ZVE-433X+

• Wideband Amplifier
• 18 GHz to 43.5 GHz
• Excellent Gain Flatness, ±2.5 dB Typ.
• Wide Input DC Voltage Range, +10 to +15 V
• Reverse Voltage Protected
• Saturated Output Power, 30 dBm Typ. from 26 to 34 GHz

ZVE-433HPX+

• Wideband Amplifier without Heatsink
• 18 GHz to 43.5 GHz
• Excellent Gain Flatness, ±2.5 dB Typ.
• Wide Input DC Voltage Range, +10 to +15 V
• Reverse Voltage Protected
• Saturated Output Power, +31 dBm Typ.

ZVE-433HP+

• Wideband Amplifier
• 18 GHz to 43.5 GHz
• Excellent Gain Flatness, ±2.5 dB Typ.
• Wide Input DC Voltage Range, +10 to +15 V
• Reverse Voltage Protected
• Saturated Output Power, +31 dBm Typ.

ZVE-433GX+

• Wideband Amplifier without Heatsink
• 18 GHz to 43.5 GHz
• High Gain of 41dB typ. with ±3.0 dB Typ. Flatness
• Wide Input DC Voltage Range, +10 to +15 V
• Reverse Voltage Protected
• Saturated Output Power, +29 dBm Typ.

ZVE-433G+

• Wideband Amplifier
• 18 GHz to 43.5 GHz
• High Gain of 41dB typ. with ±3.0 dB Typ. Flatness
• Wide Input DC Voltage Range, +10 to +15 V
• Reverse Voltage Protected
• Saturated Output Power, +29 dBm Typ.

ZVE-433+

• Wideband Amplifier
• 18 GHz to 43.5 GHz
• Excellent Gain Flatness, ±2.5 dB Typ.
• Wide Input DC Voltage Range, +10 to +15 V
• Reverse Voltage Protected
• Saturated Output Power, 30 dBm Typ. from 26 to 34 GHz

TSS-23ULN+

• MMIC Low Noise Amplifier
• 10 MHz to 2 GHz
• Low Noise Figure, Typ. 0.4 dB
• High Gain, Typ. 20 dB
• High OIP3, Typ. +37.3 dBm
• Fast Shutdown Feature, 7.5 ns

HFHK-6010+

• LTCC High Pass Filter
• 6.6 GHz to 17 GHz
• Insertion Loss, Typ. 1.5 dB
• Stopband Rejection, Typ. 74 dB
• Passband Return Loss, Typ. 11 dB
• Power Handling: 6W

HFHK-3800+

• LTCC High Pass Filter
• 4.25 GHz to 14 GHz
• Insertion Loss, Typ. 1 dB
• Stopband Rejection, Typ. 75 dB
• Passband Return Loss, Typ. 16 dB
• Power Handling: 6W

HFHK-3100+

• LTCC High Pass Filter
• 3.5 GHz to 12.5 GHz
• Insertion Loss, Typ. 0.8 dB
• Stopband Rejection, Typ. 76 dB
• Passband Return Loss, Typ. 16 dB
• Power Handling: 6W

PMA3-14LV+

• MMIC Low Noise Amplifier
• 0.05 GHz to 10 GHz
• High OIP3, Typ. +27.7 dBm
• High P1dB, Typ. +20.3 dBm
• Low Noise Figure, Typ. 1.1 dB
• Single Supply Voltage, +5 V at 55 mA

TRQ-10-06

• Torque Wrench
• Lab quality
• Accuracy
• Prevent over or under tightening
• 1.0 mm Type connectors 15/64" or 6 mm across flats

RFE-3G33G7100X+

• High Power Amplifier
• 3.2 GHz to 3.7 GHz
• High output power, 100 W
• Suitable for CW and pulsed signals
• High gain, 53 dB typical
• Built-in output circulator

TERM-2W-183S+

• Coaxial Attenuator
• DC to 18 GHz
• Input Power Handling, 2 W
• Excellent VSWR, 1.09 dB Typ.
• Rugged Construction

BW-W6-0.5W114+

• Coaxial Attenuator
• 6 dB Fixed Attenuator
• DC to 110 GHz
• 1.0 mm Male to Female Connectors
• Excellent VSWR, 1.3 typ.
• 0.5 W Power Handling

SSG-5N9GD-RC

• USB, Ethernet & Daisy-Chain Signal Generator
• 5 GHz to 9 GHz
• Cost effective C-band / ISM signal generator
• Good harmonics & phase noise
• CW, pulsed, AM, FM & chirp outputs
• High output power, +23 dBm

SSG-5N9G-RC

• USB, Ethernet & Daisy-Chain Signal Generator
• 5 GHz to 9 GHz
• Cost effective C-band / ISM signal generator
• Good harmonics & phase noise
• CW, pulsed, AM, FM & chirp outputs
• Compact design for bench top use

CBN-1.5M-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 1.5 m
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

GP2X1A+

• MMIC Power Splitter/Combiner
• 2.7 GHz to 7.2 GHz
• Excellent Insertion Loss, Typ. 0.7 dB
• Excellent Amplitude Unbalance, Typ. 0.02 dB
• Good Phase Unbalance, Typ. 0.7 Deg
• Power Handling as a Splitter, Max 10W

GP2XA+

• MMIC Power Splitter/Combiner
• 2.8 GHz to 6.2 GHz
• Excellent Insertion Loss, Typ. 0.7 dB
• Excellent Amplitude Unbalance, Typ. 0.03 dB
• Good Phase Unbalance, Typ. 0.6 Deg
• Power Handling as a Splitter, Max 10W

QCH-63B+

• SMT Power Splitter/Combiner
• 800 MHz to 6 GHz
• High power handling, up to 70W
• Good amplitude unbalance, ±0.4 dB

AVA-17303-DG+

• MMIC Medium Power Amplifier Die
• 17 GHz to 31.5 GHz
• High P1dB, Typ. +23.8 dBm
• High OIP3, Typ. +36 dBm
• Supply Voltage, +6 V at 160 mA

AVA-17303+

• MMIC Medium Power Amplifier
• 17 GHz to 31.5 GHz
• High P1dB, Typ. +22.9 dBm
• High OIP3, Typ. +33 dBm
• Supply Voltage, +6 V at 160 mA
• 4x4 mm 20-Lead QFN-Style Package

CBN-6FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 6 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-4FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 4 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-3.5FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 3.5 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-2FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 2 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-15FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 15 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-10FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 10 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-5FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 5 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-1.5FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• 1.5 ft
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

AVA-6183MPS-DG+

• MMIC Medium Power Amplifier Die
• 6 GHz to 18 GHz
• High Saturated Output Power, Typ. +28.4 dBm
• High Gain, Typ. 20.9 dB
• Single Supply Voltage +6 V at 663 mA

AVA-6183MPS+

• MMIC Medium Power Amplifier
• 6 GHz to 18 GHz
• High Saturated Output Power, Typ. +28.5 dBm
• High Gain, Typ. 20.9 dB
• Single Supply Voltage +6 V at 663 mA
• 5x5 mm 32-Lead QFN-Style Package

MEM-SP4T-A18

• USB MEMS Switch
• DC to 18 GHz
• Extremely high reliability, 30 Billion switch cycles (@1GHz, +30dBm)
• 25W CW power rating (Cold switching @ 1GHz)
• High-speed switch transition, 15µs
• Excellent Linearity, 90 dB IP3

ZMIQ-143H-S+

• Coaxial IQ Mixer
• 5 GHz to 14 GHz
• Wideband IF, DC to 3 GHz, operational up to 7 GHz
• Excellent Image Rejection, Typ. 28 dB
• Excellent Side Band Suppression, Typ. 30 dB
• High Input IP3, Typ. +25 dBm

PMA3-43-1W+

• MMIC Power Amplifier
• 10 MHz to 4 GHz
• High P1dB, Typ. +32.2 dBm
• High PSAT, Typ. +32.6 dBm
• Low Noise Figure, Typ. 3.2 dB
• High OIP3, Typ. +37 dBm
• Single Supply Voltage, +12 V @ 190 mA

RDC17-182-75+

• SMT Directional Coupler
• 5 MHz to 1.8 GHz
• Low Mainline Loss 0.7 dB typ.
• High Isolation, above 38 dB up to 850 MHz
• Great Coupling Flatness, ±0.6 dB typ.

RDC14-182-75+

• SMT Directional Coupler
• 5 MHz to 1.8 GHz
• Low Mainline Loss 0.9 dB typ.
• High Isolation, above 39 dB up to 850 MHz
• Great Coupling Flatness, ±0.6 dB typ.

ZVE-0234LNX-K+

• Coaxial Low Noise Amplifier
• 2 GHz to 30 GHz
• Excellent Gain Flatness, ±0.4 dB Typ.
• Low Noise Figure, 2.5 dB Typ.
• Single Supply Range: +5.7 to +10V
• Reverse Voltage Protected

CBN-5FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-3FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

CBN-1FT-SMSM+

• Coaxial Phase-Stable Flex Cable
• DC to 26.5 GHz
• Low Loss Dielectric
• Exceptional Phase & Amplitude Stability
• Extremely Flexible

TRS278-182-75+

• SMT Transformer
• 45 MHz to 1.8 GHz
• Balanced transmission line with secondary center tap
• Suitable for RoHS solder systems

TRS178-182-75+

• SMT Transformer
• 45 MHz to 1.8 GHz
• Balanced transmission line with secondary center tap
• Suitable for RoHS solder systems

VBF-2450+

• LTCC Band Pass Filter
• 2.4 GHz to 2.55 GHz
• Sharper Roll-of
• Return Loss, 14 dB Typ.
• Stopband Rejection, 30 dB Typ.
• Power Handling: 2W

ZCDC20-263+

• Coaxial Directional Coupler
• 0.5 GHz to 26.5 GHz
• Useable 9 kHz to 26.5 GHz
• Excellent coupling flatness, ±1.7 dB typ.
• Excellent directivity, 30 dB typ. up to 26.5 GHz
• Power handling up to 20W

ZCDC10-263+

• Coaxial Directional Coupler
• 0.5 GHz to 26.5 GHz
• Useable 9 kHz to 26.5 GHz
• Excellent coupling flatness, ±1.5 dB typ.
• Excellent directivity, 28 dB typ. up to 26.5 GHz
• Power handling up to 20W

HFHK-5500+

• LTCC High Pass Filter
• 6 GHz to 16.5 GHz
• Insertion Loss, Typ. 1.2 dB
• Stopband Rejection, Typ. 73 dB
• Passband Return Loss, Typ. 11 dB
• Power Handling: 6W

HFHK-4600+

• LTCC High Pass Filter
• 5 GHz to 15.5 GHz
• Insertion Loss, Typ. 1.1 dB
• Stopband Rejection, Typ. 75 dB
• Passband Return Loss, Typ. 16 dB
• Power Handling: 6W

HFHK-3500+

• LTCC High Pass Filter
• 3.9 GHz to 12.5 GHz
• Insertion Loss, Typ. 0.9 dB
• Stopband Rejection, Typ. 76 dB
• Passband Return Loss, Typ. 15 dB
• Power Handling: 6W

HFHK-2700+

• LTCC High Pass Filter
• 3 GHz to 11 GHz
• Insertion Loss, Typ. 0.8 dB
• Stopband Rejection, Typ. 74 dB
• Passband Return Loss, Typ. 17 dB
• Power Handling: 6W

HFHK-2000+

• LTCC High Pass Filter
• 2.1 GHz to 9.5 GHz
• Insertion Loss, Typ. 0.7 dB
• Stopband Rejection, Typ. 74 dB
• Passband Return Loss, Typ. 18 dB
• Power Handling: 6W

ZVBP-611-75-F+

• Coaxial Band Pass Filter
• 608.5 MHz to 613.5 MHz
• Low Insertion Loss, 3.1 dB Typ.
• High Rejection, 80 dB Typ.
• Stopband up to 1950 MHz
• Power Handling: 5W

LPHI-90+

• SMT Low Pass Filter
• DC to 90 MHz
• Excellent Rejection of 80 dB Typ.
• Fast Roll-off Transition at Stopband
• Good Insertion Loss of 2 dB Typ.

SSG-8N12GD-RC

• USB, Ethernet & Daisy-Chain Signal Generator
• 8 GHz to 12.5 GHz
• Two independently tunable channels
• Cost effective X-band signal generator
• High output power, +23 dBm
• Excellent harmonics & phase noise
• CW, pulsed, AM, FM & chirp outputs

SSG-8N12G-RC

• USB, Ethernet & Daisy-Chain Signal Generator
• 8 GHz to 12.5 GHz
• Cost effective X-band signal generator
• High output power, +23 dBm
• Excellent harmonics & phase noise
• CW, pulsed, AM, FM & chirp outputs

RHP-27+

• SMT High Pass Filter
• 50 MHz to 2 GHz
• Low Insertion Loss, 0.6 dB Typ.
• High Rejection 80 dB Typ.
• Miniature Shielded Case
• Aqueous Washable

GP2Y1A+

• MMIC Power Splitter/Combiner
• 1.55 GHz to 4.4 GHz
• Excellent Insertion Loss, Typ. 1.1 dB
• Excellent Amplitude Unbalance, Typ. 0.03 dB
• Good Phase Unbalance, Typ. 0.6 Deg
• Power Handling as a Splitter, Max 10W

GP2YA+

• MMIC Power Splitter/Combiner
• 1.6 GHz to 3.3 GHz
• Excellent Insertion Loss, Typ. 1.1 dB
• Excellent Amplitude Unbalance, Typ. 0.03 dB
• Good Phase Unbalance, Typ. 0.6 Deg
• Power Handling as a Splitter, Max 10W

GP2S1A+

• MMIC Power Splitter/Combiner
• 500 MHz to 2.5 GHz
• Excellent Insertion Loss, Typ. 1.0 dB
• Excellent Amplitude Unbalance, Typ. 0.02 dB
• Good Phase Unbalance, Typ. 0.4 Deg
• Power Handling as a Splitter, Max 10W

GP2SA+

• MMIC Power Splitter/Combiner
• 800 MHz to 2.1 GHz
• Excellent Insertion Loss, Typ. 1.0 dB
• Excellent Amplitude Unbalance, Typ. 0.02 dB
• Good Phase Unbalance, Typ. 0.4 Deg
• Power Handling as a Splitter, Max 10W

AVA-223MP-DG+

• MMIC Power Amplifier Die
• 100 kHz to 22 GHz
• High Saturated Output Power, Typ. +27.7 dBm
• High OIP3, Typ. +37.9 dBm
• Low Noise Figure, Typ. 3.1 dB
• Positive Gain Slope from 4 to 22 GHz

AVA-223MP+

• MMIC Power Amplifier
• 10 kHz to 22 GHz
• High Saturated Output Power, Typ. +27.2 dBm
• High OIP3, Typ. +38.2 dBm
• Low Noise Figure, Typ. 3 dB
• Positive Gain Slope from 4 to 22 GHz

PMA3-73-1W+

• MMIC Power Amplifier Die
• 8 to 12 GHz
• High P1dB, Typ. +31.7 dBm
• High PSAT, Typ. +33.5 dBm
• Low Noise Figure, Typ. 2.5 dB
• High OIP3, Typ. +37 dBm
• Single Supply Voltage, +12 V @ 190 mA

QCH-382+

• LTCC 90° Hybrid Power Splitter/Combiner
• 45 MHz to 55 MHz
• High power handling, up to 150W
• Ultra wide bandwidth, over two octaves
• Excellent amplitude unbalance, ±0.35 dB
• Excellent phase unbalance, ±1.60 deg

ALF-7300+

• Thin Film Low Pass Filter
• DC to 7.3 GHz
• Low Passband Insertion Loss of 0.7 dB Typ.
• High Rejection of 39 dB Typ.
• Good Return Loss of 15 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ABF-8G+

• Thin Film Band Pass Filter
• 6.2 GHz to 9.8 GHz
• Low Passband Insertion Loss of 1.3 dB Typ.
• High Rejection of 48 dB Typ.
• Good Return Loss of 16 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ABF-13G+

• Thin Film Band Pass Filter
• 11.6 GHz to 14.4 GHz
• Low Passband Insertion Loss of 1.1 dB Typ.
• High Rejection of 55 dB Typ.
• Good Return Loss of 14 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ABF-11R8G+

• Thin Film Band Pass Filter
• 10.6 GHz to 13 GHz
• Low Passband Insertion Loss of 1 dB Typ.
• High Rejection of 53 dB Typ.
• Good Return Loss of 16 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ZBT-K353-FT+

• Coaxial Wideband Bias-Tee
• 10 MHz to 35 GHz
• Low Insertion Loss, 1.0 dB Typ.
• Excellent Return Loss, 15 dB Typ.
• Excellent Isolation, 35 dB Typ.
• High DC Input Current, 400 mA Max.

BDCH-15-272+

• SMT Bi- Directional Coupler
• 700 MHz to 2.7 GHz
• High power handling, up to 150W
• Excellent return loss, 24 dB Typ (all ports)
• Low insertion loss, 0.25 dB Typ

MBDA-30-451HP+

• SMT Bi- Directional Coupler
• 225 MHz to 450 MHz
• High power handling, up to 200W
• Excellent return loss, 30 dB
• Low insertion loss, 0.15 dB
• High directivity, 24 dB

ZTMN-0495AS

• USB/Ethernet 4-Port Mesh Network Emulator
• 350 MHz to 6 GHz
• 4 fully interconnected test ports
• 95 dB programmable attenuation per path
• Software control & automation
• Configure automated sweep, hop & fading sequences

PMA5-123-3W-DG+

• MMIC Power Amplifier Die
• 8 to 12 GHz
• High Gain, Typ. 29.8 dB
• High PSAT, Typ. +35.5 dBm
• Excellent PAE, Typ. 34.2%
• Supply Voltage, +7 V @ 1250 mA
• y Integrated Power Detector

24MR-24M-T+

• Coaxial Adapter
• DC to 50 GHz
• Low Insertion Loss, 0.2 dB Typ.
• Excellent VSWR, 1.1:1 Typ.
• Right-Angle Adapter
• Adapter provides flat surface for torquing

24M-24M-T+

• Coaxial Adapter
• DC to 50 GHz
• Low Insertion Loss, 0.2 dB Typ.
• Excellent VSWR, 1.06:1 Typ.
• Straight Body
• Coupling nut for torquing

KM-KM50-T+

• Coaxial Adapter
• DC to 40 GHz
• Low Insertion Loss, 0.1 dB Typ.
• Excellent VSWR, 1.03:1 Typ.
• Straight Body
• Coupling nut for torquing

ZXF90-3-723-E+

• Coaxial X3 Frequency Multiplier
• Wideband Output, 40 GHz to 72 GHz
• Wide Input Power Range, +13 to +20 dBm
• Low Conversion Loss, 23 dB Typ.
• Good Fundamental and Harmonic Suppression: F1: 38 dBc Typ.; F2: 35 dBc Typ.; F4: 35 dBc Typ.

ZXF90-3-64-E+

• Coaxial X3 Frequency Multiplier
• Wideband Output, 30 GHz to 60 GHz
• Wide Input Power Range, +12 to +19 dBm
• Low Conversion Loss, 21 dB Typ.
• Good Fundamental and Harmonic Suppression: F1: 35 dBc Typ.; F2: 40 dBc Typ.; F4: 40 dBc Typ.

ZXF90-3-453-V+

• Coaxial X3 Frequency Multiplier
• Wideband Output, 20 GHz to 45 GHz
• Wide Input Power Range, +12 to +18 dBm
• Low Conversion Loss, 20 dB Typ.
• Good Fundamental and Harmonic Suppression: F1: 47 dBc Typ.; F2: 40 dBc Typ.; F4: 39 dBc Typ.

