Wideband - SYM-63LH+
• Double Balance topology • RF/LO Frequency: 1 to 6000 MHz • IF: 1-1000 MHz • LO Level Drive: +10 dBm • L-R Isolation: 30 dB Typ • IP3: 15dBm typ
Ultra Wideband
SYM-63LH+ Spec
Mini-Circuits –
i
Surface Mount Hermetic - MAC / MRA Series • Wide band models covering 300 MHz to 12 GHz
• Low cost ceramic package
• Ultra-Rel qualification
• 3 year guarantee
• Low Conversion Loss, 6dB typ
• High L-R isolation, 30dB typ
• LO levels from 4-17dBm
• Integrated IF Amplifier Versions Available
• MRA series
Surface Mount Hermetic
MAC-42+ Spec MAC-42+ Ultra-Rel Report MRA-42+ Spec
Mini-Circuits –
i
Space Qualified L-Band - SYM-R30-DHW-X
• RF/LO Frequency: 1500 to 1600 MHz • IF: 75 MHz • LO Level Drive: +17 dBm • L-R Isolation: 30 dB Typ • Conversion Loss: 8 dB Max • Hermetic Quad • Metal Cover • Screened Transformers
9.7mm x 12.7mm
Space Qualified
Mini-Circuits –
i
Broadband
Frequency Multipliers
2xF1 F1 3xF1 4xF1
x(X) F1 ….. 12xF1
Frequency Multipliers
Mini-Circuits –
i
Frequency Multipliers
• x2, x3, x4 & x5 options (SM), up to x12 (Connectorised) • Passive Schottky Diode Designs
• Low Residual Phase Noise • High input power versions available (22-24 dBm)
• Core and Wire or miniature LTCC construction • KSX2 series 5.1 mm x 4.6 mm x 2.3 mm
• Excellent Harmonic and Sub-Harmonic rejection
Frequency Multipliers
Mini-Circuits –
i
1.2 10 GHz DC
KSX2-272+
KSX2-14+
KC2-50+
KSX2-24+
Surface Mount, x2
KC2-19+
SYK-2-33+
AMK-2-13+
LK-3000+
SYK-2R+
KC2-11+
KSX-442+
KC2-36+
KBA-20+
0.3 0.6 2.5 5 20
Mini-Circuits –
i
1.2 10 GHz DC
RMK-3-93+
RMK-3-14+
RMK-3-1052+
RMK-3-123+
Surface Mount, x3
RMK-3-722+
RMK-3-122+
RMK-3-451+
RMK-3-212+
RMK-3-92+
RMK-3-33+
RMK-3-452+
RMK-3-812+
RMK-3-662+
0.3 0.6 2.5 5 20
RMK-3-1262+
RMK-3-153+
Mini-Circuits –
i
1 8 GHz DC
Surface Mount, x4 & x5
RMK-5-751+
RMK-5-51+
RMK-5-13+
RMK-5-52+
RMK-5-2751+
RMK-5-472+
0.25 0.5 2 4
RKK-4-23+ *
* x4, all other models x5
RMK-5-83+
RKK-5-2251+
Mini-Circuits –
i
x12 Frequency Multiplier - ZX90-12-63+
• 4500-600 MHz Output Frequency • Active Multi-stage design • Low Conversion Loss
• 12dB typ • Excellent harmonic rejection
• -60dBc typ
Connectorised, x12
ZX90-12-63+ Spec
Mini-Circuits –
i
Diplexers DC to 6 GHz
High Pass 3dB points from 25
MHz to 9.5 GHz
Band Pass 2 MHz to 13.6 GHz
Designer Kits Up to 8 Models Band Stop
Stop bands from 45 to 310 MHz
Low Pass Pass Bands from 300
KHz to 13 GHz
Cavity Filters 850 MHz to 4.9 GHz
Custom
Filters
Mini-Circuits –
i
Balanced LTCC Low Pass
• 1206 LTCC Differential, 8th order Butterworth design • Optimised for ADC / DAC balanced interface • Low pass, 3dB point @ at 325 MHz
• 2dB typ loss in pass-band (DC-290 MHz) • 20dB min rejection from 460 MHz
LFCN-291-1PM+ Spec
Miniature LTCC
Mini-Circuits –
i
Low Frequency LTCC - LFCV & HFCV Series • 1210 LTCC packaged high and low pass filters
• Excellent low frequency performance
• Power rating up to 8W
• High rejection, up to 50dB typ
Pass Band (MHz)
LFCV-45+ DC - 45
Spec
Low Pass
Type
LFCV-52+
DC - 52 Low Pass
HFCV-145+
140 - 1150 High Pass
Miniature LTCC
Mini-Circuits –
i
1206 LTCC Low Pass Filters (LFCN Series)
• More than 85 models with pass-bands from 80 MHz 12 GHz • High frequency rejection, up to 20 GHz • Insensitive to Electro Static Discharge (ESD) • Excellent performance over temperature
• Excellent power handling, up to 10W • Miniature 1206 packages (3.2 x 1.6 mm)
Miniature LTCC
Mini-Circuits –
i
New; Miniature Low Pass Filters
• LFCW Series • 0603 package (1.6 mm by 0.8 m)
• LFCG Series
• 0805 package (2.0 mm by 1.3 mm)
Model Passband (MHz) 3dB point (MHz)
Stop Band (MHz) Pass Band VSWR (:1)
Input Power (W) (loss > 20 dB) (loss > 30 dB) (loss >
40 dB) Reentry (loss >
20 dB) LFCG-42+ DC 435 475 625 650-2700 - - 1.5 1 LFCG-92+ DC 990 1400 1700 1800-2700 5000 - 1.45 2