ZXF90-3-443-K+

• Coaxial X3 Frequency Multiplier
• Wideband Output, 20 GHz to 43.5 GHz
• Wide Input Power Range, +12 to +18 dBm
• Low Conversion Loss, 20 dB Typ.
• Good Fundamental and Harmonic Suppression: F1: 47 dBc Typ.; F2: 40 dBc Typ.; F4: 39 dBc Typ.

WBL-1FT-W1M+

• Coaxial Cable
• DC to 110 GHz
• Low insertion loss, 4.5 dB, typ.
• Excellent return loss, 21.7 dB, typ.
• Strong protective jacket

WBL-1FT-W1F1M+

• Coaxial Cable
• DC to 110 GHz
• Low insertion loss, 4.5 dB, typ.
• Excellent return loss, 21.4 dB, typ.
• Strong protective jacket

WBL-1FT-W1F+

• Coaxial Cable
• DC to 110 GHz
• Low insertion loss, 4.5 dB, typ.
• Excellent return loss, 25.6 dB, typ.
• Strong protective jacket

WBL-0.5FTW1F1M+

• Coaxial Cable
• DC to 110 GHz
• Low insertion loss, 2.5 dB, typ.
• Excellent return loss, 24.2 dB, typ.
• Strong protective jacket

WBL-0.5FT-W1M+

• Coaxial Cable
• DC to 110 GHz
• Low insertion loss, 2.5 dB, typ.
• Excellent return loss, 24.5 dB, typ.
• Strong protective jacket

WBL-0.5FT-W1F+

• Coaxial Cable
• DC to 110 GHz
• Low insertion loss, 2.5 dB, typ.
• Excellent return loss, 26.4 dB, typ.
• Strong protective jacket

ZVBP-7220-S+

• Coaxial Band Pass Filter
• 7.12 GHz to 7.32 GHz
• Low Insertion Loss, 1.5 dB Typ.
• Good Return Loss, 18 dB Typ.
• Great Rejection, 80 dB Typ.
• Wide Stopband up to 13000 MHz
• Power Handling: 5 Watts

RFS-2G42G5050+

• Coaxial High Power Signal Source
• 2.4 GHz to 2.5 GHz
• High output power, 50W
• Suitable for CW and Pulsed Signals
• High Gain, 53 dB Typ.
• High efficiency, 42%
• High ruggedness

SMIQ-263H+

• MMIC IQ Mixer
• 2 GHz to 6 GHz
• Wideband IF, DC to 3 GHz
• Image Rejection, Typ. 25 dBc
• High LO-RF Isolation, Typ. 42 dB
• High Input IP3, Typ. +20 dBm

WR15-185R+

• Waveguide Adapter
• 50 GHz to 70 GHz
• Low Insertion Loss, 0.4 dB Typ.
• Excellent VSWR, 1.1:1 Typ.
• Compact right-angle design
• Precision UG387/U anti-cocking waveguide flange
• 1.85 mm-Female connector/li>

WR12-10R+

• Waveguide Adapter
• 60 GHz to 90 GHz
• Low Insertion Loss, 0.6 dB Typ.
• Excellent VSWR, 1.2:1 Typ.
• Compact right-angle design
• Precision UG387/U anti-cocking waveguide flange
• 1.0 mm-Female connector/li>

WR10-10R+

• Waveguide Adapter
• 75 GHz to 110 GHz
• Low Insertion Loss, 0.7 dB Typ.
• Excellent VSWR, 1.2:1 Typ.
• Compact right-angle design
• Precision UG387/U anti-cocking waveguide flange
• 1.0 mm-Female connector/li>

ZXF90-3-223-K+

• Coaxial X3 Frequency Multiplier
• Wideband Output, 10 GHz to 22 GHz
• Wide Input Power Range, +12 to +18 dBm
• Low Conversion Loss, 17 dB Typ.
• Good Fundamental and Harmonic Suppression: F1: 55 dBc Typ.; F2: 50 dBc Typ.; F4: 35 dBc Typ.

TSS-66921LN+

• MMIC Low Noise Amplifier
• 660 MHz to 920 MHz
• Ultra-Low Noise Figure, Typ. 1.0 dB
• High P1dB, Typ. +16.3 dBm
• High OIP3, Typ. +25.4 dBm
• High Input Power Handling, Max +24 dBm
• Shutdown Feature

TSS-14252LN+

• MMIC Low Noise Amplifier
• 1.427 GHz to 2.57 GHz
• Ultra-Low Noise Figure, Typ. 0.8 dB
• High P1dB, Typ. +15.8 dBm
• High OIP3, Typ. +27.9 dBm
• High Input Power Handling, Max +21 dBm
• Shutdown Feature

TCP-2-23-75X+

• SMT 2-Way Splitter/Combiner
• 5 MHz to 2.15 GHz
• Low Insertion Loss 1.0 dB typ.
• Good Isolation, 24 dB typ.
• External resistor, capacitors, inductors required

RTX1-182-75+

• SMT Transformer
• 45 MHz to 1.8 GHz
• Low Cost/Lead and RoHS solder systems
• Balanced Transmission line

RBDC9-182-75+

• SMT Bi- Directional Coupler
• 5 MHz to 1.8 GHz
• Low Mainline Loss, 1.7 dB typ at 1800 MHz
• Good Return Loss, 20 dB typ at Input
• Excellent Isolation between In-CPLR 40 dB typ. in the range 100-700 MHz
• Supports DOCSIS® 4.0 Systems

PMA1-14LN+

• MMIC Low Noise Amplifier
• 0.05 to 10 GHz
• Low Noise Figure, Typ. 1.1 dB
• High OIP3, Typ. +28.8 dBm
• High P1dB, Typ. +21.5 dBm
• Single Supply Voltage, +6 V at 61 mA
• 1.5x1.5 mm 6-Lead QFN-Style Package

BAT-7+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 1.5W
• Excellent Return Loss, Typ. 22 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

BAT-5+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 1.5W
• Excellent Return Loss, Typ. 23 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

BAT-30+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 0.9W
• Excellent Return Loss, Typ. 21 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

BAT-15+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 1.4W
• Excellent Return Loss, Typ. 20 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

BAT-10+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 2W
• Excellent Return Loss, Typ. 22 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

ZVBP-3500-S+

• Coaxial Band Pass Filter
• 3.4 to 3.6 GHz
• Low Insertion Loss, 0.6 dB Typ.
• Good Return Loss, 22 dB Typ.
• Great Rejection, 85 dB Typ.
• Wide Stopband up to 11000 MHz
• Power Handling: 20 Watts

TCM1.5-63WX+

• SMT Transformer
• 200 MHz to 6 GHz
• One Model Covers All Telecommunication Bands
• Aqueous Washable
• Protected by US Patent 9,071,229B1

BBFCG2-672+

• LTCC Band Pass Filter & Balun
• 6.375 to 7.175 GHz
• Compact Design includes Balun and Filter in One Package
• Low Passband Insertion Loss, Typ. 1.9 dB
• Outstanding CMRR, Typ. 29 dB
• Small 0805 Surface Mount Footprint

ZMIQ-44H-K+

• Coaxial IQ Mixer
• 18 GHz to 40 GHz
• Wideband IF, DC to 7 GHz
• Excellent Image Rejection, Typ. 29 dB
• High LO-RF Isolation, Typ. 42 dB
• High Input IP3, Typ. +25 dBm

ZMIQ-243H-K+

• Coaxial IQ Mixer
• 6 GHz to 24 GHz
• Wideband IF, DC to 6 GHz
• Excellent Image Rejection, Typ. 30 dB
• High LO-RF Isolation, Typ. 38 dB
• High Input IP3, Typ. +25 dBm

BFHK-2162+

• LTCC Band Pass Filter
• 19.4 to 23.8 GHz
• Ultra-High Stopband Rejection, Typ. 70 dB
• Standard Small 1812 (4.5 mm x 3.2 mm)
• Rugged Ceramic Construction

PMA4-6263LN-DG+

• MMIC Die Low Noise Amplifier
• 6 to 26.5 GHz
• High Gain, Typ. 23.4 dB
• High OIP3, Typ. +23.3 dBm
• Low Noise Figure, Typ. 2.1 dB
• Self-Biased with Low Power Consumption, +4 V @ 55 mA

HFHK-2200+

• LTCC High Pass Filter
• 2.4 to 10.5 GHz
• Insertion Loss, Typ. 0.8 dB
• Stopband Rejection, Typ. 75 dB
• Passband Return Loss, Typ. 17 dB
• 1008 Surface Mount Footprint
• Power Handling: 6W

BAT-6+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 1.3W
• Excellent Return Loss, Typ. 26 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

BAT-2+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 2W
• Excellent Return Loss, Typ. 23 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

BAT-0+

• MMIC Fixed Attenuator
• DC to 60 GHz
• High Power Handling, 2W
• Excellent Return Loss, Typ. 20 dB
• 1.5x1.5 mm, 6-Lead QFN-Style Package

ABF-9G+

• Thin Film Band Pass Filter
• 8.2 to 9.8 GHz
• Low Passband Insertion Loss 1.4 dB Typ.
• High Rejection of 54 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm
• Good Return Loss of 15 dB Typ.

ZABF-K7125+

• Thin Film Band Pass Filter
• 6.75 to 7.5 GHz
• Low Passband Insertion Loss 2.1 dB Typ.
• High Rejection of 53 dB Typ.
• Small Size

BFHKI-7551+

• LTCC Band Pass Filter
• 6.8 to 8.4 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 50 dB up to 19 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction

BFHKI-5001+

• LTCC Band Pass Filter
• 4.5 to 5.3 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 54 dB up to 13 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction

BFHKI-1742+

• LTCC Band Pass Filter
• 16 to 19 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 66 dB up to 40 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction

ZX60-43LPN+

• Coaxial Low Phase Noise Amplifier
• 0.5 to 4 GHz
• Voltage Regulated Internally and Reverse Voltage Protected
• Low Additive Phase Noise, Typ. -167 dBc/Hz @10 KHz Offset
• Protected by US Patent 6,790,049 & 6,943,629

ZX60-223LPN+

• Coaxial Low Phase Noise Amplifier
• 0.01 to 22 GHz
• Gain, 16 dB typ.
• Output P1dB, +18 dBm Typ.
• Output OIP3, +27 dBm Typ.
• Voltage Regulated Internally and Reverse Voltage Protected

Z4BT-2R15GW+

• SMT Band Pass Filter
• 10-100 MHz, 950-2.15 GHz
• Integrated Multifunctional L-Band+DC Bias-Tee + Common Reference Inject
• DC Pass Through: 2A, 48V
• Low Insertion Loss, 0.5 dB Typ.
• Good Isolation, 50 dB Typ.

CBP2-3440CC+

• SMT Band Pass Filter
• 3.32 GHz to 3.56 GHz
• Good Insertion Loss, 1.5 dB Typ.
• High Rejection, 65 dB Typ.
• Low-Profile Shielded Package

CBP2-1090C+

• SMT Band Pass Filter
• 980 MHz to 1.2 GHz
• Low Insertion Loss, Typ. 1.4 dB Typ.
• High Rejection, 60 dB Typ.
• Miniature Shielded Package
• High Selectivity

LFHK-2850+

• LTCC Low Pass Filter
• DC to 2.85 GHz
• Low Insertion Loss, Typ. 1.5 dB
• Passband Return Loss, Typ. 17 dB
• Stopband Rejection, Typ. 75 dB
• 1008 Surface Mount Footprint
• Power Handling: 7.5 W

LFHK-1800+

• LTCC Low Pass Filter
• DC to 1.8 GHz
• Low Insertion Loss, Typ. 1.6 dB
• Passband Return Loss, Typ. 17 dB
• Stopband Rejection, Typ. 78 dB
• 1008 Surface Mount Footprint
• Power Handling: 7.5 W

LFHK-1575+

• LTCC Low Pass Filter
• DC to 1.575 GHz
• Low Insertion Loss, Typ. 1.8 dB
• Passband Return Loss, Typ. 14 dB
• Stopband Rejection, Typ. 82 dB
• 1008 Surface Mount Footprint
• Power Handling: 10 W

LFHK-1000+

• LTCC Low Pass Filter
• DC to 1 GHz
• Low Insertion Loss, Typ. 1.5 dB
• Passband Return Loss, Typ. 19 dB
• Stopband Rejection, Typ. 78 dB
• 1008 Surface Mount Footprint
• Power Handling: 10 W

ZHL-2425-250+

• Coaxial High Power Amplifier
• 2.4 to 2.5 GHz
• High output power, 300W
• 2.4 to 2.5GHz ISM band
• Suitable for CW and pulsed signals
• High gain, 42 dB typical

PMA5-83-LV+

• MMIC Power Amplifier
• 10 MHz to 10 GHz
• P1dB, Typ. +28.7 dBm
• PSAT, Typ. +31.2 dBm
• Low Noise Figure, Typ. 2.6 dB
• 5x5 mm 32-Lead QFN-Style Package

BPF-BV435+

• Lumped LC SMT Band Pass Filter
• 420 to 450 MHz
• Low Insertion Loss, 1.7 dB Typ.
• High Rejection, 60 dB Typ.
• Wide Stopband Rejection, Up to 4 GHz
• Miniature Shielded Package

ZT-314D

• Rack-mounted Splitter/Combiner Panel
• DC to 18 GHz
• Rack-mounted connector patch panel
• 80 x SMA adapters in 2U rack space
• Excellent return loss
• Flat frequency response

PWR-9PWHS-RC

• USB/Ethernet Peak & Avg. Power Sensor
• 50 MHz to 9 GHz
• Trace modulation & pulse profiles with resolution down to 13 ns
• 80M samples per second
• Up to 80 dB power measurement range
• Integrated display for quick power readings

SMIQ-5143H+

• MMIC IQ Mixer
• 5 GHz to 14 GHz
• Wideband IF, DC to 7 GHz
• Excellent Image Rejection, Typ. 30 dBc
• High LO-RF Isolation, Typ. 41 dB
• 4x4 mm, 24-Lead QFN-Style Package

LFHK-3800+

• LTCC Low Pass Filter
• DC to 3.8 GHz
• Low Insertion Loss, 1 dB Typ.
• Passband Return Loss, 13 dB Typ.
• Stopband Rejection, 74 dB Typ.
• 1008 Surface Mount Footprint
• Power Handling: 9.5W

LFHK-2250+

• LTCC Low Pass Filter
• DC to 2.25 GHz
• Low Insertion Loss, 1.5 dB Typ.
• Passband Return Loss, 18 dB Typ.
• Stopband Rejection, 72 dB Typ.
• 1008 Surface Mount Footprint
• Power Handling: 7.5W

PMA5-83-LV+

• MMIC Power Amplifier
• 10 MHz to 10 GHz
• P1dB, Typ. +28.7 dBm
• PSAT, Typ. +31.2 dBm
• Low Noise Figure, Typ. 2.6 dB
• 5x5 mm 32-Lead QFN-Style Package

PMA5-63-2W+

• MMIC Power Amplifier
• 10 MHz to 6 GHz
• P1dB, Typ. +31.2 dBm
• PSAT, Typ. +33.8 dBm
• Low Noise Figure, Typ. 2.7 dB
• 5x5 mm 32-Lead QFN-Style Package

PMA4-6263LN+

• MMIC Low Noise Amplifier
• 6 GHz to 26.5 GHz
• High Gain, Typ. 24.6 dB
• High OIP3, Typ. +22.8 dBm
• Low Noise Figure, Typ. 2.5 dB
• 4x4 mm 24-Lead QFN-Style Package

AVA-6123MP+

• MMIC Medium Power Driver Amplifier
• 5.6 GHz to 11.7 GHz
• High PSAT, Typ. +23.2 dBm
• High Linear Gain, Typ. 22.4 dB
• Bias Condition, +5 V at 140 mA
• 4x4 mm 24-Lead QFN-Style Package

MTX2-4143+

• MMIC 2:1 Balun
• 4 GHz to 14 GHz
• Low Insertion Loss, Typ. 1.4 dB
• Excellent Phase Unbalance, Typ. 2 Degrees
• Excellent Amplitude Unbalance, Typ. 0.2 dB
• Single Ended to Differential Conversion

ANNE-50W+

• Coaxial Termination
• DC to 110 GHz
• Input Power Handling, 0.5W
• Excellent VSWR, 1.24 typ.

COM-2G42G58K0+

• 8-Way 0º/180˚ 9.6 kW Combiner, RF Energy
• 2.4 GHz to 2.5 GHz
• Very high-power handling, up to 9600W CW
• Exceptionally low insertion loss, 0.1dB typ.
• Low amplitude unbalance (0.1dB typ.) and phase unbalance (1º typ.)

COM-2G42G56K0+

• 6-Way 0º/180˚ 7.2 kW Combiner, RF Energy
• 2.4 GHz to 2.5 GHz
• Very high-power handling, up to 7200W CW
• Exceptionally low insertion loss, 0.1dB typ.
• Low amplitude unbalance (0.1dB typ.) and phase unbalance (1º typ.)

COM-G90G9316K+

• 8-Way 0º/180˚ 20 kW Combiner, RF Energy
• 900 MHz to 930 MHz
• Very high-power handling, up to 16kW CW
• Exceptionally low insertion loss, 0.1dB typ.
• Low amplitude unbalance (0.1dB typ.) and phase unbalance (1º typ.)

SYPS-3-72-75+

• SMT 3-Way Splitter/Combiner
• 5 MHz to 700 MHz
• Low Insertion Loss, Typ. 0.9 dB
• Good Isolation, 24 dB typ.
• Wide Frequency Band, 5 to 700 MHz, usable 5-1000 MHz
• Low Amplitude Unbalance, 0.2 dB typ.

SYPS-3-182-75+

• SMT 3-Way Splitter/Combiner
• 5 MHz to 1.8 GHz
• Low Insertion Loss, Typ. 2.5 dB
• Good Return Loss, 20 dB typ.
• Low Amplitude Unbalance, 0.4 dB Typ.
• Low Phase Unbalance, 2.0 deg. Typ.

HFCG-440+

• LTCC High Pass Filter
• 550 MHz to 6 GHz
• Insertion Loss, 0.5 dB Typ.
• Stopband Rejection, Typ. 51 dB
• Passband Return Loss, Typ. 11 dB
• 0805 Surface Mount Footprint
• Power Handling: 4W

HPF-BZ50+

• SMT High Pass Filter
• 50 MHz to 1.5 GHz
• Low Insertion Loss, 0.5 dB Typ.
• High Power Handling of 8W
• Stop Band Rejection, 70 dB Typ.
• Miniature Shielded Package

CBP4-A3R5G+

• Ceramic Resonator SMT Band Pass Filter
• 3.45 GHz to 3.55 GHz
• Good Insertion Loss, 1.6 dB Typ.
• Excellent Rejection, 65 dB Typ.
• Miniature Shielded Package

CBP2-1125CC+

• Ceramic Resonator SMT Band Pass Filter
• 1.085 GHz to 1.165 GHz
• Good Insertion Loss, 1.7 dB Typ.
• High Rejection, 75 dB Typ.
• Low-Profile Shielded Package

CBP4-A3G+

• Ceramic Resonator SMT Band Pass Filter
• 2.95 GHz to 3.05 GHz
• Good Insertion Loss, 1.6 dB Typ.
• Excellent Rejection, 70 dB Typ.
• Miniature shielded package

CBP6-570CG+

• Ceramic Resonator SMT Band Pass Filter
• 555 MHz to 585 MHz
• Good Insertion Loss, 1.4 dB Typ.
• Good Return Loss, 17 dB Typ.
• Excellent Rejection, 85 dB Typ.

CBP6-522R5BG+

• Ceramic Resonator SMT Band Pass Filter
• 519 MHz to 526 MHz
• Narrow Band Filter with 2% Bandwidth
• Good Insertion Loss 3.1 dB Typ.
• Excellent Rejection, 85 dB Typ.

LFCG-225+

• LTCC Low Pass Filter
• DC to 225 MHz
• Insertion Loss, Typ. 0.8 dB
• Stopband Rejection, Typ. 51 dB
• Passband Return Loss, Typ. 21 dB
• 0805 Surface Mount Footprint
• Power Handling: 3.5W

LFCG-180+

• LTCC Low Pass Filter
• DC to 180 MHz
• Insertion Loss, Typ. 0.9 dB
• Stopband Rejection, Typ. 52 dB
• Passband Return Loss, Typ. 20 dB
• 0805 Surface Mount Footprint
• Power Handling: 3.5W

LFCG-160+

• LTCC Low Pass Filter
• DC to 160 MHz
• Insertion Loss, Typ. 0.9 dB
• Stopband Rejection, Typ. 55 dB
• Passband Return Loss, Typ. 18 dB
• 0805 Surface Mount Footprint
• Power Handling: 3.5W

ZVBP-15R4G-S+

• Coaxial Band Pass Filter
• 13.05 GHz to 17.75 GHz
• Low Insertion Loss, 1.0 dB Typ.
• Good Return Loss, 17 dB Typ.
• High Rejection, 90 dB Typ.
• Stopband up to 25 GHz
• Power Handling 15W

ZCDC10-01263-1+

• Coaxial Directional Coupler
• 1 GHz to 26.5 GHz
• Excellent coupling flatness, ±0.4 dB typ.
• Excellent directivity, 21 dB typ. up to 26.5 GHz
• Power handling up to 20W

ZCDC10-K0144-1+

• Coaxial Directional Coupler
• 1 GHz to 40 GHz
• Excellent coupling flatness, ±0.8 dB typ.
• Excellent directivity, 16 dB typ. up to 40 GHz
• Power handling up to 19 W

RDC20-92DC-5W+

• SMT Directional Coupler
• 150 MHz to 900 MHz
• DC Passthrough Input to Output 750 mA
• Low Mainline loss 0.5 typ at 900 MHz
• Coupling Flatness ±0.4 dB typ.

BW-W20-0.5W114+

• Coaxial Attenuator
• DC to 110 GHz
• 1.0 mm Male to Female Connectors
• Excellent VSWR, 1.3 typ.
• 0.5 W Power Handling

BW-W10-0.5W114+

• Coaxial Attenuator
• DC to 110 GHz
• 1.0 mm Male to Female Connectors
• Excellent VSWR, 1.3 typ.
• 0.5 W Power Handling

ZX60-16213+

• Coaxial Amplifier
• 16 GHz to 21 GHz
• High gain, 20 dB typ.
• High OIP3, +33 dBm Typ.
• High Output Power at 1 dB Compression, +23 dBm Typ.
• Voltage regulated internally and reverse voltage protected

LFCN-4002+

• LTCC Low Pass Filter
• DC to 40 GHz
• Low Insertion Loss, Typ. 2.6 dB
• Stopband Rejection, Typ. 25 dB
• Stopband Rejection, Typ. 12 dB
• Passband Return Loss, Typ. 11 dB
• 1206 Surface Mount Footprint

LFCN-3802+

• LTCC Low Pass Filter
• DC to 38 GHz
• Low Insertion Loss, Typ. 1.8 dB
• Stopband Rejection, Typ. 34 dB
• Stopband Rejection, Typ. 10 dB
• Passband Return Loss, Typ. 11 dB
• 1206 Surface Mount Footprint

LFCN-3602+

• LTCC Low Pass Filter
• DC to 36 GHz
• Low Insertion Loss, Typ. 2.9 dB
• Stopband Rejection, Typ. 37 dB
• Stopband Rejection, Typ. 37 dB
• Passband Return Loss, Typ. 11 dB
• 1206 Surface Mount Footprint

LFCN-3402+

• LTCC Low Pass Filter
• DC to 34 GHz
• Low Insertion Loss, Typ. 2.8 dB
• Stopband Rejection, Typ. 32 dB
• Rugged Ceramic Construction
• 1206 Surface Mount Footprint

ZVA-02203LNX+

• Coaxial Ultra-Wideband Amplifier without Heatsink
• 2 GHz to 20 GHz
• Excellent Gain Flatness, ±1.5 dB Typ.
• Single + 12V Supply
• Reverse Voltage Protected
• Compact Case for Ease of System Integration

ZVA-02203LN+

• Coaxial Ultra-Wideband Amplifier with Heatsink
• 2 GHz to 20 GHz
• Excellent Gain Flatness, ±1.5 dB Typ.
• Single + 12V Supply
• Reverse Voltage Protected
• Compact Case for Ease of System Integration

SMIQ-134H+

• MMIC IQ Mixer
• 10 GHz to 30 GHz
• Wideband IF, DC to 7 GHz
• Excellent Image Rejection, Typ. 31 dBc
• High LO-RF Isolation, Typ. 39 dB
• 4x4 mm, 24-Lead QFN-Style Package

QCU-55+

• LTCC 90° Hybrid Power Splitter/Combiner
• 45 MHz to 55 MHz
• Insertion Loss, Typ. 1.5 dB
• Pass Band Return Loss, Typ. 14 dB
• Small Size, 1812 Case Style
• Power Handling: 6.25 W

VHF-3500A+

• LTCC High Pass Filter
• 3.9 GHz to 7 GHz
• Rugged unibody construction, small size
• 5 Sections
• Temperature Stable
• Excellent power handling, 7W
• Low cost

SSG-44GHP-RC

• USB, Ethernet & Daisy-Chain Wideband Signal Generator
• 0.1 GHz to 44 GHz
• High output power up to +23 dBm
• Low phase noise across the full band
• Excellent harmonic rejection, -30 dBc typ
• CW & pulsed outputs with 0.5 us pulse width

ZVA-20543TC+

• Coaxial Temperature Compensated Amplifier
• 20 GHz to 54 GHz
• Gain Stability over Temperature
• Interactive GUI with Telemetry
• High Gain, 48 dB Typ.
• High PSAT, +31 dBm Typ.
• Ideal for Integrated Sub-Systems

ZT-8KFFL-KF50

• Adapter Patch Panel
• DC to 40 GHz
• Rack-mounted connector patch panel
• 8x2.92 mm adapters in 1U rack space
• Excellent return loss
• Flat frequency response

ZT-406

• 16x2-Way Splitter/Combiner Rack
• 800 MHz to 2.2 GHz
• Rack-mounted RF splitter/combiner system
• 16x2-way splitters in 2U rack space
• In-line connector configuration

ZT-402

• 2x8-Way Splitter/Combiner Rack
• 30 MHz to 2 GHz
• Rack-mounted RF splitter/combiner system
• 2x8-way splitters in 1U rack space
• All connectors on the front panel

ZT-351

• 4x4-Way Splitter/Combiner Panel
• 10 GHz to 40 GHz
• Rack-mounted RF splitter/combiner panel
• 4x4-way splitters in 1U rack space
• All connectors on the front panel

ZT-32KFFL-KF50

• Adapter Patch Panel
• DC to 40 GHz
• Rack-mounted connector patch panel
• 32x2.92 mm adapters in 2U rack space
• Excellent return loss
• Flat frequency response

ZT-299

• 4x8-Way Splitter/Combiner Panel
• 0.5 GHz to 6 GHz
• Rack-mounted RF splitter/combiner panel
• 4x8-way splitters in 1U rack space
• All connectors on the front panel

ZT-256

• 12x2-Way Splitter/Combiner Panel
• DC to 18 GHz
• Rack-mounted RF splitter/combiner panel
• 12x2-way resistive splitters in 2U rack space
• All connectors on the front panel

PGA-32-75-DG+

• MMIC Die Amplifier
• 5 MHz to 300 MHz
• High OIP3, Typ. +43.3 dBm
• High P1dB, Typ. + 23.7 dBm
• High Gain, Typ. 15.6 dB
• Excellent Return Loss, Typ. 20 dB

086-12SMMCR+

• Coaxial Cable
• DC to 6 GHz
• Low loss, 0.60 dB typ. at 6000 MHz
• Excellent return loss, 24 dB typ. at 6000 MHz
• Hand formable to almost any custom shape without special bending tools
• 6 mm bend radius for tight installations

RMK-5-972+

• X5 Frequency Multiplier
• 8.1 GHz to 9.75 GHz
• High Harmonic Suppression: F4: 55 dBc Typ. F6: 52 dBc Typ.
• Input Power: +7 to +11 dBm

FL086-12SMMCR+

• Coaxial Cable
• DC to 6 GHz
• Low loss, 0.7 dB typ. at 6000 MHz
• Excellent return loss, 27 dB typ. at 6000 MHz
• Hand formable to almost any custom shape without special bending tools
• 6 mm bend radius for tight installations

RFS-G90G93750X+

• Coaxial High Power Signal Source
• 902 MHz to 928 GHz ISM Band
• High output power, 750W
• Suitable for CW and Pulsed Signals
• High Gain, 59 dB Typ.
• High efficiency, 63%
• High ruggedness

BFCQ-12600+

• LTCC Bandpass Filter
• 10.7 GHz to 14.2 GHz
• Low Insertion Loss, Typ. 1.5 dB
• Stopband Rejection, Typ. 34 dB
• Passband Return Loss, Typ. 15 dB
• Power Handling: 4W

ZVA-20543TCX+

• Temperature Compensated Amplifier
• 20 GHz to 54 GHz
• Gain Stability over Temperature
• Interactive GUI with Telemetry
• High Gain, 48 dB Typ.
• High PSAT, +31 dBm Typ.
• Ideal for Integrated Sub-Systems

ZVA-18443TCX+

• Temperature Compensated Amplifier
• 18 GHz to 43.5 GHz
• Gain Stability over Temperature
• Interactive GUI with Telemetry
• Calibrated to Self-Compensate Gain
• Flat Gain Response, ±2.5 dB from -20°C to +60°C
• High Gain, 45 dB Typ.

ZVA-18443TC+

• Temperature Compensated Amplifier
• 18 GHz to 43.5 GHz
• Gain Stability over Temperature
• Interactive GUI with Telemetry
• Calibrated to Self-Compensate Gain
• High Gain, 45 dB Typ.

135M-185M+

• Coaxial Adapter
• DC to 67 GHz
• Low Insertion Loss, 0.17 dB Typ.
• Excellent VSWR, 1.04:1 Typ.
• Straight Body

135M-185F+

• Coaxial Adapter
• DC to 67 GHz
• Low Insertion Loss, 0.16 dB Typ.
• Excellent VSWR, 1.05:1 Typ.
• Straight Body

135F-185F+

• Coaxial Adapter
• DC to 67 GHz
• Low Insertion Loss, 0.18 dB Typ.
• Excellent VSWR, 1.03:1 Typ.
• Straight Body

SM-SM50-27+

• Coaxial Adapter
• DC to 26.5 GHz
• Low Insertion Loss, 0.06 dB Typ.
• Excellent VSWR, 1.05:1 Typ.
• Straight Body

10M-135M+

• Coaxial Adapter
• DC to 90 GHz
• Low Insertion Loss, 0.28 dB Typ.
• Excellent VSWR, 1.07:1 Typ.
• Straight Body

10M-135F+

• Coaxial Adapter
• DC to 90 GHz
• Low Insertion Loss, 0.29 dB Typ.
• Excellent VSWR, 1.07:1 Typ.
• Straight Body

10F-135M+

• Coaxial Adapter
• DC to 90 GHz
• Low Insertion Loss, 0.27 dB Typ.
• Excellent VSWR, 1.08:1 Typ.
• Straight Body

10F-135F+

• Coaxial Adapter
• DC to 90 GHz
• Low Insertion Loss, 0.27 dB Typ.
• Excellent VSWR, 1.08:1 Typ.
• Straight Body

PMA3-5153+

• MMIC Low Noise Amplifier
• 5.5 GHz to 15.5 GHz
• Low Noise Figure, Typ. 1.2 dB
• High OIP3, Typ. +28.4 dBm
• High P1dB, Typ. +17 dBm
• Shutdown Feature

PMA3-5123+

• MMIC Low Noise Amplifier
• 5.5 GHz to 12.5 GHz
• Low Noise Figure, Typ. 1.0 dB
• High OIP3, Typ. +28.1 dBm
• High P1dB, Typ. +16.8 dBm
• Single Supply Voltage, +4 V & 72 mA

PMA3-10203+

• MMIC Low Noise Amplifier
• 12.5 GHz to 20 GHz
• Low Noise Figure, Typ. 1.5 dB
• High OIP3, Typ. +24 dBm
• High P1dB, Typ. +16 dBm
• Shutdown Feature

BFHK-7551+

• LTCC Bandpass Filter
• 6.8 GHz to 8.4 GHz
• Ultra-High Stopband Rejection, Typ. 85 dB
• Standard Small 1812 (4.5mm x 3.2mm) Case Style
• Rugged Ceramic Construction

BFHK-5001+

• LTCC Bandpass Filter
• 4.5 GHz to 5.3 GHz
• Ultra-High Stopband Rejection, Typ. 80 dB
• Standard Small 1812 (4.5mm x 3.2mm) Case Style
• Rugged Ceramic Construction

BFHK-1742+

• LTCC Bandpass Filter
• 16 GHz to 19 GHz
• Ultra-High Stopband Rejection, Typ. 85 dB
• Standard Small 1812 (4.5mm x 3.2mm) Case Style
• Rugged Ceramic Construction

ZXF90A-3-34X+

• Coaxial X3 Frequency Multiplier
• Wideband Output, 18 GHz to 36 GHz
• Wide Input Power Range, -3.5to +1.5 dBm
• Excellent Conversion Gain, -5 dB Typ.
• Excellent Fundamental and Harmonic Suppression: F1 > +55 dBc; F2 > +55 dBc; F4 > +35 dBc.

ZVA-24443HPX+

• Low Noise Amplifier without Heatsink
• 24 GHz to 43.5 GHz
• High Gain, 47 dB Typ. Over The Entire Operating Band
• Low Noise Figure, 2.2 dB Typ.
• High PSAT, +29 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZVA-24443HP+

• Low Noise Amplifier
• 24 GHz to 43.5 GHz
• High Gain, 47 dB Typ. Over The Entire Operating Band
• Low Noise Figure, 2.2 dB Typ.
• High PSAT, +29 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZVDP-902-252-S+

• Coaxial Diplexer
• 902-928 MHz to 2.4-2.5 GHz
• Low Insertion Loss, 0.4 dB Typ.
• Return Loss, 20 dB Typ.
• High Rejection, 90 dB Typ.
• Power Handling, 75W

ZHFG-K3500+

• LTCC High Pass Filter
• 3.9 GHz to 16.5 GHz
• Low Insertion Loss, 1.3 dB Typ.
• Return Loss, 12 dB Typ.
• Stop Band Rejection, 49 dB Typ.
• Power Handling, 3W

ZHFG-K2500+

• LTCC High Pass Filter
• 2.7 GHz to 14.5 GHz
• Low Insertion Loss, 1.4 dB Typ.
• Return Loss, 15 dB Typ.
• Stop Band Rejection, 55 dB Typ.
• Power Handling, 4W

ZHFG-K2200+

• LTCC High Pass Filter
• 2.4 GHz to 14 GHz
• Low Insertion Loss, 1.3 dB Typ.
• Return Loss, 12 dB Typ.
• Stop Band Rejection, 55 dB Typ.
• Power Handling, 4W

VHFG-1780+

• LTCC High Pass Filter
• 1.98 GHz to 11 GHz
• Low Insertion Loss, 1 dB Typ.
• Return Loss, 14 dB Typ.
• Stop Band Rejection, 48 dB Typ.
• Power Handling, 4W

VHFG-1630+

• LTCC High Pass Filter
• 1.85 GHz to 11 GHz
• Low Insertion Loss, 0.9 dB Typ.
• Return Loss, 13 dB Typ.
• Stop Band Rejection, 48 dB Typ.
• Power Handling, 4W

LPF-BV11R5-10W+

• Lumped LC Low Pass Filter
• DC to 11.5 MHz
• Good Insertion Loss 0.3 dB Typ.
• Good Return Loss 17 dB Typ.
• Wide Stop Band up to 2 GHz
• Power Handling, 10W

LFCV-3202+

• LTCC Low Pass Filter
• DC to 32 GHz
• Low Insertion Loss, Typ. 2.0 dB
• Stopband Rejection, Typ. 36 dB
• Passband Return Loss, Typ. 13 dB
• 1210 Surface Mount Footprint

LFCV-1800-75+

• LTCC Low Pass Filter
• 10 MHz to 1.8 GHz
• Stop Band Rejection, 25 dB Min.
• Low Insertion Loss, 1.5 dB Max.
• Pass Band Return Loss, 15 dB Typ.
• Small Size, 1210 Surface Mount Footprint

TCCH-80A+

• USB & Ethernet RMS Power Sensor
• Very broadband, 80 MHz to 8.2 GHz
• Miniature size, 0.15"x0.15"
• Low parasitic capacitance, 0.1 pf typ.
• Effective parallel resistance, Rch 500 ohm typ.
• Usable up to 10 GHz
• Aqueous washable

PWR-9RMS-RC

• USB & Ethernet RMS Power Sensor
• 50 MHz to 9 GHz
• RMS (average) power measurements with 80 dB dynamic range
• Measure wideband modulated & multi-tone signals
• Measure pulsed signals with moderate duty cycles (≥2%)

ZVBP-4700-S+

• Cavity Bandpass Filter
• 4.2 GHz to 5.2 GHz
• Low Insertion Loss, 0.4 dB Typ.
• High Rejection, 80 dB Typ.
• Wide Stopband up to 16000 MHz
• Power Handling 10 Watts

ZVBP-1200-S+

• Cavity Bandpass Filter
• 1.15 GHz to 1.25 GHz
• Low Insertion Loss, 0.6 dB Typ.
• High Rejection, 100 dB Typ.
• Wide Stopband up to 2800 MHz
• Power Handling 50 Watts

PWR-18PWHS-RC

• USB & Ethernet Smart Power Sensor
• 0.05 GHz to 18 GHz
• Trace modulation & pulse profiles with resolution down to 13 ns
• Measurement of modulated signals up to 30 MHz bandwidth
• Up to 80 dB power measurement range
• 80M samples per second

RDC-20-52-10W+

• SMT Bi-Directional Coupler
• Wideband 30 to 520 MHz
• Low Mainline Loss, 0.3 dB typ. at 520 MHz
• Flat Coupling, ±0.5 dB
• Good Return Loss, 22 dB typ.