LFCG-612+ 4900 6100 7500 8200 9800-12200 - 14700-18300 1.7 1 LFCW-272+ DC 2690 3200 4400 4800-5400 - 10000 1.6 3
LFCW-1062+ DC 10600 10800 12160-12860 - - - 2.2 4 LFCW-1142+ DC 11400 11700 12860-13860 - - - 1.85 6.3 LFCW-133+ DC 13250 13650 14910-15410 - - - 2.7 12.6
Miniature LTCC
Mini-Circuits –
i
HFCN-8400+ Spec
• Cut-offs from 440 MHz to 8400 MHz
• Selection of over 50 models available
• ESD Insensitive
• Excellent performance over temperature
• Excellent power handling, up to 7W
• Miniature 1206 packages (3.2 x 1.6 mm)
• Low cost construction
HFCN-440+ Spec
1206 LTCC High Pass (HFCN Series)
Miniature LTCC
Mini-Circuits –
i
1206, 0805 & 0603 Band Pass Filters – BFCN, BFCG and BFCW Series
• Centre frequencies covering 1.4-8.7GHz
• Low pass band loss, 2dB typ
• Ideal “Roofing” filters
• Over 40 models available
• Insensitive to ESD
• Excellent temperature stability
• Power rating typically 1.5W
• Custom frequencies available
BFCG-5600+ Spec
BFCN-1445+ Spec
BFCW-542+ Spec
Miniature LTCC
Mini-Circuits –
i
500 1500 2500 3500 4500 5500 6500 7500 8500 9500
BFCN-1445+BFCN-152W-75+
BFCN-1525+BFCN-1560+
BFCG-162W+BFCN-1575+BFCN-1690+BFCN-1840+BFCN-1855+BFCN-1945+BFCN-2275+BFCN-2360+BFCN-2435+BFCN-2450+BFCN-2555+BFCN-2700+BFCN-2840+BFCN-2850+BFCN-2900+BFCN-2910+BFCN-2975+BFCN-3010+BFCN-3085+
BFCN-3085A+BFCN-3115+BFCN-3600+BFCN-4100+BFCN-4440+BFCN-4800+BFCN-5100+BFCW-542+
BFCG-5600+BFCN-5750+BFCN-7200+BFCN-7350+BFCN-7500+BFCN-7700+BFCN-7900+BFCN-8000+BFCN-8350+BFCN-8450+BFCN-8650+
Miniature LTCC
Mini-Circuits –
i
Miniature Diplexers – LDP, LDPG and LDPW Series
• 1206, 0805 & 0603 package styles available • Low Loss, 0.6 dB typ • High common port return loss, 15dB typ
• Ideally for wide band matching mixer IF ports • Insensitive to Electro Static Discharge (ESD) • Excellent performance over temperature
Model Case Style
Common Port (MHz)
Output Port (MHz)
Insertion Loss / Isolation (dB, typ) VSWR (:1, typ.)
COM-LP COM-HP COM LP HP
LDP-1050-252+ 1206 1-1050, 1650-2500
1 - 1050 0.6 25 1.5 1.43 -
1650 - 2500 31 1 1.33 - 1.67
LDPG-272-492+ 0805 DC-2700, 4900-5750
DC - 2700 0.5 30 1.38 1.38 -
4900 - 5750 23 0.7 1.5 - 1.5
LDPW-162-242+ 0603 DC-1650, 2400-6000
DC-1650 0.6 20 1.22 1.22 -
2400 - 2500 15 0.6 1.15 - 1.15
4900 - 6000 15 0.3 1.38 - 1.38
Check hyperlinks
Miniature LTCC
Mini-Circuits –
i
Band Pass, Ceramic Resonator - CBP & CSBP series
• Typical bandwidths from 2.5% to 18% • Low Loss – 1.5 dB typ • Excellent rejection • High power handling – up to 20W • Excellent stability over temperature • Custom models available on request
Ceramic Resonator
Mini-Circuits –
i
Band Pass, Ceramic Resonator, CBP & CSBP series
500 1000 1500 2000 2500
CBP-770C+
CBP-840C+
CBP-893C+
CSBP-A940+
CBP-1034C+
CBP-A1060C+
CBP-1062C+
CBP-1090C+
CBP-1170C+
CSBP-D1189+
CBP-1228C+
CSBP-D1228+
CBP-A1230C+
CBP-B1230C+
CBP-1250C+
CBP-1260C+
CBP-1280C+
CSBP-B1300-75+
CBP-1307C+
CBP-1350C+
CBP-1400E+
CBP-1400F+
CBP-1555C+
CBP-1748C+
CSBP-A1843+
CBP-1880E+
CBP-1950C+
CBP-2400A+
Ceramic Resonator
Mini-Circuits –
i
ZVBP-909+ spec
High Q Cavity Filter – ZVBP-909+
• Pass band frequency of 902 to 915 MHz • Pass band Insertion loss of 1.2 dB Typ • High Rejection up to 2300 MHz • Custom models available • Up to 5 GHz • 2% to 8% BW • Up to 100W power handling
Cavity
Mini-Circuits –
i
High Performance Band Pass Filters – BPF-A Series
• High Q capacitors and inductors • High Rejection – up to 80 dBs • Low pass band loss – 2 dB typ • Good VSWR – 1.3:1 typ • Custom & tuned versions available
High Performance LC
9.3mm x 34.5 mm
Mini-Circuits –
i
High Performance Band Pass Filters – BPF-A Series
High Performance LC
0 200 400 600 800 1000 1200 1400 1600 1800 2000
BPF-A60+
BPF-A69+
BPF-A75+
BPF-A76+
BPF-A113+
BPF-A122+
BPF-A127+
BPF-A135+
BPF-A175+
BPF-A176+