ZTDAT-4-18G63S

• USB & Ethernet 4-Channel Attenuator
• Exceptionally wide frequency coverage, up to 18 GHz
• 4 independently programmable channels
• 0-63 dB attenuation per channel in 0.25 dB steps
• Configure automated sweep, hop & fading sequences
• Convenient rack-mountable chassis

ZT-394

• Rack-mounted Splitter/Combiner Panel
• Wide bandwidth, 0.6 to 6 GHz
• 16-way splitter in 1U rack space
• In-line connector configuration
• Fail-safe/redundancy switching
• LED switch state indicator

ZK-MSP6TA-12

• TTL Mechanical SP6T Switch
• DC to 12 GHz
• Mechanical SP6T absorptive switch
• TTL interface for simple control integration
• Fail-safe/redundancy switching
• LED switch state indicator

ZK-MSP8TA-12

• TTL Mechanical SP8T Switch
• DC to 12 GHz
• Mechanical SP8T absorptive switch
• TTL interface for simple control integration
• Fail-safe/redundancy switching
• LED switch state indicator

ZK-MSP6TA-12

• TTL Mechanical SP6T Switch
• DC to 12 GHz
• Mechanical SP6T absorptive switch
• TTL interface for simple control integration
• Fail-safe/redundancy switching
• LED switch state indicator

ZK-MSP4TA-18

• TTL Mechanical SP4T Switch
• DC to 18 GHz
• Mechanical SP4T absorptive switch
• TTL interface for simple control integration
• Fail-safe/redundancy switching
• LED switch state indicator

ZK-MSP2TA-18

• TTL Mechanical SPDT Switch
• DC to 18 GHz
• Mechanical SPDT absorptive switch
• TTL interface for simple control integration
• Fail-safe/redundancy switching
• LED switch state indicator

BDCH-20-63A+

• SMT Bi-Directional Coupler
• Ultra wideband, 2 to 6 GHz
• High power handling, up to 140W
• Low insertion loss, 0.15 dB

RFS-2G42G51K0+

• High Power Signal Source
• 2.4 to 2.5 GHz ISM Band
• High output power, 1000W
• Suitable for CW and pulsed signals
• High gain, 53 dB typical

LVA-6183PN-DG+

• MMIC Die Wideband Amplifier
• Wide Bandwidth, 6 to 18 GHz
• Ultra-Low Phase Noise, Typ. -165 dBc/Hz @ 10 kHz Offset
• Output P1dB, Typ. +19.3 dBm
• Output IP3, Typ. +28.9 dBm

TSY-83LN+

• MMIC Low Noise Amplifier
• 0.4 to 8 GHz
• Low Loss Bypass Mode Feature
• Low Noise Figure, Typ. 1.5 dB
• High OIP3, Typ. +33.6 dBm
• High P1dB, Typ. +22.9 dBm
• 3x3 mm 12-Lead QFN-Style Package

PVGA-273-DG+

• MMIC Die Variable Gain Amplifier
• 0.3 to 26.5 GHz
• Output P1dB, Typ. +17.3 dBm
• High OIP3, Typ. +29 dBm
• Adjustable Gain Range, Typ. 30 dB
• Supply Voltage, +5V or +8V

LVA-6183PN+

• MMIC Wideband Amplifier
• 6 to 18 GHz
• Ultra-Low Phase Noise, Typ. -165 dBc/Hz @ 10 kHz Offset
• Output P1dB, Typ. +19.6 dBm
• Output IP3, Typ. +28.7 dBm
• 4x4 mm 24-Lead QFN-Style Package

135M-135M+

• Coaxial Adapter
• Ultra-wideband, DC to 90 GHz
• Low Insertion Loss, 0.24 dB Typ.
• Excellent VSWR, 1.07:1 Typ.
• Straight Body

135F-135M+

• Coaxial Adapter
• Ultra-wideband, DC to 90 GHz
• Low Insertion Loss, 0.24 dB Typ.
• Excellent VSWR, 1.08:1 Typ.
• Straight Body

135F-135F+

• Coaxial Adapter
• Ultra-wideband, DC to 90 GHz
• Low Insertion Loss, 0.29 dB Typ.
• Excellent VSWR, 1.05:1 Typ.
• Straight Body

PVGA-273+

• MMIC Variable Gain Amplifier
• 0.3 to 26.5 GHz
• Output P1dB, Typ. +15 dBm
• High OIP3, Typ. +29 dBm
• Adjustable Gain Range, Typ. 30 dB
• Supply Voltage, +5 V or +8V
• 5x5 mm 32-Lead QFN-Style Package

QCH-63+

• Stripline 2-Way 90° Power Splitter
• Ultra wide bandwidth, 2 to 6 GHz
• High Power Handling, up to 200W
• Excellent Phase Unbalance, ±1.5deg

ZVBP-18R7G-S+

• Coaxial Bandpass Filter
• 18.2 to 19.2 GHz
• Low Insertion Loss, 0.7 dB Typ.
• Good Return Loss, 22 dB Typ.
• High Rejection, 80 dB Typ.
• Power Handling 5 Watts.

ZVA-20543VG+

• Coaxial Variable Gain Amplifier
• 20 to 54 GHz
• Variable Gain Amplifier with Analog or TTL Control
• Interactive GUI with Telemetry
• High Gain, 50 dB Typ.
• High Psat, +31 dBm Typ.

RCDAT-44G-30

• USB & Ethernet Programmable Attenuator
• 0.1 to 44 GHz
• Fine resolution, 0.5 dB
• Fast transitions, 100 µs
• USB and Ethernet control
• Daisy-chain control of up to 25 units

HFCU-243+

• LTCC High Pass Filter
• 25 to 40 GHz
• Low Insertion Loss, Typ. 2.6 dB
• Stopband Rejection, Typ. 51 dB
• Passband Return Loss, Typ. 16 dB
• Power Handling: 7W

HFCU-223+

• LTCC High Pass Filter
• 22.8 to 39 GHz
• Low Insertion Loss, Typ. 2.7 dB
• Stopband Rejection, Typ. 50 dB
• Passband Return Loss, Typ. 19 dB
• Power Handling: 7W

ZDPL-6G-S+

• LTCC Diplexer
• DC to 6000 (DC to 1650 , 2400-6000) MHz
• Wideband Rejection 20 dB Typ.
• Good return loss 16 dB Typ.

ZABT-250W-63+

• Coaxial Bias Tee
• 420 MHz to 6 GHz
• High Power Handling, 250W
• Low Insertion Loss, 0.1 dB Typ

LFCV-3002+

• LTCC Low Pass Filter
• DC to 30 GHz
• Stopband Rejection, Typ. 35 dB
• Low Insertion Loss, Typ. 2.8 dB
• Passband Return Loss, Typ. 11 dB
• Rugged Ceramic Construction

BDCH-25-272+

• Stripline Bi-Directional Coupler
• Ultra Wideband, 700 MHz to 2.7 GHz
• High Power Handling, up to 150W
• Low Insertion Loss, 0.2 dB

QCH-392+

• Stripline 2 Way 90° Power Splitter
• Ultra Wide Bandwidth, 600 MHz to 3.9 GHz
• High Power Handling, up to 130W
• Excellent Phase Unbalance, ±5deg

MBDC-13-63HP+

• Stripline Bi-Directional Coupler
• Ultra Wideband, 2 GHz to 6 GHz
• High Power Handling, up to 180W
• Low Insertion Loss, 0.1 dB

BPF-BY250+

• Lumped SMT Band Pass Filter
• 150 MHz to 350 MHz
• Low Insertion Loss, 1.5 dB Typ.
• Return Loss, 18 dB Typ.
• Stop Band Rejection, 55 dB Typ.
• Miniature Shielded Package.

ALF-12000+

• Thin-Film Low Pass Filter
• DC to 12 GHz
• Low Passband Insertion Loss of 0.5 dB Typ.
• High Rejection of 47 dB Typ.
• Good Return Loss of 17 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

BDCH-25-33+

• Stripline Bi-Directional Coupler
• 800 MHz to 3 GHz
• High Power Handling, up to 150W
• Low Insertion Loss, 0.2 dB

QCH-272+

• Stripline 2 Way 90° Power Splitter
• 700 MHz to 2.7 GHz
• High Power Handling, up to 200W
• Excellent Amplitude Unbalance, ±0.1dB

TPHKI-3002+

• LTCC Thru-Line
• DC to 30 GHz
• LTCC Thru-line with Integrated Interposer Board
• Return Loss, Typ. ≥8 dB up to 30 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction.
• Protected by US Patents 11,638,370 and 11,744,057

BFHKI-3142+

• LTCC Bandpass Filter
• 28 GHz to 36 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 30 dB up to 67 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction.
• Protected by US Patents 11,638,370 and 11,744,057

BFHKI-2492+

• LTCC Bandpass Filter
• 22 GHz to 28 GHz
• Wide Stopband Rejection, Typ. 40 dB up to 67 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction.
• Protected by US Patents 11,638,370 and 11,744,057

WSBP-26G+

• SIW Bandpass Filter
• 25 GHz to 27 GHz
• Low Midband Insertion loss 1.7dB typ.
• High Rejection 56 dB typ.
• Shielded Construction.

ZHFW-K5500+

• LTCC High Pass Filter
• 6.1 GHz to 20 GHz
• Low Insertion Loss, 1.2 dB Typ.
• Return Loss, 12 dB Typ.
• Stopband Rejection, 45 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 1.75W

VLFG-2275+

• LTCC Low Pass Filter
• DC to 2.275 GHz
• Low Insertion Loss, 1.2 dB Typ.
• Return Loss, 15 dB Typ.
• Stopband Rejection, 45 dB Typ.
• Rugged unibody construction.
• Power Handling: 4.5W

VHFG-1230+

• LTCC High Pass Filter
• 1.4 GHz to 8 GHz
• Low Insertion Loss, 0.7 dB Typ.
• Return Loss, 12 dB Typ.
• Stopband Rejection, 44 dB Typ.
• Rugged unibody construction.
• Power Handling: 2.5W

HFCN-3052+

• Cavity Bandpass Filter
• 30.5 GHz to 56.2 GHz
• Low Insertion Loss, 1.7 dB Typ.
• Good Return Loss, 14.1 dB Typ.
• Stopband Rejection, 21.4 dB Typ.
• Small Size, 1206 Surface Mount Footprint
• Power Handling: 1W

ZVBP-778-S+

• Cavity Bandpass Filter
• 773 MHz to 783 MHz
• Low Insertion Loss, 0.7 dB Typ.
• Good Return Loss, 23 dB Typ.
• High Rejection, 60 dB Typ.
• Wide Stopband up to 3300 MHz
• Power Handling: 100 Watts

ZLFW-K1292+

• LTCC Low Pass Filter
• DC to 12.9 GHz
• Low Insertion Loss, 1.3 dB Typ.
• Return Loss, 15 dB Typ.
• Stop Band Rejection, 45 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 2.5 Watts

ZLFV-K1552+

• LTCC Low Pass Filter
• DC to 15.5 GHz
• Low Insertion Loss, 1.4 dB Typ.
• Return Loss, 15 dB Typ.
• Stop Band Rejection, 45 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 6.5 Watts

ZHFW-K8400+

• LTCC High Pass Filter
• 9.2 GHz to 18 GHz
• Low Insertion Loss, 1.4 dB Typ.
• Return Loss, 11 dB Typ.
• Stop Band Rejection, 44 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 2.5 Watts

ZHFW-K7000+

• LTCC High Pass Filter
• 7.6 GHz to 20 GHz
• Low Insertion Loss, 1.4 dB Typ.
• Return Loss, 11 dB Typ.
• Stop Band Rejection, 45 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 2.5 Watts

ZHFW-K6600+

• LTCC High Pass Filter
• 7.2 GHz to 20 GHz
• Low Insertion Loss, 1.8 dB Typ.
• Return Loss, 9 dB Typ.
• Stop Band Rejection, 42 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 2.5 Watts

ZHFW-K5000+

• LTCC High Pass Filter
• 5.5 GHz to 20 GHz
• Low Insertion Loss, 1.4 dB Typ.
• Return Loss, 12 dB Typ.
• Stop Band Rejection, 45 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 1.75 Watts

ZHFW-K133+

• LTCC High Pass Filter
• 14.2 GHz to 20.5 GHz
• Low Insertion Loss, 1.7 dB Typ.
• Return Loss, 10 dB Typ.
• Stop Band Rejection, 35 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 2.5 Watts

ZHFW-K1042+

• LTCC High Pass Filter
• 11.5 GHz to 20 GHz
• Low Insertion Loss, 1.8 dB Typ.
• Return Loss, 14 dB Typ.
• Stop Band Rejection, 35 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 2.5 Watts

ZHFG-K4000+

• LTCC High Pass Filter
• 4.5 GHz to 18 GHz
• Low Insertion Loss, 1.2 dB Typ.
• Return Loss, 12 dB Typ.
• Stop Band Rejection, 45 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 3 Watts

ZHFG-K3250+

• LTCC High Pass Filter
• 3.65 GHz to 16.5 GHz
• Low Insertion Loss, 1.8 dB Typ.
• Return Loss, 12 dB Typ.
• Stop Band Rejection, 46 dB Typ.
• Broadband Connectorized Package.
• Power Handling: 3 Watts

LDPQ-550-252+

• LTCC SMT Diplexer
• DC to 2.5 GHz
• Low Insertion loss, 0.4 dB Typ.
• Stop Band Rejection, 37 dB Typ.
• 1008 Surface Mount Footprint
• Power Handling: 4W

SSG-44G-RC

• USB & Ethernet Wideband Signal Generator
• 0.1 GHz to 44 GHz
• Cost effective millimeter wave signal source
• High output power up to +17 dBm
• Low phase noise across the full band
• Excellent harmonic rejection, -30 dBc typ.

QCH-451+

• SMT Power Splitter
• Wide bandwidth, 225 MHz to 450 MHz
• High power handling, up to 250W
• Excellent Amplitude Unbalance, ±0.25dB

ABF-3R3G+

• Thin-Film SMT Band Pass Filter
• 3.1 GHz to 3.5 GHz
• Low Passband Insertion Loss of 1.6 dB Typ.
• Good Return Loss of 15 dB Typ.
• High Rejection, 54 dB Typ.
• Small Size, 12 x 12 x 2.54 mm

ZVBP-7916R25-S+

• Coaxial Band Pass Filter
• 7682.5 MHz to 8150 MHz
• Low Insertion Loss of 0.5 dB Typ.
• Good Return Loss of 20 dB Typ.
• Great Rejection, 90 dB Typ.
• Stopband up to 15 GHz

ZVBP-435-S+

• Coaxial Band Pass Filter
• 425 MHz to 445 MHz
• Low Insertion Loss of 0.9 dB Typ.
• Good Return Loss of 18 dB Typ.
• High Rejection, 80 dB Typ.
• Wide Stopband up to 1750 MHz

ZVBP-40600-K1+

• Coaxial Band Pass Filter
• 37.7 GHz to 43.5 GHz
• Low Insertion Loss of 1.8 dB Typ.
• Good Return Loss of 18 dB Typ.
• High Rejection, 90 dB Typ.
• Power Handling: 2.5W.
• Stopband up to 55 GHz

ZVBP-38500-K1+

• Coaxial Band Pass Filter
• 37 GHz to 40 GHz
• Low Insertion Loss of 3 dB Typ.
• Good Return Loss of 18.4 dB Typ.
• High Rejection
• Broad Stopband Performance up to 55 GHz
• Sharp Roll-off

ZVBP-323-S+

• Coaxial Band Pass Filter
• 300 MHz to 346 MHz
• Low Insertion Loss of 0.2 dB Typ.
• Good Return Loss of 22 dB Typ.
• Great Rejection, 80 dB Typ.
• Power Handling: 2.5W
• Wide Stopband Up to 1500 MHz

ZVBP-28000-K1+

• Coaxial Band Pass Filter
• 26.5 GHz to 29.5 GHz
• Low Insertion Loss of 0.7 dB Typ.
• Good Return Loss of 20 dB Typ.
• High Rejection, 80 dB Typ.
• Power Handling: 2.5W
• Stopband Up to 46 GHz

ZVBP-27925-K1+

• Coaxial Band Pass Filter
• 27.5 GHz to 28.35 GHz
• Low Insertion Loss of 3 dB Typ.
• Good Return Loss of 20 dB Typ.
• High Rejection, 80 dB Typ.
• Power Handling: 2.5W
• Stopband Up to 45 GHz

ZVBP-1537-S+

• Coaxial Band Pass Filter
• 1533.4 MHz to 1541.1 MHz
• Low Insertion Loss of 1 dB Typ.
• Good Return Loss of 20 dB Typ.
• High Rejection, 80 dB Typ.
• Narrow Bandwidth,0.5%
• Power Handling: 30W
• Stopband Up to 3750 MHz

ZVBP-V48R5G+

• Coaxial Band Pass Filter
• 47 GHz to 50 GHz
• Low Insertion Loss of 0.8 dB Typ.
• Good Return Loss of 17 dB Typ.
• High Rejection, 80 dB Typ.
• Power Handling: 2.5W
• Stopband Up to 65 GHz

ZVBP-V40R5G+

• Coaxial Band Pass Filter
• 37 GHz to 44 GHz
• Low Insertion Loss of 0.7 dB Typ.
• Good Return Loss of 14 dB Typ.
• High Rejection, 80 dB Typ.
• Power Handling: 2.5W
• Stopband Up to 59 GHz

ZVBP-K27G+

• Coaxial Bandpass Filter
• 24 GHz to 30 GHz
• Low Insertion Loss of 0.4 dB Typ.
• Good Return Loss of 14 dB Typ.
• High Rejection, 70 dB Typ.
• Power Handling: 2.5W
• Stopband Up to 50 GHz

SXBP-75+

• Thin-Film SMT Low Pass Filter
• 62 MHz to 88 MHz
• Low Insertion Loss of 1.6 dB Typ.
• Good Return Loss of 15 dB Typ.
• Passband Flatness of 0.5 dB Typ.
• Miniature shielded package

ALF-9000+

• Thin-Film SMT Low Pass Filter
• DC to 9 GHz
• Low Passband Insertion Loss of 1 dB Typ.
• High Rejection of 43 dB Typ.
• Good Return Loss of 16 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ALF-6000+

• Thin-Film SMT Low Pass Filter
• DC to 6 GHz
• Low Passband Insertion Loss of 0.7 dB Typ.
• High Rejection of 38 dB Typ.
• Good Return Loss of 16 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ALF-5000+

• Thin-Film SMT Low Pass Filter
• DC to 5 GHz
• Low Passband Insertion Loss of 1 dB Typ.
• High Rejection of 40 dB Typ.
• Good Return Loss of 15 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ABF-9R3G+

• Thin-Film SMT Band Pass Filter
• 9.2 GHz to 9.4 GHz
• Low Passband Insertion Loss of 1.2 dB Typ.
• High Rejection of 53 dB Typ.
• Good Return Loss of 15 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ABF-8R75G+

• Thin-Film SMT Band Pass Filter
• 8.6 GHz to 8.9 GHz
• Low Passband Insertion Loss of 1.3 dB Typ.
• High Rejection of 50 dB Typ.
• Good Return Loss of 15 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

ABF-7R625G+

• Thin-Film SMT Band Pass Filter
• 7.4 GHz to 7.8 GHz
• Low Passband Insertion Loss of 1.4 dB Typ.
• High Rejection of 54 dB Typ.
• Good Return Loss of 15 dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

BDCH-35-272+

• SMT Bi-Directional Coupler
• High power handling, up to 180W
• Ultra wideband, 700 MHz to 2.7 GHz
• Low insertion loss, 0.2 dB

BDCH-20-272+

• SMT Bi-Directional Coupler
• High power handling, up to 180W
• Ultra wideband, 700 MHz to 2.7 GHz
• Low insertion loss, 0.2 dB

BDCH-20-63+

• SMT Bi-Directional Coupler
• High power handling, up to 180W
• Ultra wideband, 2 GHz to 6 GHz
• Low insertion loss, 0.15 dB

BDCH-10-63+

• SMT Bi-Directional Coupler
• High power handling, up to 180W
• Ultra wideband, 2 GHz to 6 GHz
• Low insertion loss, 0.10 dB

TTL-1SP8T-183

• TTL Solid-State Switch
• 0.1 GHz to 18 GHz
• Fast-switching, absorptive solid-state SP8T
• 100 ns switching time with no control delays
• TTL for simple control integration
• Low insertion loss

SMIQ-1844H-DG+

• MMIC Die IQ Mixer
• Wideband RF & LO, 18 GHz to 43.5 GHz
• Wideband IF, DC to 7 GHz
• Excellent Image Rejection, Typ. 30 dB
• High LO-RF Isolation, Typ. 38 dB
• High Input IP3, Typ. +31 dBm
• Usable as Image Reject Mixer & SSB Converter

SMIQ-1844H+

• MMIC Surface Mount IQ Mixer
• Wideband RF & LO, 18 to 40 GHz
• Wideband IF, DC to 7 GHz
• Excellent Image Rejection, Typ. 30 dB
• High LO-RF Isolation, Typ. 38 dB
• High Input IP3, Typ. +31 dBm
• Usable as Image Reject Mixer & SSB Converter

PMA5-83-2W+

• MMIC Surface Mount Power Amplifier
• 0.01 GHz to 10 GHz
• P1dB, Typ. +31 dBm
• PSAT, Typ. +33 dBm
• Low Noise Figure, Typ. 3.5 dB
• High OIP3, Typ. +43.5 dBm
• Supply Voltage +12 V, 400 mA

M3SWA2-34DR-DG+

• MMIC DIE SPDT RF Switch
• Wideband, DC to 30 GHz
• Low Insertion Loss, Typ. 1.1 dB
• High Isolation RF1-RF2, Typ. 67 dB
• High Input IP3, Typ. +48 dBm
• Fast Rise/Fall Time, Typ. 6.9 ns/7.1 ns

M3SWA2-34DR+

• MMIC Surface Mount SPDT RF Switch
• Wideband, DC to 30 GHz
• Low Insertion Loss, Typ. 1.0 dB
• High Isolation, Typ. 65 dB
• High Input IP3, Typ. +48 dBm
• Fast Rise/Fall Time, Typ. 6.9 ns/7.1 ns
• 3x3 mm, 16-Lead QFN-Style Package

RFS-2G42G5050X+

• Coaxial Solid-State High Power Signal Source
• 2.4 to 2.5 GHz ISM band
• High output power, 50W
• Suitable for CW and pulsed signals
• High gain, 53 dB typical
• High efficiency, 42%
• High ruggedness

PSA2-6+

• MMIC Surface Mount Low Noise Amplifier
• Wide Bandwidth, DC to 7 GHz
• Low Noise Figure, Typ. 2.4 dB
• High Gain, Typ. 15.2 dB
• Internally Matched to 50 Ohms
• Single +5 V Supply Voltage
• Low Current, Typ. 15 mA

ZX60-04183LN+

• Coaxial Low Noise Amplifier
• Ultra Wideband, 4 GHz to 18 GHz
• Excellent noise figure, 2.5 dB typ. at 15 GHz
• Low current, 48 mA typ.
• Voltage regulated internally and reverse voltage protected
• Usable up to 20 GHz

PMA5-83-2W-DG+

• MMIC Die Power Amplifier
• 0.01 MHz to 10 GHz
• P1dB, Typ. +31 dBm
• Low Noise Figure, Typ. 3.5 dB
• High OIP3, Typ. +43.5 dBm
• Supply Voltage +12 V, 400 mA

BBFCG2-252+

• LTCC Surface Mount Bandpass Filter & Balun
• 2.3 GHz to 2.69 GHz
• Tiny Size, 0805
• Compact Design includes Balun and Filter in one package
• Low Cost
• Temperature Stable
• Hermetically Sealed

XLF-272M+

• MMIC Surface Mount Low Pass Filter
• DC to 2.7 GHz
• Reflectionless Technology, Eliminates Reflections with 50Ω Match in Stopband
• Temperature Robust, up to +105°C Operation
• Compact Size, 3x3 mm 12-Lead QFN-Style Package
• Excellent Performance Repeatability

XLF-222H+

• MMIC Surface Mount Low Pass Filter
• DC to 2.2 GHz
• Reflectionless Technology, Eliminates Reflections with 50Ω Match in Stopband
• Temperature Robust, up to +105°C Operation
• Compact Size, 4x4 mm 24-Lead QFN-Style Package
• Excellent Performance Repeatability

TPCV-333+

• LTCC Surface Mount Thru-Line
• DC to 33 GHz
• Low Insertion Loss, 0.4 dB Typ.
• Return Loss, 13 dB Typ.
• 1210 Surface Mount Footprint
• Versatile “Place Holder” for Mini-Circuits LTCC Filters
• Power Handling: 6 W

TPCN-143+

• LTCC Surface Mount Thru-Line
• DC to 14 GHz
• Low Insertion Loss, 0.8 dB Typ.
• Return Loss, 10 dB Typ.
• 1206 Surface Mount Footprint
• Versatile “Place Holder” for Mini-Circuits LTCC Filters
• Power Handling: 9.75 W

LFCV-1852+

• LTCC Surface Mount Low Pass Filter
• DC to 18.5 GHz
• Low Insertion Loss, 1.1 dB Typ.
• Pass Band Return Loss, 15 dB Typ.
• Stop Band Rejection, 40 dB Typ.
• 1210 Surface Mount Footprint
• Power Handling: 4.5 W

HFCU-1882+

• LTCC Surface Mount High Pass Filter
• 19.5 GHz to 35 GHz
• Insertion Loss, 2.1 dB Typ.
• Stop Band Rejection, 49 dB Typ.
• Pass Band Return Loss, 19 dB Typ.
• 1812 Surface Mount Footprint
• Power Handling: 7 W

HFCU-1782+

• LTCC Surface Mount High Pass Filter
• 18.3 GHz to 34 GHz
• Insertion Loss, 2.7 dB Typ.
• Stop Band Rejection, 50 dB Typ.
• Pass Band Return Loss, 20 dB Typ.
• 1812 Surface Mount Footprint
• Power Handling: 7 W

HFCN-1000+

• Ceramic High Pass Filter
• 1080 MHz to 4 GHz
• Low cost
• Small size
• 7 sections
• Temperature stable
• DC block in/out, breakdown voltage, 1kV typ.
• Excellent power handling, 7W

HFCG-880+

• LTCC Surface Mount High Pass Filter
• 990 MHz to 8 GHz
• Insertion Loss, 0.5 dB Typ.
• Stop Band Rejection, 47 dB Typ.
• Pass Band Return Loss, 13 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 3 W

HFCG-740+

• LTCC Surface Mount High Pass Filter
• 880 MHz to 7 GHz
• Insertion Loss, 0.7 dB Typ.
• Stop Band Rejection, 47 dB Typ.
• Pass Band Return Loss, 11 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 2 W

HFCG-650+

• LTCC Surface Mount High Pass Filter
• 730 MHz to 6.5 GHz
• Insertion Loss, 0.7 dB Typ.
• Stop Band Rejection, 47 dB Typ.
• Pass Band Return Loss, 11 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 2 W

ZVA-18443VGX+

• Coaxial Variable Gain Amplifier
• 18 GHz to 43.5 GHz
• Variable Gain Amplifier with Analog or TTL Control
• Interactive GUI with Telemetry
• Calibrated 17dB Attenuation Range with Minimal Power Degradation
• Flat Gain Response, ±2.5 dB
• High Gain, 47 dB Typ.
• High Psat, +31 dBm Typ.

SPL-2G42G50W4+

• Coaxial Active Power Splitter
• 2.4 GHz to 2.5 GHz ISM band
• 30 dB attenuation range
• 360° phase shift range
• Suitable for CW and pulsed signals
• I2C control interface
• Isolated Paths

WVA-50753GX+

• Waveguide Medium Power Amplifier
• 50 GHz to 75 GHz
• Full WR15 Band Coverage
• Low Noise Figure, 2.5 dB Typ.
• High Gain, 44 dB Typ.
• High PSAT, +22 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-50753G+

• Waveguide Medium Power Amplifier
• 50 GHz to 75 GHz
• Full WR15 Band Coverage
• Low Noise Figure, 2.5 dB Typ.
• High Gain, 44 dB Typ.
• High PSAT, +22 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-40603GX+

• Waveguide Medium Power Amplifier
• 40 GHz to 60 GHz
• Full WR15 Band Coverage
• High Gain, 34 dB Typ.
• Flat Gain Response, ±1.5 dB Typ.
• High PSAT, +24 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-40603G+

• Waveguide Medium Power Amplifier
• 40 GHz to 60 GHz
• Full WR19 Band Coverage
• Flat Gain Response, ±1.5 dB Typ.
• High PSAT, +24 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZTRC-8SPDT-A26

• USB & Ethernet Mechanical Switch Assembly
• DC to 26.5 GHz
• 8 x mechanical SPDT absorptive switches
• Convenient rack-mountable chassis
• SSH secure Ethernet communication
• Fail-safe / redundancy switching
• LED switch state indicators

ZTRC-4SPDT-A26

• USB & Ethernet Mechanical Switch Assembly
• DC to 26.5 GHz
• 4 x mechanical SPDT absorptive switches
• Convenient rack-mountable chassis
• SSH secure Ethernet communication
• Fail-safe / redundancy switching
• LED switch state indicators

LFCV-2802+

• LTCC Surface Mount Low Pass Filter
• DC to 28 GHz
• Stopband Rejection, 40 dB Typ.
• Low Insertion Loss, 2.4 dB Typ.
• Pass Band Return Loss, 11.6 dB Typ.
• Rugged Ceramic Construction
• Small Size, 1210 Surface Mount Footprint

LFCV-2702+

• LTCC Surface Mount Low Pass Filter
• DC to 27 GHz
• Stopband Rejection, 40 dB Typ.
• Low Insertion Loss, 2.6 dB Typ.
• Rugged Ceramic Construction
• Small Size, 1210 Surface Mount Footprint

LFCV-2602+

• LTCC Surface Mount Low Pass Filter
• DC to 26 GHz
• Stopband Rejection, 40 dB Typ.
• Low Insertion Loss, 2.5 dB Typ.
• Passband Return Loss, 11 dB Typ.
• Rugged Ceramic Construction
• Small Size, 1210 Surface Mount Footprint

LFCV-2502+

• Ceramic High Pass Filter
• DC to 25 GHz
• Stopband Rejection, up to 39 dB Typ.
• Passband Return Loss, 13 dB Typ.
• Rugged Ceramic Construction
• Small Size, 1210 Surface Mount Footprint

HFCN-2902+

• Ceramic High Pass Filter
• Passband, 29 GHz to 55 GHz
• Low Insertion Loss, Typ. 1.9 dB
• Passband Return Loss, Typ. 15 dB
• Small Size, 1210 Surface Mount Footprint
• Power Handling, 1W

ZX60-06183P+

• Coaxial Low Noise Amplifier
• Wideband, 6 GHz to 18 GHz
• Low noise figure, 1.7 dB typ at 15 GHz.
• Voltage regulated internally and reverse voltage protected
• Excellent directivity, 30 dB typ.

TTL-1SP4T-183

• TTL Solid State Switch
• 0.1 GHz to 18 GHz
• Fast-switching, absorptive solid-state SP4T
• 100 ns switching time with no control delays
• TTL for simple control integration
• Low insertion loss

WVA-751103LNX+

• Waveguide High Frequency Low Noise Amplifier
• 75 GHz to 110 GHz
• Full WR10 Band Coverage
• Gain, 21 dB Typ.
• Gain Flatness, ±3 dB Typ.
• Excellent Noise Figure, 3.5 dB Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZX60-R5183P+

• USA & Ethernet Controlled Programmable Attenuator
• Ultra Wideband, 0.5 GHz to 18 GHz
• Low Noise Figure, 4.5 dB typ, 5 to 18 GHz
• Positive Gain Slope, 3 dB, typ., 0.5 to 18 GHz
• Protected by US patent 6,790,049

RC8DAT-8G-95PE

• USA & Ethernet Controlled Programmable Attenuator
• 1 MHz to 8 GHz
• Eight independently programmable channels
• Over 100 dB Isolation between channels
• Repeatable 0-95 dB attenuation range
• SSH Secure Ethernet communication

RC4DAT-8G-95PE

• USA & Ethernet Controlled Programmable Attenuator
• 1 MHz to 8 GHz
• Four independently programmable channels
• Over 100 dB Isolation between channels
• Repeatable 0-95 dB attenuation range
• SSH Secure Ethernet communication

LFCV-2402+

• LTCC Surface Mount Low Pass Filter
• DC to 23.8
• Stop Band Rejection, up to 38dB Typ.
• Pass Band Return Loss, 13dB Typ.
• Rugged Ceramic Construction
• Small Size, 1210 Surface Mount Footprint

RC-8SPDT-A26

• USA & Ethernet Controlled Mechanical Switch
• Excellent performance to 26.5 GHz
• 8 x mechanical SPDT absorptive switches
• Ethernet & USB control
• Fail-safe / redundancy switching
• LED switch state indicators

TAV1-541NM+

• MMIC SMT E-PHEMT Transistor
• 45 MHz to 6 GHz
• Non-Ferrous Package Leadframe
• High Gain, Typ. 24 dB
• High Output IP3, Typ. +32 dBm
• Output Power at 1 dB Compression, Typ. +18 dBm
• Single Supply Voltage, 60mA, +3V

TSS2-53LNB+

• MMIC SMT Low Noise Bypass Amplifier
• Wideband, 500 MHz to 5 GHz
• Very Fast Bypass Switching
• Low Noise Figure, Typ. 1.2 dB
• High Gain, Typ. 21.7 dB
• High IP3 in Bypass, Typ. +47 dBm

PWR-18RMS-RC

• USB & Ethernet RMS Power Sensor
• 50 MHz to 18 GHz
• RMS (average) power measurements with 80 dB dynamic range
• Measure wideband modulated & multi-tone signals
• Measure pulsed signals with moderate duty cycles (≥2%)

TPCG-1852+

• LTCC Surface Mount Thru-Line
• DC to 18.5 GHz
• Low Insertion Loss, 0.5 dB Typ.
• Return Loss, 13 dB Typ.
• 0805 Surface Mount Footprint
• Versatile “Place Holder” for Mini-Circuits LTCC Filters
• Power Handling: 8.5W

TPCW-183+

• LTCC Surface Mount Thru-Line
• DC to 18 GHz
• Low Insertion Loss, 0.3 dB Typ.
• Return Loss, 10 dB Typ.
• 0603 Surface Mount Footprint
• Power Handling: 7.5W

ZX75BP-75-S+

• Lumped LC Coaxial Bandpass Filter
• 60 MHz to 90 MHz
• Insertion Loss, 4 dB Max.
• Stop Band Return Loss, 18 dB Typ.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-98-S+

• Lumped LC Coaxial Bandpass Filter
• 75 MHz to 131 MHz
• Good Insertion Loss, 3 dB Max.
• Stop Band Return Loss, 12 dB Min.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-130-S+

• Lumped LC Coaxial Bandpass Filter
• 95 MHz to 180 MHz
• Good Insertion Loss, 2.5 dB Max.
• Stop Band Return Loss, 14 dB Typ.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-135-S+

• Lumped LC Coaxial Bandpass Filter
• 120 MHz to 150 MHz
• Good Insertion Loss, 3.5 dB Max.
• Stop Band Return Loss, 18 dB Typ.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-140-S+

• Lumped LC Coaxial Bandpass Filter
• 130 MHz to 150 MHz
• Insertion Loss, 3.5 dB Max.
• Stop Band Return Loss, 17 dB Typ.
• Stop Band Rejection,45 dB Typ.

ZX75BP-160-S+

• Lumped LC Coaxial Bandpass Filter
• 120 MHz to 210 MHz
• Insertion Loss, 2 dB Typ.
• Stop Band Return Loss, 17 dB Typ.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-188-S+

• Lumped LC Coaxial Bandpass Filter
• 138 MHz to 238 MHz
• Insertion Loss, 1.8 dB Typ.
• Pass Band Return Loss, 16 dB Typ.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-253-S+

• Lumped LC Coaxial Bandpass Filter
• 186 MHz to 340 MHz
• Insertion Loss, 3 dB Max.
• Pass Band Return Loss, 12 dB Typ.
• Stop Band Rejection, 35 dB Min.

ZX75BP-263-S+

• Lumped LC Coaxial Bandpass Filter
• 230 MHz to 297 MHz
• Insertion Loss, 3 dB Max.
• Pass Band Return Loss, 12 dB Min.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-400-S+

• Lumped LC Coaxial Bandpass Filter
• 292 MHz to 490 MHz
• Insertion Loss, 3 dB Max.
• Pass Band Return Loss, 11 dB Typ.
• Stop Band Rejection, 30 dB Typ.

ZX75BP-440-S+

• Lumped LC Coaxial Bandpass Filter
• 410 MHz to 470 MHz
• Insertion Loss, 2.1 dB Typ.
• Pass Band Return Loss, 14 dB Typ.
• Stop Band Rejection, 25 dB Typ.

LFCG-700+

• LTCC Surface Mount Low Pass Filter
• DC to 700 MHz
• Insertion Loss, 1.2 dB Typ.
• Stop Band Rejection, 46 dB Typ.
• Pass Band Return Loss, 15 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 3.5W

LFCV-2102+

• LTCC Surface Mount Low Pass Filter
• DC to 21 GHz
• Stop Band Rejection, 42 dB Typ.
• Low Insertion Loss, 1.6 dB Typ.
• Pass Band Return Loss, 16 dB Typ.
• Rugged, Ceramic Construction
• Small Size, 1210 Surface Mount Footprint

HFCU-1482+

• LTCC Surface Mount High Pass Filter
• 15.3 GHz to 30 GHz
• Insertion Loss, 2.1 dB Typ.
• Stop Band Rejection, 52 dB Typ.
• Pass Band Return Loss, 22 dB Typ.
• 1812 Surface Mount Footprint
• Power Handling: 7W

HFCU-1582+

• LTCC Surface Mount High Pass Filter
• 16.3 GHz to 31 GHz
• Insertion Loss, 2 dB Typ.
• Stop Band Rejection, 52 dB Typ.
• Pass Band Return Loss, 17 dB Typ.
• 1812 Surface Mount Footprint
• Power Handling: 7W

HFCU-1682+

• LTCC Surface Mount High Pass Filter
• 17.3 GHz to 33 GHz
• Insertion Loss, 2.1dB Typ.
• Stop Band Rejection, 51 dB Typ.
• Pass Band Return Loss, 16 dB Typ.
• 1812 Surface Mount Footprint
• Power Handling: 7W

TAV1-331NM+

• Ultra Low Noise D-PHEMT Transistor
• 10 MHz to 4 GHz
• No ferrous material in package leadframe
• Low Noise Figure, Typ. 0.5 dB
• High Gain, Typ. 24.2 dB
• High Output IP3, Typ. +31.7 dBm
• Low Current, 60mA

BFHKI-7851+

• LTCC SMT Bandpass Filter
• 6.7 GHz to 8.6 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 42 dB up to 18.5 GHz
• Shielded Construction
• Patent Filing Number: 17/072,094 (or 11,638,370 B1)

PMA3-83LP+

• MMIC SMT Wideband Amplifier
• 400 MHz to 8 GHz
• Output P1dB, Typ. +25 dBm
• Output IP3, Typ. +34 dBm
• Low Noise Figure, Typ. 2.8 dB
• Adjustable Supply Current
• 3x3mm 12-Lead QFN-style Package

LVA-273PN+

• MMIC SMT Wideband Amplifier
• Wide Bandwidth 10 MHz to 26.5 GHz
• Ultra-low Phase Noise Typ. -172 dBc/Hz @ 10kHz Offset
• Output P1dB Typ. +18 dBm
• Output IP3 Typ. +28 dBm
• Supply Voltage: +5V and 85mA

LVA-273PN-DG+

• MMIC Die Wideband Amplifier
• Wide Bandwidth 10 MHz to 26.5 GHz
• Ultra-low Phase Noise Typ. -172 dBc/Hz @ 10kHz Offset
• Output P1dB Typ. +18 dBm
• Output IP3 Typ. +28 dBm
• Supply Voltage: +5V and 85mA

ZVA-503GX+

• Coaxial Ultra-Wideband Amplifier
• Ultra-Broadband Coverage, 50 kHz to 50 GHz
• Excellent Gain Flatness, ±1.5 dB Typ.
• Single +5 V Supply
• Compact Case for Ease of System Integration

WVA-44603LNX+

• Waveguide Low Noise Amplifier without Heatsink
• 44 GHz to 60 GHz
• WR19 Waveguide RF Interface
• Flat Gain Response, ±2 dB Typ.
• Low Noise Figure, 2.5 dB Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-44603LN+

• Waveguide Low Noise Amplifier with Heatsink
• 44 GHz to 60 GHz
• WR19 Waveguide RF Interface
• Flat Gain Response, ±2 dB Typ.
• Low Noise Figure, 2.5 dB Typ.
• Wide DC Operating Voltage, +10 To +15 V