BPF-A328+
BPF-A332+
BPF-A355+
BPF-A400+
BPF-A410+
BPF-A490+
BPF-A580+
BPF-A600+
BPF-A730+
BPF-A800+
BPF-A950+
BPF-A1140+
BPF-A1340+
BPF-A1600+
Mini-Circuits –
i
Band Stop Filters – BSF Series
• High Q capacitors and inductors • Case sizes from 8.9 x 8.9 mm • High Rejection – up to 80 dBs • Low pass band loss – 1dB typ • Good VSWR – 1.3:1 typ
High Performance LC
Mini-Circuits –
i
0 50 100 150 200 250 300 350
BSF-C4768+
BSF-C5468+
BSF-C70+
BSF-C75+
BSF-108+
BSF-C88108+
BSF-C100+
BSF-C125+
BSF-C140+
BSF-C160+
BSF-C174223+
BSP-255310+
Band Stop Filters – BSF Series
High Performance LC
Mini-Circuits –
i
Diplexers, 75 Ω, DOCSIS 3.1 – DBP Series • Low cost construction
• Low Loss
• High Rejection
• Excellent Return loss
COM-LP COM-HP LO-HP COM LP HP
DC-42 0.8 50 - 1.17 1.17 -
54-700 50 - - - - -
700-1220 45 - - - - -
54-1220 - 0.8 - 1.17 - 1.17
DC-65 0.9 50 - 1.17 1.17 -
88-900 50 - - - - -
900-1220 45 - - - - -
88-1220 - 0.8 - 1.17 - 1.17
DC-85 1.2 50 - 1.17 1.17 -
102-1220 50 1.3 - 1.17 - 1.17
DC-204 0.9 50 - 1.17 1.17 -
258-1220 0.8 50 - 1.17 - 1.17
Model Number Common Port (MHz) Output Port (MHz)
DPB4254-75+ DC-42, 54-1220
DPB6588-75+ DC-65, 88-1220
DPB85102-75+ DC-85, 102-1220
DPB204258-75+ DC-204, 258-1220
Insertion Loss/Isolation (dB, typ) VSWR (:1, typ)
Low Cost LC
Mini-Circuits –
i
Low Cost Band Pass Filters – RBP Series
• Low cost capacitors and inductors • Shielded case, 8.9 x 8.9 mm • Good Rejection – 50 dBs typ • Low pass band loss – 1.5 dB typ • Good VSWR – 1.2:1 typ • Excellent Deviation from Linear Phase
Low Cost LC
Mini-Circuits –
i
Low Cost Band Pass Filters – RBP Series
High Performance LC
0 100 200 300 400 500 600 700 800
RBP-75+
RBP-98+
RBP-130+
RBP-135+
RBP-140+
RBP-160+
RBP-173+
RBP-188+
RBP-204+
RBP-220+
RBP-220W+
RBP-253+
RBP-263+
RBP-275+
RBP-280+
RBP-400+
RBP-415+
RBP-440+
RBP-650+
Mini-Circuits –
i
Wideband Voltage Variable Equalizers – VAEQ Series
• 2 variants covering 50-1000 MHz and 950-2150 MHz
• Adjustable attenuation slope
• Supply voltage from +3V to +5V
• IP3 +55 dBm typical
• Minimal deviation from linear loss, ± 0.05dB
• Fixed versions available
VAEQ-1000+
VAEQ-2150+
Variable Equalisers
Mini-Circuits –
i
Microwave Band Pass - ZAFBP-9600-X+
Min. Max. Insertion Loss 9500-9700 MHz 2.24 dB
Input Return Loss (50 Ω) 9500-9700 MHz 17.99 dB Output Return Loss (50 Ω) 9500-9700 MHz 16.95 dB
Rejection
8600 MHz 31.9 dB 11000 MHz 34.4 dB 5000 MHz 63.15 dB
14000 MHz 42.7 dB
Custom Capability
Mini-Circuits –
i
-30
-20
-10
0
400 500 600 700 800 900
dB(S
21)
Freq (MHz)
0.00 1.002.00 3.004.00 6.008.00 10.012.0
Tunable Band Pass - BPF-T series
• 50Ω • Pass Band tunable over ~ 100 MHz • Return Loss: 10 -12 dB typ. • IP3 up to 21 dBm typ
-30
-20
-10
0
350 400 450 500 550 600 650 700 750
dB(S
21)
Freq (MHz)
0.00 1.002.00 3.004.00 6.008.00 10.012.0
O.5” x 3.5”
Custom Capability
Mini-Circuits –
i
Bias-Tees
«Small size»
«Wideband Coverage»
«Low loss»
Mini-Circuits –
i
New - Wideband TCBT-14+ • Frequency range of 0.01 – 10GHz
• Insertion loss of 0.8dB typ
• Input current 200mA Max
• RF input power of 30dBm Max
• Miniature size 0.15 x 0.15 x 0.14 inch TCBT-14+ Spec
Mini-Circuits –
i
For applications where an L-Band signal, 10MHz clock and a DC supply needs to be transported via a single coax wire
Bias-Tee / L-Band Combiner ZABT-2R15G+
ZABT-2R15G+ Spec Band:
10 MHz / 950-2150 MHz
Mini-Circuits –
i
Z4BT-2R15G-X+ 50Ω 10 MHz, 950 to 2150 MHz
Insertion Loss: 1.5 dB max. Isolation: 40 dB typ. VSWR: 1.6:1 max. DC Current: 5A max. DC Voltage: 48V max. RF Power Input: +30 dBm max. DC Resistance from DC to RF & REF & DC Port: 0.3 Ohms typ. Connectorized:
RF In Port 1: SMA RF & REF & DC Port 2: SMA REF Port 3: SMA DC Port S: BNC Female
CASE STYLE: 99-01-OPU557-2REVUX1
2” x 2” x 0.95”
Mini-Circuits –
i