RCS-1SP4T-A673

• USB & Ethernet Solid-State Switch
• 100 MHz to 67 GHz
• Super wide bandwidth, solid-state design
• High isolation, absorptive switch
• USB & Ethernet control and automation
• Daisy-chain control of up to 25 modules

BFHKI-9901+

• LTCC Surface Mount Band Pass Filter
• 8.6 GHz to 10.9 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 35 dB up to 23.4 GHz
• Shielded Construction
• Patent Filing Number: 17/072,094 (or 11,638,370 B1)

BFHKI-8501+

• LTCC Surface Mount Band Pass Filter
• 7.5 GHz to 8.8 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 33 dB up to 25 GHz
• Shielded Construction
• Patent Filing Number: 17/072,094 (or 11,638,370 B1)

BFHKI-6751+

• LTCC Surface Mount Band Pass Filter
• 5.9 GHz to 6.9 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 37 dB up to 20 GHz
• Shielded Construction
• Patent Filing Number: 17/072,094 (or 11,638,370 B1)

BFHKI-6251+

• LTCC Surface Mount Band Pass Filter
• 5.35 GHz to 6.7 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 50 dB up to 15.5 GHz
• Shielded Construction
• Patent Filing Number: 17/072,094 (or 11,638,370 B1)

BFHKI-1272+

• LTCC Surface Mount Band Pass Filter
• 11.9 GHz to 12.8 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 30 dB up to 38 GHz
• Shielded Construction
• Patent Filing Number: 17/072,094 (or 11,638,370 B1)

BFHKI-1252+

• LTCC Surface Mount Band Pass Filter
• 10.9 GHz to 13.9 GHz
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 38 dB up to 32 GHz
• Shielded Construction
• Patent Filing Number: 17/072,094 (or 11,638,370 B1)

HFCN-2652+

• Ceramic High Pass Filter
• Pass Band, 26.5 GHz to 58 GHz
• Low Insertion Loss, Typ. 1.29 dB
• Return Loss, Typ. 15.1 dB
• Excellent Gain Flatness, ±1.5 dB Typ.
• Stop Band Rejection, Typ. 18.7 dB
• Power Handling, 1W

WVA-60903GX+

• Waveguide High Frequency Medium Power Amplifier
• 60 GHz to 90 GHz
• Full WR12 Band Coverage
• High Gain, 29.5 dB Typ.
• Excellent Gain Flatness, ±1.5 dB Typ.
• High Saturated Output Power, +21 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-60903G+

• Waveguide High Frequency Medium Power Amplifier
• 60 GHz to 90 GHz
• Full WR12 Band Coverage
• High Gain, 29.5 dB Typ.
• Excellent Gain Flatness, ±1.5 dB Typ.
• High Saturated Output Power, +21 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZX60-123LPN+

• Coaxial Low Phase Noise Amplifier
• 50 MHz to 10 GHz
• Gain, 16 dB typ.
• Excellent Gain Flatness, ±0.9 dB, 0.05 to 6 GHz
• Excellent Return Loss, 20 dB typ., 2 GHz
• Low additive phase noise, typically -168 dBc/Hz @10 KHz
• Protected by US patent 6,790,049

RCS-1SP2T-A673

• USB & Ethernet Solid-State Switch
• 100 MHz to 67 GHz
• Super wide bandwidth, solid-state design
• High isolation, absorptive switch
• USB & Ethernet control and automation
• Daisy-chain control of up to 25 modules

ESB-1SP4T-A673

• USB & Daisy Chain SP4T Solid-State Switch Module
• 100 MHz to 67 GHz
• Super wide bandwidth, solid-state design
• High isolation, absorptive switch
• USB control and automation
• Daisy-chain control of up to 25 modules
• LED indicator on active port

ZVBP-38500-K+

• Cavity Coaxial Bandpass Filter
• 37 GHz to 40 GHz
• Low Insertion Loss, 3 dB Typ.
• Good Return Loss, 18.4 dB Typ.
• High Rejection
• Broad Stopband Performance up to 55 GHz
• Sharp Roll-off

CBP2-1600AN+

• Ceramic Resonator Surface Mount Bandpass Filter
• 1580 MHz to 1620 MHz
• High Rejection, 60 dB Typ.
• Fractional Bandwidth : 2.5%
• Excellent Power Handling: 5 Watts
• Low Profile Shielded Package, 10x12mm

ZLSS252-100W-S+

• Suspended Substrate Stripline Coaxial High Power Low Pass Filter
• DC to 2500 MHz
• High Power Handling up to 100W
• Very Low Passband Insertion loss, 0.2 dB Typ.
• High Rejection Floor, 90 dB Typ.
• Excellent Return Loss >20 dB Typ.

ZDSS-K10G13G+

• Suspended Substrate Stripline Coaxial Diplexer
• DC to 40 GHz (DC-10.5, 13.5-20 GHz)
• Low Passband Insertion Loss of 1 dB Typ.
• High Rejection of 90 dB Typ. in High Pass Channel and 70dB Typ. up to 40 GHz in Low Pass Channel
• Good Return Loss of 14 dB Typ.

CY3-723-DG+

• MMIC Die X3 Frequency Multiplier
• Wideband Output from: 40 to 72 GHz
• Outstanding Fundamental and Close-in Harmonic Suppression
• Input Drive Level: +12 to +19 dBm
• Input Drive Level: +12 to +19 dBm

BFHKI-4951+

• LTCC Surface Mount Bandpass Filter
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection Typ. 60 dB up to 12.3 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction
• US Patent Number: 11,638,370 B1

BFHKI-1982+

• LTCC Surface Mount Bandpass Filter
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 35 dB up to 46.5 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction
• US Patent Number: 11,638,370 B1

BFHKI-1572+

• LTCC Surface Mount Bandpass Filter
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 42 dB up to 40 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction
• US Patent Number: 11,638,370 B1

BFHKI-1072+

• LTCC Surface Mount Bandpass Filter
• LTCC Band Pass Filter with Integrated Interposer Board
• Wide Stopband Rejection, Typ. 45 dB up to 30 GHz
• Small Size, 4.95 mm x 3.65 mm
• Shielded Construction
• US Patent Number: 11,638,370 B1

LFCV-1752+

• LTCC Surface Mount Low Pass Filter
• Low Insertion Loss, 1 dB Typ.
• Pass Band Return Loss, 14 dB Typ.
• Stop Band Rejection, 38 dB Typ.
• 1210 Surface Mount Footprint
• Power Handling: 4.5 Watts

LFCG-510+

• LTCC Surface Mount Low Pass Filter
• Insertion Loss, 1.1 dB Typ.
• Stop Band Rejection, 48 dB Typ.
• Pass Band Return Loss, 15 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 3.5 Watts

LFCG-360+

• LTCC Surface Mount Low Pass Filter
• Low Insertion Loss, 0.9 dB Typ.
• Stop Band Rejection, 46 dB Typ.
• Pass Band Return Loss, 19 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 3 Watts

LFCG-1900+

• LTCC Surface Mount Low Pass Filter
• Low Insertion Loss, 0.9 dB Typ.
• Pass Band Return Loss, 15 dB Typ.
• Stop Band Rejection, 51 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 5.5 Watts

ZHL-10M4G21W2+

• Coaxial RF Instrument Amplifier
• Broadband, 10 to 4200MHz
• High Gain, 44dB typ.
• High P1dB, +33dBm, typ.
• High OIP3, +46dBm typ.
• Built-in 110/220V AC power supply

ZHL-10M4G21W1+

• Coaxial Medium Power Amplifier
• Broadband, 10 to 4200MHz
• High Gain, 44dB typ.
• High P1dB, +33dBm, typ.
• High OIP3, +46dBm typ.

ZHL-0G64G21W1X+

• Coaxial Medium Power Amplifier
• Broadband, 600 to 4200MHz
• High Gain, 44dB typ.
• High P1dB, +32dBm, typ.
• High OIP3, +45dBm typ.

ZHL-0G64G21W1+

• Coaxial Medium Power Amplifier
• Broadband, 600 to 4200MHz
• High Gain, 44dB typ.
• High P1dB, +32dBm, typ.
• High OIP3, +45dBm typ.

ZHL-0G64G21W0X+

• Coaxial Medium Power Amplifier
• Broadband, 600 to 4200MHz
• High Gain, 39dB typ.
• High P1dB, +32dBm, typ.
• High OIP3, +45dBm typ.

ZHL-0G64G21W0+

• Coaxial Medium Power Amplifier
• Broadband, 600 to 4200MHz
• High Gain, 39dB typ.
• High P1dB, +32dBm, typ.
• High OIP3, +45dBm typ.

SSG-30GHP-RC

• USA & Ethernet Signal Generator
• 10 MHz to 30 GHz
• Cost effective millimeter wave signal source
• High output power @ 30 GHz, +22 dBm
• Pulse modulation with 0.5 µs pulse width
• USB and Ethernet control

SB-SF50-27+

• Coaxial Adapter, SMA-Female Bulkhead to SMA-Female
• Wideband, DC to 27 GHz
• Low Insertion Loss, 0.11 dB Typ.
• Excellent VSWR, 1.03:1 Typ.

MTX2-183+

• MMIC Surface Mount Balun
• Wideband, 2 GHz to 18 GHz
• Low Insertion Loss, Typ. 2.0 dB
• Excellent Phase Unbalance, Typ. 2 Degrees
• Excellent Amplitude Unbalance, Typ. 0.3 dB
• Single Ended to Differential Conversion
• 3x4 mm 12-Lead QFN-Style Package

MTX2-133+

• MMIC Surface Mount Balun
• Wideband, 1.5 GHz to 13 GHz
• Low Insertion Loss, Typ. 2.2 dB
• Excellent Phase Unbalance, Typ. 2 Degrees
• Excellent Amplitude Unbalance, Typ. 0.2 dB
• Single Ended to Differential Conversion
• 3x4 mm 12-Lead QFN-Style Package

RC-2SPDT-A40

• USB & Ethernet Controlled Mechanical Switch
• DC to 40 GHz
• 2 x mechanical SPDT absorptive switches
• High reliability, millimetre wave switching
• Ethernet & USB control
• Fail-safe / redundancy switching
• LED switch state indicators

CY3-453+

• MMIC SMT X3 Frequency Multiplier
• Wideband Output From: 20 GHz to 45 GHz
• Input Drive Level: +12 to +17 dBm
• Excellent Image Rejection, Typ. 29 dB
• Conversion Loss: 20 dB Typ.
• Tiny Size, 4x4mm 24-Lead, QFN-Style

SMIQ-6243H-DG+

• MMIC IQ Mixer Die
• Wideband RF & LO, 6 GHz to 24 GHz
• Wideband IF, DC to 6 GHz
• Excellent Image Rejection, Typ. 29 dB
• High LO-RF Isolation, Typ. 40 dB
• High Input IP3, Typ. +25 dBm

PVGA-123-DG+

• MMIC Die Variable Gain Amplifier
• Wideband Bandwidth, 400 MHz to 12 GHz
• High OIP3 Typ. +30 dBm
• Single Positive Supply +6V
• Adjustable Gain Range Typ. 16 dB

SMPM-SF50-27+

• Coaxial Adapter
• Wideband, DC to 27 GHz
• Low Insertion Loss, 0.01 dB Typ.
• Excellent VSWR, 1.05:1 Typ.

SMPF-SF50-27+

• Coaxial Adapter
• Wideband, DC to 27 GHz
• Low Insertion Loss, 0.11 dB Typ.
• Excellent VSWR, 1.09:1 Typ.

ZV47-E673RMS+

• Coaxial Power Detector
• Ultra Wide Matched Input Freq. Range: 0.1 to 67 GHz
• 35 dB Linear Dynamic Range (<±1 dB Error)
• Positive Output Voltage Slope, 0 to +1.2 V
• Low Supply Current: 34 mA at +3.3 V typical

PVGA-123+

• MMIC SMT Variable Gain Amplifier
• Wide Bandwidth, 400 MHz to 12 GHz
• High OIP3 Typ. +30 dBm
• Single Positive Supply +6V
• Adjustable Gain Range Typ. 16 dB
• 3x3mm 12-Lead QFN-Style Package

ZVA-44703LNX+

• Coaxial Low Noise Amplifier
• Exceptionally High Frequency, 44 GHz to 70 GHz
• Flat Gain Response, ±2.0 dB Typ.
• Low Noise Figure, 2.7 dB Typ.
• High PSAT, +20 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZVA-44703LN+

• Coaxial Low Noise Amplifier
• High Frequency, 44 GHz to 70 GHz
• Flat Gain Response, ±2.0 dB Typ.
• Low Noise Figure, 2.7 dB Typ.
• High PSAT, +20 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-71863LNX+

• Waveguide Low Noise Amplifier
• High Frequency, 71 GHz to 86 GHz
• WR12 Waveguide RF Interface
• High Gain, 39 dB Typ.
• Excellent Gain Flatness, ±1.5 dB Typ.
• Low Noise Figure, 4.5 dB Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-71863HPX+

• Waveguide Medium Power Amplifier
• High Frequency, 71 GHz to 86 GHz
• WR12 Waveguide RF Interface
• High Gain, 39 dB Typ.
• Excellent Gain Flatness, ±1.5 dB Typ.
• High Saturated Output Power, +24.5 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

WVA-71863HP+

• Waveguide Medium Power Amplifier
• High Frequency, 71 GHz to 86 GHz
• High Gain, 39 dB Typ.
• Excellent Gain Flatness, ±1.5 dB Typ.
• High Saturated Output Power, +24.5 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

EDAT-67G-30

• USB Daisy-Chain Programmable Attenuator
• 10 MHz to 67 GHz
• Super wide bandwidth, solid-state design
• High power handling (+26 dBm CW)
• Daisy-chain control of up to 25 units
• USB control and automation

ZFDC-6-23B-S+

• Coaxial Directional Coupler
• 20 MHz to 2 GHz
• Good directivity, 17 dB typ.
• Low Noise Figure, 3.5 dB Typ.
• Can be used for unbalance 2 way splitter
• Rugged shielded case

ZVA-543LNX+

• Coaxial Low Power Amplifier
• 20 to 54 GHz
• High Gain, 40 dB Typ. Over The Entire Operating Band
• Low Noise Figure, 3.5 dB Typ.
• High PSAT, +29 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZVA-543LN+

• Coaxial Low Power Amplifier
• 20 to 54 GHz
• High Gain, 40 dB Typ. Over The Entire Operating Band
• Low Noise Figure, 3.5 dB Typ.
• High PSAT, +29 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V

ZVA-40703GX+

• Coaxial Medium Power Amplifier
• Exceptionally High Frequency, 40 to 70 GHz
• Flat Gain Response, ±2.5 dB
• High PSAT, +24 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V
• Over Voltage and Reverse Voltage Protected

ZVA-40703G+

• Coaxial Medium Power Amplifier
• Exceptionally High Frequency, 40 to 70 GHz
• Flat Gain Response, ±2.5 dB
• High PSAT, +24 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V
• Over Voltage and Reverse Voltage Protected

EDAT-67G-60

• USB Daisy Chain Programmable Attenuator
• Super wide bandwidth, 10 MHz - 67 GHz
• High power handling (+26 dBm CW)
• Daisy-chain control of up to 25 units
• USB control and automation
• Display of attenuation state on unit

SF-SM50-27+

• Coaxial RF Adapter Female to SMA Male
• Wideband, DC to 27 GHz
• Low Insertion Loss, 0.05 dB Typ.
• Excellent VSWR, 1.08:1 Typ.

SMIQ-6243H+

• MMIC Surface Mount I/Q Mixer
• Wideband RF & LO, 6 to 24 GHz
• Wideband IF, DC to 6 GHz
• Excellent Image Rejection, Typ. 32 dB
• High LO-RF Isolation, Typ. 41 dB
• High Input IP3, Typ. +25 dBm

ZTMN-0895A-N

• USB & Ethernet Mesh Network Emulator
• 8 fully interconnected test ports (28 internal paths)
• 95 dB programmable attenuation per path
• Configure automated sweep / hop / fading sequences
• Ethernet & USB contro

ZTMN-0695C-S

• USB & Ethernet Mesh Network Emulator
• 6 fully interconnected test ports (15 internal paths)
• 95 dB programmable attenuation per path
• Configure automated sweep / hop / fading sequences
• Ethernet & USB contro

ZTMN-0695B-N

• USB & Ethernet Mesh Network Emulator
• 6 fully interconnected test ports (15 internal paths)
• 95 dB programmable attenuation per path
• Configure automated sweep / hop / fading sequences
• Ethernet & USB contro

ZT-317

• USB & Ethernet Controlled Mechanical Switch Assembly
• 3 x mechanical SPDT absorptive switches
• Ethernet & USB control
• High isolation, 90 dB typ.
• Fail-safe / redundancy switching
• LED switch state indicators

RCM-3SPDT-75F

• USB & Ethernet Controlled Mechanical Switch Assembly
• 3 x mechanical SPDT absorptive switches
• Ethernet & USB control
• High isolation, 70 dB typ.
• Fail-safe / redundancy switching
• 75Ω F-type connectors

ZTS-1SP80T-63H

• Rack Mounted USB Solid State SP80T Switch
• Solid-state, high-performance switch
• Convenient rack-mountable chassis
• High port count (1 to 80)
• Ethernet & USB control

RKT-RC4DAT-2

• Multi-Channel Attenuators Rack Mounting Kit
• 2 x RC4DAT-8G series multichannel programmable attenuators
• 19", 1U Rack Mounting Kit
• 19” (W) x 1U (H)

RKT-RC4DAT

• Multi-Channel Attenuators Rack Mounting Kit
• 8 x RC4DAT-6G series multichannel programmable attenuators
• 19", 1U Rack Mounting Kit
• 19” (W) x 3U (H)

COM-2G42G51K0+

• Coaxial Non-Isolating Power Splitter/Combiner
• Very high-power handling, up to 1200W CW
• Exceptionally low insertion loss, 0.1dB typ.
• Low amplitude (0.15dB typ.) and phase unbalance (1º typ.)
• Patent Pending

ISC-2425-25+

• USB ISM Signal Generator & Controller
• Turnkey ISM-RF & MW Energy combined signal generator and system controller
• Output power up to +25dBm
• Supports stand-alone or multichannel operation (in either coherent or in-coherent modes)
• Works seamlessly with Mini-Circuits connectorized RF & MW Energy power amplifiers

ZC3PD-E18673+

• Coaxial Stripline Power Splitter/Combiner
• Wideband, 18 to 67 GHz
• Low Insertion Loss, 1.8dB typ.
• 12W Power Handling
• High Isolation, 36dB typ.

ZMIQ-653H-E+

• Coaxial I/Q Mixer
• Super Wideband RF & LO, 18 to 65 GHz
• Excellent IF bandwidth, DC to 20 GHz
• High L-R Isolation, 42 dB typ.
• Excellent Input IP3, +25 dBm typ.

HFCU-1382+

• LTCC Surface Mount High Pass Filter
• Insertion Loss, 2.4 dB Typ.
• Good Rejection, 53 dB Typ.
• Good Return Loss, 14 dB Typ.
• 1812 Surface Mount Footprint

ZBT-K44-FT+

• Coaxial Wideband Bias-Tee
• Wideband Millimeter Wave , 10 MHz to 40 GHz
• Low Insertion Loss, 1.0 dB typ.
• Excellent Return Loss, 15 dB typ.
• Excellent Isolation, 35 dB typ.