2ZABT-222DC-X+ 50Ω 10 MHz 950-2150 MHz Dual Bias Tee
DC Supply Voltage: 18-36 VDC @ 2.3 Amps max. with 50W max.
LED Color if supply Applied: Green
DC Supply Voltage at the outputs: 15 VDC @1.2 Amp, 1.0 Amp typ. Per leg
Max RF Power Each Side: 20 dBm
Internal Dissipation: 13 Watt max.
Efficiency of DC-DC Converter: 70%
Insertion Loss (Port 1-Port 3, Port 2-Port 4):
• @ 10 MHz 1.0 dB Max, 0.6 dB typ.
• @ 950-2150 MHz 1.0 dB Max, 0.6 dB typ.
Isolation @ 950-2150 MHz :
• (Port 1-Port 2, Port 1-Port 4): 50 dB Min 60 dB typ.
• (Port 2-Port 3, Port 3-Port 4): 50 dB Min 60 dB typ.
Input VSWR: 1.45:1 max. 1.3:1 typ.
Output VSWR : 1.45:1 max. 1.3:1 typ.
Mini-Circuits –
i
RF TRANSFORMERS
Pri
Sec
No Con
Sec Pri
Pri Sec
Impedance Transformers
Mini-Circuits –
i
New – Ultra-Wideband Transmission Line Transformers
• Frequencies up to 8 GHz • Impedance ratios of 1, 1.33, 1.5, 2, 3 & 4 • 50 and 75 Ohm parts available • Low loss – 1dB typ • Novel topologies enhance phase & amplitude balance
• Ideal for matching applications and push pull amplifiers • High return losses – 15dB typ
Ultra-Wideband
Mini-Circuits –
i
0 1000 2000 3000 4000 5000 6000 7000 8000 9000
TC1-33-75G2+ADTL1-15-75+
TCM1-43X+TCM1-63AX+
TCM1-83X+TC1.33-282+ADT1.5-122+
TCM2-33X+TCM3-452X+TCM4-452X+
1 10 100 1000 10000
TC1-33-75G2+ADTL1-15-75+
TCM1-43X+TCM1-63AX+
TCM1-83X+TC1.33-282+ADT1.5-122+
TCM2-33X+TCM3-452X+TCM4-452X+
New Ultra-Wideband Transformers (Linear & Log Scales)
Ultra-Wideband
Mini-Circuits –
i
LTCC Balun Transformers – TCW, NCS, TCN and NCR series • LTCC Construction
• Available as 1:1, 1.5, 2:1, 3:1 and 4:1 impedance ratios
• Models covering 240 MHz to 18 GHz
• 50 and 75 Ohm models available
• High Power – up to 3W
TCN series (1206)
NCS series (0805)
Transformers
NCR series (2.0 x 2.5 mm QFN)
TCW series (0603)
LTCC
Mini-Circuits –
i Transformers
LTCC
0 2000 4000 6000 8000 10000 12000 14000 16000 18000
TCN1-10+NCS1-112+
NCS1-222-75+TCN1-152-75+
TCN1-23+NCS1-23+
NCS1-292+NCS1-422+
NCS1-63+
NCS1.5-232+
NCS2-771-75+NCS2-62+
TCN2-122+TCN2-14+
NCS2-112+NCS2-232+NCS2-222+
NCS2-33+TCN2-2+
TCW2-272+NCS2-83+
NCS2-392+TCN2-45+
NCR2-113+NCR2-123+NCS2-592+NCS2-622+NCR2-183+
NCS3-72+TCN3-11+
NCS3-272+
TCN4-13+NCS4-102+TCN4-162+
TCN4-22+NCS4-232+NCS4-272+NCS4-442+
NCS4-63+
Mini-Circuits –
i
In Development – L-Band Impedance Matching Transformer
• Connectorised, 50Ω to 75Ω impedance conversion • Very low insertion loss compared to matching pads ~ 1.0 dB max • L-Band frequency coverage, 950-2150MHz • DC voltage: 48V max • DC pass current: 500 mA max • RF input power: 30 dBm max
Transformers
Mini-Circuits –
i
Test Solutions Test Solutions
Mini-Circuits –
i
Mini-Circuits is introducing a diverse range of software controlled, portable test equipment. The low cost and flexibility makes an effective choice for stand-alone test equipment or for integration into automated production test systems. Custom 19” rack systems can also be delivered with little or no up front Engineering cost. The common features are: •USB HID interface (no driver installation required) •Simple software GUI for bench testing •API DLL for automation (ActiveX and .Net support) •Compatibility with most programming languages/environments, including LabView, Visual Basic, C++, C#, C, Delphi, Python, Agilent VEE, Matlab •Compatibility with 32/64 bit operating systems (Windows and Linux)
Mini-Circuits –
i
USB & Ethernet CW Power Sensors • Low cost alternative to conventional power meters • 50dB typical dynamic range -30 to +20dBm
• 80dB dynamic range (-60 to +20 dBm) due Q2 2015
• Excellent accuracy ±0.15dB typ • Temperature compensated • No need for reference calibration • Ethernet / RJ45 interface available – RC* series
Model Zo (Ω) Freq (MHz) Dynamic Range (dBm) Type tSAMPLE PWR-8FS 50 1 - 8000 -30 to +20 CW 10 ms
PWR-8GHS / -RC* 50 1 - 8000 -30 to +20 CW 30 ms PWR-6GHS 50 1 - 6000 -30 to +20 CW 30 ms PWR-4GHD 50 1 - 4000 -60 to +20 CW 30 ms PWR-4GHS 50 0.009 – 4000 -30 to +20 CW 30 ms
PWR-2.5GHS-75 75 0.1 - 2500 -30 to +20 CW 30 ms
CW Power Sensors
Mini-Circuits –
i
USB RMS Power Sensors • True RMS Power Sensor • Measures CW, modulated and multi-tone signals • Automatic frequency calibration & temperature compensation • 55 dB dynamic range, -35 to +20 dBm • Low measurement uncertainty:
±0.10 dB typ with QPSK signal for LTE ±0.05 dB typ with MSK signal for GSM ±0.10 dB typ with 256QAM signal for DECT
• 6 GHz version due Q2 2015
Model Zo (Ω) Freq (MHz) Dynamic Range (dBm) Type tSAMPLE PWR-6RMS 50 50 - 6000 TBD CW & RMS 30ms PWR-4RMS 50 50 - 4000 -35 to +20 CW & RMS 30ms
RMS Power Sensors
Mini-Circuits –
i
Pwr: -0.25 dBm Freq:100.450 Hz
New Development – Integrated Power & Frequency Sensor • Simultaneous frequency and power measurements of a CW signal • 1 to 6000 MHz operating frequency (100 Hz resolution) • -30 to +20 dBm input dynamic range (0.01 dB resolution) • USB & Ethernet control interfaces • Internal or external 10 MHz reference accepted • Automatic frequency and temperature compensation of measurements
FCPM-6000RC (Due for release Q2 2015)
Power & Frequency
Mini-Circuits –
i
Low Cost Synthesised Signal Generators • 250-4000 MHz CW output • Fine frequency resolution, 5KHz • Wide output dynamic range • Internal/external reference • USB controlled • High power model
• SSG-4000HP … -50 to +20 dBm • Low harmonic model
• SSG-4000LH … -66dBc typ
SSG-4000HP SSG-4000LH
Mini-Circuits –
i
New - Wideband Synthesised Signal Generators • Ultra wideband CW output range:
• SSG-6000RC …... 25 to 6000 MHz • SSG-6001RC …… 1 to 6000 MHz • RSG-12G ………… 1 to 12000 MHz
• 3-6Hz frequency resolution • Frequency hop, pulse & sweep capabilities • 70dB output dynamic range • Excellent phase noise, -112 dBc/Hz @ 10KHz • Internal/external reference • USB and Ethernet control interfaces SSG-6000RC – Available Now
SSG-6001RC – Available Q3 2014
RSG-12G – Available Q4 2014
Mini-Circuits –
i
New Release - High Performance DDS Signal Generator • Super wide bandwidth, 250 KHz to 6400 MHz in 0.001Hz steps • 85 dB output dynamic range in 0.01dB steps • Excellent phase noise, -133 dBc/Hz @ 10 KHz (1GHz) • Excellent spectral purity • 100 µs settling time • AM/FM/phase modulation • Local control via USB • Remote control via Ethernet
SSG-6400HS Spec
Mini-Circuits –
i
High Reliability, DC-18 GHz Switch Boxes • Combination of 1, 2, 3, 4 or 8 SPDTs in a compact package
• Flexible switching configurations
• High reliability (10 million switch cycles)
• High isolation, 90dB typ @ 1GHz
• Low insertion loss, 0.15dB typ @ 1GHz
• Easily automated using included DLL
• Capable of integration in to 2U rack chassis
USB-2SPDT-A18 Spec
USB-1SPDT-A18 Spec
Mechanical Switch Life Test
USB-3SPDT-A18 Spec
USB-4SPDT-A18 Spec
USB-8SPDT-A18 Spec
Mini-Circuits –
i
New - Ethernet Switch Boxes for Remote Control • Additional Ethernet (RJ45) interface
• Allows remote control over TCP/IP networks
• UDP supported for “discovery” of devices
• HTTP communication (Get/Post commands)
• Telnet communication
• USB for local control
RC-2SPDT-A18 Spec
RC-1SPDT-A18 Spec RC-3SPDT-A18 Spec
RC-4SPDT-A18 Spec
RC-8SPDT-A18 Spec
Mini-Circuits –
i
SMA Wrench • Ability to remove SMA connectors without removing the adjacent cables • Small portable tool, fits in pocket • Connect or disconnect SMA connectors in tight spaces • Use in combination with torque wrench or just with fingers HT Wrench Datasheet
Mini-Circuits –
i
New - SP4T Switch Boxes • Frequency Range DC – 18GHz
• Single or double SP4T switches
• Insertion loss as low as 0.1dB
• High Isolation, up to 100dB
• VSWR as low as 1.05