ZHL-50W-GAN+

• Coaxial High Power Amplifier
• High Output Power, 50W
• High Output IP2, +80dBm typ.
• High Output IP3, +55dBm typ.
• Reverse Polarity Protected

PMA2-162LNA+

• MMIC Surface Mount Low Noise Amplifier
• Noise Figure, Typ 0.5 dB
• Adjustable Gain, Typ. 19.7 dB to 23.5 dB
• Class 1B HBM ESD (500V)
• OIP3, Typ. +30 dBm

PMA2-252LNA+

• MMIC Surface Mount Low Noise Amplifier
• Noise Figure, Typ 0.8 dB
• Adjustable Gain at VS=+4V, Typ. 14.5 to 17.6 dB
• OIP3, Typ. +30 dBm
• 2x2mm 8-Lead SMT Package

ZHL-10M4G21W0+

• MMIC Surface Mount Wideband Amplifier
• Broadband, 10 to 4200MHz
• High Gain, 37dB typ.
• High P1dB, +32dBm, typ.
• High OIP3, +44dBm typ.

AVA-5R183+

• MMIC Surface Mount Wideband Amplifier
• Ultra wideband, 0.05-18 GHz
• High Dynamic Range
• High OIP3, Typ. +31 dBm
• 4x4mm 20-Lead QFN-Style Package

AVA-183MP+

• MMIC Surface Mount Wideband Amplifier
• Ultra wideband, 0.05-18 GHz
• High Dynamic Range
• High OIP3, Typ. +31 dBm
• 4x4mm 20-Lead QFN-Style Package

AVA-2183+

• MMIC Surface Mount Wideband Amplifier
• Wideband 2 to 20 GHz
• Flat Gain, Typ. 16 ±1 dB
• P1dB, Typ. +19 dBm
• OIP3, Typ. +25 dBm

PMA3-24323LN+

• MMIC Surface Mount Low Noise Amplifier
• Wideband, 24 to 32 GHz
• Low Noise Figure, Typ. 3.1 dB
• High OIP3, Typ. +25 dBm
• High P1dB, Typ. +17 dBm

PMA3-15453+

• MMIC Surface Mount Wideband Amplifier
• Low Noise Figure, Typ. 3.2 dB
• High OIP3, Typ. +25 dBm
• P1dB, Typ. +17 dBm
• Single +5V positive supply voltage

10M-185M+

• Coaxial Adapter
• Ultra-wideband, DC to 67 GHz
• Low Insertion Loss, 0.1 dB Typ.
• Straight Body
• Excellent VSWR, 1.06:1 Typ.

10M-185F+

• Coaxial Adapter
• Ultra-wideband, DC to 67 GHz
• Low Insertion Loss, 0.21 dB Typ.
• Straight Body
• Excellent VSWR, 1.08:1 Typ.

10F-185M+

• Coaxial Adapter
• Ultra-wideband, DC to 67 GHz
• Low Insertion Loss, 0.2 dB Typ.
• Straight Body
• Excellent VSWR, 1.09:1 Typ.

10F-185F+

• Coaxial Adapter
• Ultra-wideband, DC to 67 GHz
• Low Insertion Loss, 0.2 dB Typ.
• Straight Body
• Excellent VSWR, 1.10:1 Typ.

10M-10M+

• Coaxial Adapter
• Ultra-wideband, DC to 110 GHz
• Low Insertion Loss, 0.35 dB Typ.
• Straight Body
• Excellent VSWR, 1.06:1 Typ.

10F-10M+

• Coaxial Adapter
• Ultra-wideband, DC to 110 GHz
• Low Insertion Loss, 0.32 dB Typ.
• Straight Body
• Excellent VSWR, 1.10:1 Typ.

10F-10F+

• Coaxial Adapter
• Ultra-wideband, DC to 110 GHz
• Low Insertion Loss, 0.27 dB Typ.
• Straight Body
• Excellent VSWR, 1.07:1 Typ.

SMIQ-653H-E+

• MMIC Surface Mount I/Q Mixer
• Wideband RF & LO, 6 to 24 GHz
• Wideband IF, DC to 6 GHz
• Excellent Image Rejection, Typ. 32 dB
• High LO-RF Isolation, Typ. 41 dB
• High Input IP3, Typ. +25 dBm

ZMIQ-653H-E+

• Coaxial I/Q Mixer
• Super Wideband RF & LO, 18 to 65 GHz
• Excellent IF bandwidth, DC to 20 GHz
• High L-R Isolation, 42 dB typ.
• Excellent Input IP3, +25 dBm typ.
• Usable as Up & Down Converter

ZVA-50953GX+

• Coaxial Medium Power Amplifier
• Exceptionally High Frequency
• Flat Gain Response, ±2.0 dB Typ.
• High Psat, +21 dBm Typ.
• Wide DC Operating Voltage, +10 To +15 V
• Over Voltage and Reverse Voltage Protected

RDC20-232-75X2+

• Surface Mount Directional Coupler
• Wideband 5-2350 MHz
• Low mainline loss, 0.85 dB typ. at 1800 MHz
• Good Dirctivity, 16 dB typ. at 1800 MHz
• Excellent Return Loss, 27 dB typ. at 1000 MHz
• Supports DOCSIS^® 3.1 / 4.0 Systems

TRS1-182-75-7+

• Surface Mount RF Transformer
• Suitable for tin/lead and RoHS solder systems
• Wideband, 10 to 1800 MHz
• Balanced transmission line
• Good return loss, 20 dB typ. at 1 dB band

TC1-1T-152X-4+

• Surface Mount RF Transformer
• Super wideband, 5 to 1500 MHz
• Low insertion loss, 1.8 dB typ., 5 to 1500 MHz
• Good input return loss, 15 dB typ., 5 to 1500 MHz
• Low phase unbalance, ±1.5˚ typ

LFCV-2002+

• LTCC SMT Low Pass Filter
• Low Insertion Loss, 1.6 dB Typ.
• Good Return Loss, 12 dB Typ.
• Stop Band Rejection, 35 dB Typ.
• Small size, 1210

LFCV-2202+

• LTCC SMT Low Pass Filter
• Stop Band Rejection, 40 dB Typ.
• Rugged, Ceramic Construction
• Stop Band Rejection, 35 dB Typ.
• Small size, 1210

ZVA-24443G1X+

• Low Noise Wideband Amplifier
• Extremely Low Noise Figure of 1.7 dB typ. through Q-Band
• High Gain of 45 dB typ., over 5G bands – 24 to 39 GHz
• Available with and without heatsink
• Operates with a single DC supply of +9 to +15 V

ZVA-02443HPX+

• Medium Power, High Gain Wideband Amplifier
• High Gain of 37 dB typ.
• Excellent gain flatness, ±2.0 dB typ.
• Saturated Output Power >=+20 dBm typ.
• Available with and without heatsink

ZX60-14LN-S+

• Wideband Low Noise Amplifier
• Low NF, <2dB Typ. to 7.5 GHz
• Very Flat Gain, 22 ± 0.7 dB Typ. to 8 GHz
• Wideband, 50 MHz to 10 GHz
• Single +6V Supply

TTC1-682W+

• Surface Mount RF Transformer
• Wideband, 800 to 6800 MHz
• Small size, 1.4 x 2.5mm
• Good amplitude unbalance, ±0.8 dB typ.
• Low phase unbalance, 6˚ typ.
• Excellent common mode rejection, 21 dB typ.

HFCN-2502+

• Ceramic High Pass Filter
• Pass Band, 25 to 57 GHz
• Low Insertion Loss, Typ. 1.8 dB
• Return Loss, Typ. 13 dB
• Stop Band Rejection, Typ. 17 dB
• Power Handling, 1W

ZX60-83MP-S+

• Wideband Medium Power Amplifier
• Wideband, 400 MHz to 8 GHz
• P1dB, +27dBm Typ.
• Excellent OIP3, +40 dBm Typ.
• 3.2dB Typ Noise Figure
• Reverse Polarity Protection

HFCV-2002+

• LTCC SMT High Pass Filter
• Pass Band, 19.6 to 47 GHz
• Low Insertion Loss, Typ. 1.6 dB
• Return Loss, Typ. 10 dB
• Stop Band Rejection, Typ. 21 dB
• Power Handling, 1W

KF-SF50+

• Coaxial Adapter
• Inter Series Adapter: 'K' Female (2.92mm) to 'SMA' Female
• Low Insertion Loss, 0.05 dB Typ.
• Excellent VSWR, 1.06:1 Typ.
• Flat Response, Less Than 0.1 dB Up To 18 GHz
• Wideband, DC to 18 GHz

USB-1SP4T-A673

• Solid State SP4T Switch
• Super wide bandwidth, solid-state design
• High isolation, absorptive switch
• USB control and automation
• Dynamic daisy-chain control of up to 25 switches
• LED indicator on active port

TCW2-133+

• Ceramic Balun RF Transformer
• Insertion loss (above 3dB): 1.0 dB typ.
• Amplitude unbalance: 1.7 dB typ.
• Phase unbalance: 13 degrees typ.
• RF input power: 2W max at 25 °C
• 0603 Surface Mount Footprint

TCW1-133+

• Ceramic Balun RF Transformer
• Insertion loss (above 3 dB): 1.7 dB typ.
• Amplitude unbalance: 1.7 dB typ.
• Phase unbalance: 13 degrees
• RF input power: 2W max @ 25 °C
• 0603 Surface Mount Footprint

TPCG-183+

• LTCC SMT Thru-Line
• Low Insertion Loss, 0.5dB Typ.
• Return Loss, 10dB Typ.
• 0805 Surface Mount Footprint
• Versatile “Place Holder” for Mini-Circuits LTCC Filters
• Power Handling: 7.5 Watts

TPCW-233+

• LTCC SMT Thru-Line
• Low Insertion Loss, 0.15dB Typ.
• Return Loss, 21dB Typ.
• 0603 Surface Mount Footprint
• Versatile “Place Holder” for Mini-Circuits LTCC Filters
• Power Handling: 7 Watts

RCM-6SPDT-18

• RF SPDT Switch Matrix
• 6 x mechanical SPDT absorptive switches
• Ethernet & USB control
• High isolation, 85 dB typ.

RCM-3SP4T-18

• RF SP4T Switch Matrix
• 3 x mechanical SP4T absorptive switches
• Ethernet & USB control
• High isolation, 85 dB typ.

ZTM-4SP8T-26

• RF SP8T Switch Matrix
• 4 x mechanical SP8T absorptive switches
• Excellent performance to 26.5 GHz
• Convenient rack-mountable chassis
• Ethernet & USB control

RCDAT-44G-63

• Programmable Attenuator
• Ultra-wideband operation: 0.1 to 43.5 GHz
• Precision attenuation: up to 63 dB throughout the entire attenuation range
• Fine resolution step size: 0.5 dB
• Fast state transition time: 100 nS
• Low cost, portable, USB and Ethernet controlled

TERM-250W-83N+

• Coaxial Termination
• Wideband Operation, DC to 8000 MHz
• High Power Handling, 250W
• Excellent VSWR, 1.09 Typ.

ZT-20HPS-63-S+

• 20-Way Power Splitter
• High input power rating
• Rack-mounted chassis
• Wide bandwidth
• Integrated cooling

ZT-16HPS-63W-S

• 16-Way Power Splitter
• High input power rating
• Rack-mounted chassis
• Wide bandwidth
• Integrated cooling

CY3-64-DG+

• MMIC Die X3 Frequency Multiplier
• Wideband Output from: 30 to 60 GHz
• Input Drive Level: +12 to +19 dBm
• Conversion Loss: 21 dB Typ.

LFCG-2275+

• LTCC SMT Low Pass Filter
• Low Insertion Loss, 0.9dB Typ.
• Good Return Loss, 15dB Typ.
• Stop Band Rejection, 45dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 4.5 Watts

HFCG-1230+

• LTCC SMT High Pass Filter
• Low Insertion Loss, 0.4 dB Typ.
• Return Loss, 12 dB Typ.
• Stop Band Rejection, 44 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 2.5 Watts

HFCG-1780+

• LTCC SMT High Pass Filter
• Low Insertion Loss, 0.6 dB Typ.
• Return Loss, 16 dB Typ.
• Stop Band Rejection, 50 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 4 Watts

HFCG-1630+

• LTCC SMT High Pass Filter
• Low Insertion Loss, 0.7 dB Typ.
• Return Loss, 19 dB Typ.
• Stop Band Rejection, 49 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 4 Watts

HFCG-2500+

• LTCC SMT High Pass Filter
• Low Insertion Loss, 0.9 dB Typ.
• Return Loss, 11 dB Typ.
• Stop Band Rejection, 48 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 4 Watts

HFCG-3250+

• LTCC SMT High Pass Filter
• Low Insertion Loss, 0.8 dB Typ.
• Return Loss, 11 dB Typ.
• Stop Band Rejection, 44 dB Typ.
• 0805 Surface Mount Footprint
• Power Handling: 3 Watts

ZVBP-3100A-S+

• Cavity Bandpass Filter
• Low Insertion Loss of 1.0dB Typ.
• Good Return Loss of 20dB Typ.
• High Rejection
• Sharp Roll-Off

ZVBP-3R25G-S+

• Cavity Bandpass Filter
• Low Insertion Loss of 0.3dB Typ.
• Good Return Loss of 20dB Typ.
• Good Rejection
• Stopband up to 7800 MHz

ZVBP-16R3G-S+

• Cavity Bandpass Filter
• Low Insertion Loss of 0.5dB Typ.
• Good Return Loss of 21dB Typ.
• Great Rejection (40 to 100 dB Typ.)
• Stopband up to 28 GHz

ZVBP-K22R5G+

• Cavity Bandpass Filter
• Low Insertion Loss, 1dB Typ.
• Good Return Loss of 25dB Typ.
• Good Rejection Floor of 90 dB Typ.
• Stopband Up to 40 GHz

BLK-18W-N+

• Coaxial Inner DC Block
• Wideband 50 MHz to 18 GHz
• Excellent VSWR, 1.2:1 typ up to 18 GHz
• Low Insertion Loss, 0.5 dB typ up to 18 GHz
• Inner DC block

BW-40N250W+

• 40 dB Precision Fixed Attenuator
• Wideband Operation, DC to 8000 MHz
• High Power Handling, 250W
• Excellent VSWR, 1.11 Typ.
• Excellent Flatness, ±0.4 dB Typ.

BW-30N250W+

• 30 dB Precision Fixed Attenuator
• Wideband Operation, DC to 8000 MHz
• High Power Handling, 250W
• Excellent VSWR, 1.11 Typ.
• Excellent Flatness, ±0.4 dB Typ.

BW-20N250W+

• 20 dB Precision Fixed Attenuator
• Wideband Operation, DC to 8000 MHz
• High Power Handling, 250W
• Excellent VSWR, 1.14 Typ.
• Excellent Flatness, ±0.6 dB Typ.

AVA-0233LN+

• Wideband LNA
• Wide Bandwidth, 2 to 30 GHz
• Flat Gain Response, Typ. 16.3 dB ± 1 dB
• Noise Figure, Typ. 2.4 dB
• 5x5mm 32-Lead SMT Package

RFE-24M30M1K7X+

• High Power Amplifier
• High output power, 1700W
• 27MHz ISM band
• Power gain of 26 dB with 5W input drive level
• Suitable for CW and pulsed signals

ZVA-5803X+

• Ultra-Wideband Amplifier
• Ultra Wideband Coverage in One Amplifier, 0.5 to 80 GHz
• High Gain, 17 dB typ. Over 0.5 to 80 GHz
• Flat Gain Response, ±3.0 dB typ. Through 80 GHz
• Medium Output Power, +14 dBm typ.

ZLSS-6R9G-S+

• Suspended Substrate Low Pass Filter
• Low Insertion Loss, 0.6dB Typ.
• High Rejection of 90dB Typ.
• Wider Stopband Up to 20 GHz
• Connectorized Package
• Small Size, 22.86 x 17.78 x 15.24 mm

ZLSS-4R8G-S+

• Suspended Substrate Low Pass Filter
• Low Insertion Loss, 0.5dB Typ.
• High Rejection of 90dB Typ.
• Wider Stopband Up to 20 GHz
• Connectorized Package

ZLSS-3R2G-S+

• Suspended Substrate Low Pass Filter
• Low Insertion Loss, 0.6dB Typ.
• High Rejection of 90dB Typ.
• Wider Stopband Up to 20 GHz
• Connectorized Package

ZSW4-E673+

• Coaxial Solid State SP4T RF Switch
• Ultra wideband operation, 10 MHz to 67 GHz
• High Isolation, 45 dB
• Low VSWR, 1.4:1 typ. Across Operating Band
• All-OFF State Available

ABF-8R075G+

• Surface Mount Thin-Film Bandpass Filter
• Low Passband Insertion Loss of 1.6dB Typ.
• High Rejection of 56dB Typ.
• Good Return Loss of 14dB Typ.
• Small Size, 5.59 x 8.13 x 2.03 mm

AVA-26453LN-DG+

• MMIC Die Wideband Amplifier
• Single Supply Voltage, +3V and 80 mA
• Wide Bandwidth, 26 to 45 GHz
• Low Noise Figure, Typ. 2.9 dB at 35 GHz
• Output IP3, Typ. +19.2 dBm at 35 GHz

CBP4-1875Q+

• Surface Mount Ceramic Resonator Bandpass Filter
• High rejection, 60dB typ.
• Narrow band and fast roll-off
• Good insertion loss, 2.5dB typ.

K2-HAT-A+

• Fixed Attenuators Kit
• One unit each of 1, 2, 3, 4, 5, 6, 7, 8, 9, and 10 dB precision attenuators
• Input power up to 2W Max.
• Excellent VSWR, 1.20:1 to 1.35:1 typ.
• Excellent flatness, 0.20 to 0.30 dB typ.

K1-HAT-A+

• Fixed Attenuators Kit
• One unit each of 3, 6, 10, 20 and 30 dB precision attenuators
• Input power up to 2W Max.
• Excellent VSWR,1.20:1 to 1.60:1 typ.
• Excellent flatness, 0.20 to 0.60 dB typ.

BW-VF20-1W54+

• Coaxial mmWave Fixed Attenuator
• DC to 50 GHz
• 2.4mm Female to Female Connectors
• Excellent VSWR, 1.17 typ.
• Passivated stainless steel connectors
• 1W Power Handling

ZVA-02653GX+

• Coaxial Wideband Amplifier
• High gain 21 dB typ. over the entire operating band
• Good gain flatness, ±3.0 dB typ. up to 60 GHz
• +18 dBm Psat typ
• Wide operating DC voltage, +10 to +15 V
• DC protected against over-voltage, reverse-voltage conditions

ZVA-02653G+

• Coaxial Wideband Amplifier
• High gain 21 dB typ. over the entire operating band
• Good gain flatness, ±3.0 dB typ. up to 60 GHz
• +18 dBm Psat typ.
• Wide operating DC voltage, +10 to +15 V
• DC protected against over-voltage, reverse-voltage conditions

KM-35F+

• Coaxial RF Adapter
• Ultra-wideband, DC to 33 GHz
• Low insertion loss, 0.09 dB Typ.
• Excellent VSWR, 1.04:1 Typ.
• Flat response

HFCG-4000+

• High Pass Filter
• Low loss, 0.8 dB typ.
• Return loss, 12 dB typ.
• Stop Band Rejection, 42 dB typ.
• Small size 2.0 mm x 1.25 mm

HFCG-2200+

• High Pass Filter
• Low loss, 0.8 dB typ.
• Return loss, 11 dB typ.
• Stop Band Rejection, 49 dB typ.
• Small size 2.0 mm x 1.25 mm

K2-UNAT-A+

• Fixed Attenuators Kit
• Wideband, 50Ω
• 1 to 10, 15, 20, 30 dB attenuation
• Type-N male & female connectors
• Rugged Unibody construction
• Small size 2.1”
• Very low cost

K3-VAT-A+

• Fixed Attenuators Kit
• Wideband, 50Ω
• Input power up to 2W Max
• 3, 6 and 10 dB attenuation
• SMA Male and Female connectors
• Excellent VSWR, 1.20:1 to 1.40:1 typ.
• Excellent flatness, 0.30 to 0.45 typ.
• Length less than 1.5”

K2-VAT-A+

• Fixed Attenuators Kit
• Wideband, 50Ω
• Input power up to 2W Max
• 1 to 10 dB attenuation
• SMA Male and Female connectors
• Excellent VSWR, 1.20:1 to 1.45:1 typ.
• Excellent flatness, 0.25 to 0.45 typ.
• Length less than 1.5”

K1-VAT-A+

• Fixed Attenuators Kit
• Wideband, 50Ω
• Input power up to 2W Max
• 3, 6, 10, 20, 30 dB attenuation
• SMA Male and Female connectors
• Excellent flatness, 0.30 to 1.30 dB typ.
• Length less than 1.5”

K1-UNAT-A+

• Fixed Attenuators Kit
• Wideband, 50Ω
• 3, 6, 10, 15, 20 dB attenuation
• Type-N male & female connectors
• Rugged Unibody construction
• Small size 2.1”
• Very low cost

TPHK-3002+

• LTCC Thru-Line
• Low loss, less than 1 dB max at 20 GHz
• Return loss, 14 dB typical below 20 GHz
• Standard 1812 (4.5mm x 3.2mm) case style
• Suited for very high-volume production

CY3-453-DG+

• 3X Die Multiplier
• Ultra-wideband, output from 20 to 45 GHz
• Wide input power range, +12 to +17 dBm
• Low conversion loss, 20 dB typ.
• Good fundamental and harmonic suppression: F1 > +40 dBc; F2 > +25 dBc; F4 > +35 dBc.