• Internally terminated (absorptive)
• LED indicators on front panel
• USB and Ethernet controlled variants
USB-1SP4T-A18 Spec RC-1SP4T-A18 Spec RC-2SP4T-A18 Spec
Mini-Circuits –
i
Programmable Attenuators • Dynamic range options from 30-120 dBs • 1-6000 MHz frequency coverage (120dB version 1-4000 MHz) • 0.25dB step size with excellent accuracy • High linearity, +50dBm typ • High speed attenuation switching • RUDAT series with USB and RS232 control interfaces • RCDAT series with USB and Ethernet control interfaces
RUDAT-6000-60 RUDAT-6000-90
RCDAT-6000-60 RCDAT-6000-90
RUDAT-6000-30 RCDAT-6000-30
RCDAT-6000-110 RCDAT-4000-120
RCDAT-6000-110 RCDAT-4000-120
Mini-Circuits –
i
Dual Programmable Attenuator (1-6000 MHz) • Pair of independently controlled attenuators • Compact and low cost • 90dB attenuation range in 0.25dB steps • High speed attenuation switching, 650ns • USB for local PC control • Ethernet for remote control via HTTP/Telnet
RC2DAT-6000-90 Spec
Mini-Circuits –
i
USB Input/Output Control Boxes • Control of multiple input/output devices • API-DLL COM object allows automated systems to be developed • Compatible with LabView, C++, VB and others • All power drawn from USB interface
Mini-Circuits –
i
USB-I/O-16D8R
•16 TTL/LVTTL digital I/O lines •8 electromechanical Form C buffered relays
USB-I/O-8DRV •8 Electro - Mechanical Form C buffered relays •8 High Voltage digital input lines (32V max) •8 TTL/LVTTL digital I/O channels
USB- I/O-4D2R •4 channel TTL/LVTTL adjustable digital outputs •2 channel opto-isolated relay outputs •Each can supply DC 24V/0.375A
USB-IO-16D8R Spec
USB-IO-4D2R Spec
USB-IO-8DRV Spec
USB Input/Output Control Boxes
Mini-Circuits –
i
USB/RS232 to SPI Adapter • Conversion between USB or RS232 and SPI • SPI interface allows control of serial interface devices:
• including MCL’s ZX76 step attenuator range • Powered from either USB or power adaptor • Communication rate 9600 baud • Controllable through supplied GUI • Can be automated using the supplied API-DLL
RS232/USB-SPI Spec RS232/USB-SPI-N Spec
Mini-Circuits –
i
Rack-Mount Test Solutions
Mini-Circuits –
i
Rack-Mount SPDT Switch Assembly, ZT-143 • USB & Ethernet control connections • Single software interface for control of 8 SPDT switches • DC – 18 GHz operating frequency • 10 W input power rating • 25 ms switching time
Mini-Circuits –
i
Rack-Mount SP4T Switch Assemblies • DC - 18 GHz, high reliability switches • USB & Ethernet control interfaces • Single software interface for control of
multiple switches • ZT-103:
• Three SP4T switches • ZT-156:
• Ten SP4T switches • Configured as a dual SP32T switch with
external jumper cables
Mini-Circuits –
i
High Power Signal Generator, HPG-13 • 800 -1000 MHz operating frequency • Output power -20 to +50dBm (100W) • CW and pulsed output modes • Rugged, 19-inch, rack-mounted construction • Forward & reverse signal monitoring • High temperature alarm output • Other frequency bands available
Mini-Circuits –
i
100 Watt High Power HPG-13 Signal Generator
Product Features • Frequency: 800 -1000MHz • Power: -20 to +50dBm (100W) • Signals Type: CW & Pulse • Sweep Type: Hop Freq & Power • Monitor FWD & RVS Signals • Alarm Function over temperature • Built in Application Measurement Software
Mini-Circuits –
i
ZT-100-1 VNA Extender • Fully flexible, 2 by 10 switch matrix • USB control • 19” Rack Mount Design • LED Indicators • Frequency range DC - 8500 MHz • Insertion Loss ~7.5dB typ • Return Loss 15 – 20dB • Isolation ~ 90dB typ • Allows automated testing of multiple DUTs
ZT-100-1 Preliminary Spec
Mini-Circuits –
i
Modular Test Rack – ZTM-Series • Bespoke test systems with 2 week lead-times • 19 inch rack design with up to 12 available slots • Specify any combination of:
• SPDT switch, DC-18 GHz
• SP4T or SP6T switch, DC-18 GHz (requires 2 slots)
• Transfer switch, DC-18 GHz
• Programmable attenuator, 1-6000 MHz, 0-90 dB (0.25 dB steps)
• USB and Ethernet control • Full software support
ZTM Series
Mini-Circuits –
i
ZT-101-X • 19” Dual Output Amplifier • 1 – 15 GHz • 24 dB Gain • 2 selectable outputs Parameter Frequency
(GHz) Specifications Comment
Min Typ Max Operating Frequency 1 – 15 Gain 24 RF input power -5 dBm Output flatness +/- 2 dB Output P1dB +22 dBm VSWR (IN/OUT) 1.50 (:1) Switching time (out1– out2) 30 msec RF isolation (out1 – out2) 1 – 8 75 dB
8 – 12 70 dB 12 - 15 60 dB
RF Isolation (IN – inactive output)
60
Mini-Circuits –
i
Parameter Freq (GHz)
Specifications Comment
Min Typ Max Operating Frequency DC – 18 RF input power +20 dBm Path loss (IN1– SWA COM) 1.0 dB @ 2.4 GHz Return Loss (IN/OUT) 20 dB @ 2.4 GHz Switching time (IN1– SWA COM) 50 msec RF isolation (IN1 – IN4) 85 dB
ZT-103-X Switch Rack • Three independent SP4T switches in a 19” rack • USB control • High reliability mechanical switches
ZT-103-X Preliminary Spec
Mini-Circuits –
i
Rack-Mount Attenuators, ZT-158 • USB & Ethernet control connections • Single software interface for control of 12 programmable attenuators • Each attenuator with 90 dB range in 0.25 dB steps • High speed attenuation switching, 650 ns
Mini-Circuits –
i
• Freq DC- 18GHz • Total Test Time: 0.66sec • 27 different measurements
• Isolation • Insertion loss • Frequency
HTEST-5, Automated 5-Port Test Set
Configured for Automated Test of 4-Way Power Splitters
Mini-Circuits –
i
LTE SMALL CELL 3x3 MIMO test matrix • 19” 4U rack mount system • 110/240V AC power supply
• USB for local control: • GUI & DLL for automation
• Remote control over Ethernet: • HTTP & Telnet communication
Mini-Circuits –
i
High Performance Cables
Cables
Mini-Circuits –
i
75 Ω, High Reliability, Flex-Test - CBL Series
• DC to 3 GHz operating range • Rugged, strain relieved connectors • High quality triple shielded design • High reliability
• 20,000 flexures • 6 month guarantee
• F & N-type Connector options • 0.6m to 2 m lengths • Custom assemblies available
CBL-1MFM-75+ Spec
Test Cables
CBL-6NM-75+ Spec
Mini-Circuits –
i
High Reliability, Flex-Test - CBL Series
• DC to 18 GHz operating range • Rugged, strain relieved connectors • High quality triple shielded design • VSWR, Loss and Phase stable with flexure • High reliability
• 20,000 flexures • 5,000 mating cycles • 6 month guarantee
• SMA, N-type and Quick-Connect options • 0.3m to 15 m lengths • Custom assemblies available
Flexure Testing CBL2SMQ-NM+ Spec
Test Cables
Mini-Circuits –
i
Armoured, Flex-Test - APC Series
• Wideband from DC to 18GHz • Inner conductor of solid silver plated copper clad steel • Extra rugged construction with strain relief for longer life • N-type male connectors • Shielding effectiveness better than 100dBc • Stainless steel armour • Operating temperature -55°C to +105°C • Available in 1.8, 3 & 4.5 meter lengths
Internal Construction APC-10FT-NMNM+ Spec
Test Cables
Mini-Circuits –
i
FLC Series, Flexible Test Cables • DC to 26GHz bandwidth • Low insertion loss, 2.6dB at 26GHz • Rugged construction includes protective shield and strain relief for
longer life • Insertion phase of 1.6° with 2.4 inch bend radius
FLC-1M-SMSM+ Spec
Mini-Circuits –
i Cables
New Release – 40GHz Test Cables • KBL series armoured test cables • DC to 40 GHz operating range • 2.92 mm connectors (compatible with K, SMA, 3.5mm) • KBL-LOW series offers extremely low loss:
• 0.5dB typ @ 2 GHz • 2.8dB typ @ 40 GHz
• KBL-PHS series offers outstanding phase stability with flexure • 0.5˚ typ @ 2 GHz • 3.0˚ typ @ 40 GHz
• Standard lengths from 0.46 to 2m
KBL-1M-LOW+ Spec
KBL-1M-PHS+ Spec
Mini-Circuits –
i
Hand-Flex, Conformable Cable Series
• 086 and 141 series, DC-18 GHz • Flexible alternative to semi-rigid • Low Insertion loss • Anti-torque nuts for strain relief • 8mm minimum bend radius • Wide selection of connector options
• SMA, N, Bulkhead, Right-Angle • Standard lengths from 8 cm to 2m • Custom Assemblies available on request
Cables
141-6SM+ Spec
086-24SMRSM+ Spec
Interconnect Cables
Mini-Circuits –
i
E-Z Lock – QBL Series • DC to 18GHz • Push-lock connector mates with standard SMA • Ideal for dense interconnect applications
• No torqueing required • Operated over a wide range of temperatures (-55 to 105 C) • Rugged design
• Tested to 20,000 flex cycles and 20,000 insertions
QBL1.5SMQ-SM+ Spec QBL Mating Cycles Report
Interconnect Cables
Mini-Circuits –
i
Special Development &
Custom Assembly Capability
Custom Capability
Mini-Circuits –
i
Mini Circuits Custom Developments
Mini Circuits specialises in development of bespoke RF & Microwave components:
• Over 80% of Mini Circuits developments are custom
• Large internal database of existing engineering models
• All developments are 100% RF tested
• Samples are provided to confirm spec compliance
• MOQ / NRE may apply
Custom Capability
Mini-Circuits –
i
Mini Circuits developments can be broken down into 3 types:
Special testing
• Testing and guaranteeing the performance of a catalogue model or an existing engineering design to a required spec
• Typical Lead times can be about 2 to 4 weeks
Tuning / re-specifying existing model
• Re-design & optimisation of a standard catalogue model or an existing engineering design to a required spec
• Typical Lead time can be about 4 to 6 weeks
New design
• Complete new design based on required specification
• Typical Lead time can be about 6 to 8 weeks
Types of Custom Development
Custom Capability
Mini-Circuits –
i
HIGHER LEVEL INTEGRATED
MODULES
• Bias-Tee / L-Band Combiner
• Up-Converter for Satellite
• Dual High IP3 LNA with Integrated DSA
• SMT GPS LNA with Integrated Filters
• Noise Generator Modules
• 19” Rack Mountable Switch assemblies
Modules
Mini-Circuits –
i
TAMP-1575LN-X
• Miniature Surface Mount Amplifier: JQ1382 • Excellent Rejection: 4 SAW filters • Low Single Supply Voltage (+3.3V) • Low DC (19mA) • Center Frequency: 1575.42MHz • Gain Flatness: (BW=1MHz) : +/- 0.2dB, typ • Low Noise Figure: 2dB typ • High Gain: 27dB typ • Rejection: >60dB
TAMP-1575LN-1
-80
-60
-40
-20
0
20
40
1450 1500 1550 1600 1650 1700 1750
Freq., MHzG
ain,
dB
Amplifiers
Mini-Circuits –
i Modules
L Band RF Power Control Modules • Frequency range 950 to 2150 MHz
• Superior Flatness over Full Gain Control Range (31 dB)
• RS-232 Control
• Rugged Construction for mobile Satcom applications
• Ideal for both Uplink and Downlink Power Control
RS-232
RF Out RF In
Coupled Out
Mini-Circuits –
i Modules
Wideband Noise Generator • Frequency range of 20 – 6000MHz • Random White Noise Generator • 74 dB Excess Noise at Output (-100 dBm/ Hz) • Noise blanking: 50dB, min • Blanking Speed: 50 nS
Mini-Circuits –
i
Telecom Simulcast Distribution System Frequency: 800 to 2100 MHz Power Handling: 5 Watts per channel Amplitude balance: < 1dB Port to Port Isolation: > 20dB Connectors: QMA female Package: 2U, 19” rack NEBS Certified
Modules
Mini-Circuits –
i Modules
SATCOM Switch Assembly • Frequency Range
• Rx: 10 / 950-2150 /3700-4200 MHz • Tx: 950-2150 MHz
• In band Gain • Rx: 40dB typ • Tx: -12dB typ
• Receiver Attenuation Control • 31dB with 1dB steps
•Power at 1dB Compression • 10dBm min input/output
• Tx/Rx Isolation of 80dB typ • Integrated Rubidium clock • Tx and Rx Test Ports
Mini-Circuits –
i
And many more …….
Modules
Multi-function Base Station Module
150W PCS / Cellular Power Combiner Automatic Power Control Module
KA Band Ultra Small 4 way 0º Splitter
Switch Matrix 11 Way Splitter Module Synthesizer with 3 output