ZVBP-4450-S+

• Cavity Band Pass Filter
• Low Insertion loss, 0.3dB typ.
• Good Return loss, 25dB typ.
• Great Rejection (50 to 100 dB typ.)
• Wide stopband up to 15000 MHz

ZVBP-3420-S+

• Cavity Band Pass Filter
• Low Insertion loss, 1.5dB typ.
• Good Return loss, 20dB typ.
• Great Rejection (40 to 100 dB typ.)
• Stopband up to 6000 MHz

ZVBP-3300-S+

• Cavity Band Pass Filter
• Low Insertion loss, 0.6dB typ.
• Good Return loss, 20dB typ.
• Great Rejection (40 to 100 dB typ.)
• Stopband up to 8000 MHz

ZVBP-3260-S+

• Cavity Band Pass Filter
• Low Insertion loss, 1.7dB typ.
• Good Return loss, 20dB typ.
• Great Rejection (40 to 100 dB typ.)
• Stopband up to 7000 MHz

ZVBP-3100-S+

• Cavity Band Pass Filter
• Low Insertion loss, 1.5dB typ.
• Good Return loss, 20dB typ.
• Great Rejection (40 to 100 dB typ.)
• Stopband up to 7000 MHz

ZVBP-2940-S+

• Cavity Band Pass Filter
• Low Insertion loss, 1.4dB typ.
• Good Return loss, 20dB typ.
• Great Rejection (40 to 100 dB typ.)
• Stopband up to 6000 MHz

ZVBP-2780-S+

• Cavity Band Pass Filter
• Low Insertion loss, 1.4dB typ.
• Good Return loss, 20dB typ.
• Great Rejection (40 to 100 dB typ.)
• Stopband up to 6000 MHz

ZVBP-11R175G-S+

• Cavity Band Pass Filter
• Low insertion loss, 0.4 dB typ.
• Good return loss, 18 dB typ.
• Great Rejection (40 to 100 dB typ.)
• Stopband up to 26500 MHz

ZT-349

• Adapter Patch Panel
• Convenient panel-mounted design
• Excellent VSWR
• Flat frequency response

ZT-257

• Splitter/Combiner Panel
• 4 x 4-way passive splitter / combiners
• Convenient panel-mounted design
• Wide bandwidth
• High power handling

ZT-183

• Adapter Patch Panel
• Convenient panel-mounted design
• Excellent VSWR
• Flat frequency response

ZT-182

• Adapter Patch Panel
• Convenient panel-mounted design
• Excellent VSWR
• Flat frequency response

ZT-96KFFL-KF50+

• Adapter Patch Panel
• Convenient panel-mounted design
• Excellent VSWR
• Flat frequency response

RC-3MTS-50

• mmWave Switch Matrix
• Millimeter wave switching (up to 50 GHz)
• 3 x mechanical transfer / DPDT switches
• Ethernet & USB control
• High reliability, 2 million switch cycles

RC-2MTS-50

• mmWave Switch Matrix
• Millimeter wave switching (up to 50 GHz)
• 2 x mechanical transfer / DPDT switches
• Ethernet & USB control
• High reliability, 2 million switch cycles

RC-2MTS-12N

• RF Mechanical Switch
• High reliability mechanical switches
• 2 x mechanical transfer / DPDT switches
• N-type connectors
• Ethernet & USB control

SCG-3-752+

• 3 Ways LTCC Power Splitter
• Isolation resistor, external 150 ohms
• Low insertion loss, 1.3 dB typ.
• Excellent phase unbalance, 5 deg. typ.
• Wrap around terminations for excellent solderability

LFCV-1552+

• LTCC Low Pass Filter
• Low loss, 0.9 dB typical
• Return loss, 15 dB typical
• Stop Band Rejection 36 dB typical
• Small size 1210 (0.126" x 0.098" x 0.037")

LFCW-1292+

• LTCC Low Pass Filter
• Low loss, 1.3 dB typ.
• Good rejection 45 dB typ
• Stop Band Rejection, 36 dB typ.
• Small size 0603 (0.063" x 0.032" x 0.024")

HFCW-8400+

• LTCC High Pass Filter
• Low loss, 0.9 dB typ.
• Return loss, 11 dB typ.
• Stop Band Rejection, 36 dB typ.
• Small size 0603 (0.063" x 0.032" x 0.024")

HFCW-6600+

• LTCC High Pass Filter
• Low loss, 1 dB typ.
• Return loss, 9 dB typ.
• Stop Band Rejection 44 dB typ.
• Small size 0603 (0.063" x 0.032" x 0.024")

HFCW-133+

• LTCC High Pass Filter
• Good rejection, 38 dB typ.
• Tiny size, 0603 (0.063" X 0.032" X 0.024")
• Good power handling, 2.5W

HFCW-1042+

• LTCC High Pass Filter
• Good rejection, 34 dB typ.
• Tiny size, 0603 (0.063" X 0.032" X 0.024")
• Good power handling, 2.5W

FX-30GHP-RC

• Sig Gen Frequency Extender
• For SSG-15G-RC
• Multiply 15 GHz signal source to 30 GHz
• Buffer input signals for +28 dBm output level
• Integrates seamlessly with SSG-15G-RC signal generator
• USB and Ethernet control

ZN2PD-4R753+

• Coaxial High Power
• Splitter/Combiner
• Wide frequency band, 450 to 7500 MHz
• Power handling up to 30W
• Low insertion loss, 0.6 dB typ.
• Low amplitude unbalance 0.02 dB typ.
• High isolation, up to 28 dB typ.

SMIQ-653H-DG+

• MMIC IQ
• Mixer Die
• Wideband RF & LO, 18 to 65 GHz
• Wideband IF, DC to 20 GHz
• High L-R Isolation, 40 dB typ. at 40 GHz
• High Input IP3, +23 dBm typ.
• Useable as Up & Down Converter

ZVA-183WA-S+

• Coaxial Medium Power Amplifier
• Wideband 100 MHz to 18 GHz
• 30dBm P_SAT typical
• Excellent Gain Flatness, ±1.5dB typical
• Low Noise Figure, 4 dB typical
• Over-Voltage & Reverse Voltage Protection

RFE-24M30M075X+

• Coaxial High Power Amplifier
• One input, four 19W outputs
• 27 MHz ISM band
• Suitable for CW and pulsed signals
• High gain, 16 dB typical at P_SAT
• 55% typical efficiency
• Integrated harmonic suppression

ZX76-44G-30-K+

• Coaxial Wideband
• Digital Step Attenuator
• Wideband, operates up to 43.5 GHz
• Immune to latch up
• High IIP3, +50 dBm
• Good VSWR, 1.5:1 typ.
• Dual or Single supply voltage: Vdd=+3.3V

ZMDB-653H-E+

• Coaxial Wideband
• Frequency Mixer
• Super Wideband RF & LO, 20 to 65 GHz
• Excellent input IP3, +20 dBm typ.
• Excellent IF bandwidth, DC to 20 GHz
• High L-R isolation, 45 dB typ.
• Usable as Up & Down Converter

ZEQ-10-44K+

• Coaxial Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 9.4 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical
• Small form-factor 0.56 x 0.56 inches

ZEQ-9-44K+

• Coaxial Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 8.4 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical
• Small form-factor 0.56 x 0.56 inches

ZEQ-8-44K+

• Coaxial
• Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 7.4 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical
• Small form-factor 0.56 x 0.56 inches
• Power Handling of +27 dBm

ZEQ-7-44K+

• Coaxial Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 6.5 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical
• Small form-factor 0.56 x 0.56 inches

ZEQ-6-44K+

• Coaxial Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 6 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical
• Small form-factor 0.56 x 0.56 inches

ZEQ-5-44K+

• Coaxial Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 4.7 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical
• Small form-factor 0.56 x 0.56 inches

ZEQ-4-44K+

• Coaxial Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 3.6 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical
• Small form-factor 0.56 x 0.56 inches

ZEQ-3-44K+

• Coaxial Broadband Slope Equalizer
• Wide band operation, DC to 40 GHz
• Negative insertion loss slope of 3.1 dB typ. (other slope values available)
• Internally matched to 50 Ohm
• Minimal slope deviation of ±0.4 dB typical

EQY-18-24+

• MMIC Surface Mount
• Gain Equalizer
• 18 dB Slope
• Insertion Loss, 20.4 dB Typ. at 6 GHz
• Insertion Loss, 2.2 dB Typ. at 18 GHz
• Return Loss, 20 dB Typ.
• Small Package 3 x 3 mm MCLP

ZUDC30-06183-S+

• Wideband, DC Pass
• Directional Coupler
• Wide frequency range, 6 to 18 GHz
• Excellent coupling flatness, ±0.3 dB typ.
• Good directivity, 21 dB typ. at 12 GHz

RDC-20-252-5WX+

• Surface Mount, Top-Hat
• Directional Coupler
• Wideband 30-2500 MHz
• Low mainline loss, 0.6 dB typ. at 2000 MHz
• Good Directivity, 16 dB typ.
• Good Return Loss, 22 dB typ.

TCM2-672AX+

• Surface Mount, Top-Hat
• RF Transformer
• Wideband, 1500 to 6700 MHz
• Balanced transmission line
• Low insertion loss 0.8 dB at 4 GHz
• Flat insertion loss, 0.6 dB typ.
• Good input return loss, 15 dB typ.
• Low phase and amplitude unbalance, 6°, 0.8 dB at 4 GHz

TCM1-382WX+

• Surface Mount, Top-Hat
• RF Transformer
• Wideband, 0.2 to 3800 MHz
• Flat response, ±0.6 dB insertion loss over full band
• Protected by US Patent 9,071,229B1
• Low phase and amplitude unbalance, 6°, 0.8 dB

TCM2-452AX+

• Surface Mount, Top-Hat
• RF Transformer
• Wideband, 1000 to 4500 MHz
• Balanced transmission line
• Low insertion loss 0.6 dB
• Flat insertion loss, 0.6 dB typ.
• Good input return loss, 15 dB typ.
• Low phase and amplitude unbalance, 6°, 0.8 dB

SYBDC-20-61WHP+

• Surface Mount
• Bi-Directional Coupler
• High power handling, up to 80W
• Low mainline loss, 0.15 dB typ.
• High directivity, 20 dB typ.
• Excellent VSWR, 1.12:1 typ

RDC-16-182-75+

• Surface Mount
• Directional Coupler
• Low mainline loss, 1.10 dB typ. at 1218 MHz
• Good return loss, 18 dB typ.
• Excellent coupling flatness, ±0.3 dB
• Supports DOCSIS® 3.1 and 4.0 Systems

ZVA-183A-S+

• Coaxial Wideband
• Medium Power Amplifier
• Wideband 700 MHz to 18 GHz
• Output Power 0.5 watt, at Saturation
• Excellent Gain Flatness, ±1.5dB typ. from 700 MHz to 18 GHz
• Over-Voltage & Reverse Voltage Protection
• Single Supply Voltage of +12 VDC

ZHL6G018G020+

• Coaxial Wideband
• High Power Amplifier
• High output power, 20W
• 6 to 18 GHz ultra broadband
• Suitable for modulated, CW, and pulsed signals
• High power gain, 40 dB typical
• No damage with VSWR of 3:1

ZHL0G60G7100+

• Coaxial Wideband
• High Power Amplifier
• Saturated power, 100 W typ.
• Wide bandwidth, 600 to 700 MHz
• High gain, 51 dB typ.
• Self-protected from overheating and reverse polarity
• Self-protected against too much reflected power
• Self-protected against too much forward power

ZHL2G02G4125X+

• Coaxial Wideband
• High Power Amplifier
• Saturated power, 125W typ.
• Wide bandwidth, 2000 to 2400 MHz
• High gain, 51 dB typ.
• Self-protected from overheating and reverse polarity
• Self-protected against too much reflected power

ZHL-20W-83X-S+

• Coaxial Wideband
• High Power Amplifier
• Saturated power, 20W typ.
• Wide bandwidth, 4000 to 8000 MHz
• High gain, 56 dB typ.
• Self-protected from overheating, reverse polarity and DC shorting/unshorting

ZVA-71863HPX+

• Coaxial
• High Power Amplifier
• High gain 38 dB typ. over the entire operating band
• Excellent gain flatness, ±1.5 dB typ.
• High Psat = 24 dBm typ.
• Adjustable DC voltage, +10 to +15 V

ZVA-71863LNX+

• Coaxial
• High Power Amplifier
• High gain, 37 dB typ.
• Excellent gain flatness, ±1.75 dB typ.
• Low noise figure = 4.5 dB typ. from 71 to 81 GHz
• Adjustable single supply voltage, +10 to +15V

ZVA-35703X+

• Coaxial
• High Power Amplifier
• High gain 17.5 dB typ. over the entire operating band
• Excellent gain flatness, ±1.5 dB typ.
• High Psat = 21 dBm typ.
• Adjustable DC voltage, +10 to +15V

ZVA-50953X+

• Coaxial Wideband
• High Power Amplifier
• Exceptionally high frequency
• Flat gain response over a wideband
• Operates with a single DC supply of +10V to +15V
• Over voltage and reverse voltage protected

ZVA-543X+

• Coaxial Wideband High Power Amplifier
• High gain, 34 dB typ. over the entire operating band
• Good gain flatness, ±2.0 dB typ.
• High saturated output power, +27 dBm typ.
• Adjustable DC voltage, +10 to +15V

ZVA-543HPX+

• Coaxial Wideband
• High Power Amplifier
• High gain, 31 dB typ. over the entire operating band
• Good gain flatness, ±2.0 dB typ.
• +29 dBm Psat Typ.
• Adjustable DC voltage, +10 to +15V
• DC protected against over-voltage, reverse-voltage conditions

ZVA-183WAX-S+

• Coaxial Wideband
• High Power Amplifier
• Wideband 100 MHz to 18 GHz
• 30dBm Psat typical
• Excellent Gain Flatness, ±1.5dB typical
• Low Noise Figure, 4 dB typical
• Over-Voltage & Reverse Voltage Protection

WR28-KFR+

• Waveguide to Coaxial
• Adapter
• Ka-Band frequency range, 26.5 to 40 GHz
• Excellent VSWR, 1.2:1 typ.
• Low insertion loss, 0.15dB typ.
• Compact design
• UG-599/U waveguide cover flange
• 2.92mm-F connector

WR22-VFR+

• Waveguide to Coaxial
• Adapter
• Q-band frequency range, 33 to 50 GHz
• Excellent VSWR, 1.2:1 typ.
• Low insertion loss, 0.25dB typ.
• Compact design
• UG383/U waveguide cover flange
• 2.4mm-F connector

ZVA-213A-S+

• Coaxial Wideband
• Medium Power Amplifier
• Wideband 800 MHz to 21 GHz
• Output Power 0.5 watt, at Saturation
• Excellent Gain Flatness, ±1.5dB typ. from 800 MHz to 21 GHz
• Over-Voltage & Reverse Voltage Protection
• Single Supply Voltage of +12 VDC

ZVA-1W-103+

• Medium Power, High Gain
• Wideband Amplifier
• High gain 39 dB typ.
• Good gain flatness, ±1.5 dB typ.
• Output power 1.5W typ. at saturation
• Low noise figure, 4 dB typ.

ZVA-1W-103+

• Medium Power, High Gain
• Wideband Amplifier
• High gain 39 dB typ.
• Good gain flatness, ±1.5 dB typ.
• Output power 1.5W typ. at saturation
• Low noise figure, 4 dB typ.

ZVE-453HP+

• Medium Power, High Gain
• Wideband Amplifier
• High gain 39 dB typ. over the entire operating band
• Excellent gain flatness, ±2.5 dB typ.
• Saturated output power = +31 dBm typ.
• Adjustable DC voltage, +10 to +15 V

ZVE-453G+

• Medium Power, High Gain
• Wideband Amplifier
• High gain 41 dB typ. over the entire operating band
• Excellent gain flatness, ±3 dB typ.
• Saturated output power = +28 dBm typ.
• Adjustable DC voltage, +10 to +15 V

ZVE-453+

• Medium Power, High Gain
• Wideband Amplifier
• High gain 33 dB typ. over the entire operating band
• Excellent gain flatness, ±2.5 dB typ.
• Saturated output power = +29 dBm typ
• Adjustable DC voltage, +10 to +15 V

UDAT-67G-60

• USB /DAISY-CHAIN
• Programmable Attenuator
• Super wide bandwidth, solid-state design
• High power handling (+26 dBm CW)
• Daisy-chain control of up to 25 units
• USB control and automation
• Display of attenuation state on unit

USB-1SP8T-183SP

• Solid State
• USB RF SP8T Switch
• Super wide bandwidth, solid-state design
• High isolation, 65 dB @ 18 GHz
• Daisy-chain control of up to 25 switches
• SMP snap-on RF connectors

UDAT-67G-30

• USB /DAISY-CHAIN
• Programmable Attenuator
• Super wide bandwidth, solid-state design
• High power handling (+26 dBm CW)
• Daisy-chain control of up to 25 units
• USB control and automation
• Display of attenuation state on unit

PWR-8PW-RC

• USB / ETHERNET | PEAK & AVERAGE
• Smart Power Sensor
• Peak, average, crest factor & duty cycle measurements
• Modulated, pulsed & CW signal types
• Wide dynamic range, -60 to +20 dBm
• 30 MHz video bandwidth
• 20 million samples / sec
• USB and Ethernet control

EDC14-553-D+

• MMIC DIE
• Directional Coupler
• Wide Bandwidth, 22 to 55 GHz
• Coupling Flatness ±1.0 dB typ. over 22 to 55 GHz
• Nominal Coupling 13.5 dB typ. over 22 to 55 GHz
• Low Insertion Loss 0.8dB typ.
• DC Passing

AVA-054-D+

• MMIC DIE
• Wideband Amplifier
• Wideband, DC to 50 GHz
• Gain Flatness, ±2.2 dB
• Typical P1dB, +19 dBm
• May be used as a replacement model for MAAM-011109-DIE

AVA-183MP-D+

• MMIC DIE
• Wideband Amplifier
• Wideband, DC to 18 GHz
• P1dB, +23.2 dBm Typ. at 10 GHz
• OIP3, +29.5 dBm Typ. at 10 GHz
• Reverse Isolation, 27 dB Typ.

AVA-2183-D+

• MMIC DIE
• Wideband Amplifier
• Wideband, 2 to 18 GHz
• Flat Gain 16.6±0.7 dB from 2 to 18 GHz
• P1dB, +19.6 dBm Typ. at 10 GHz
• OIP3, +27.4 dBm Typ. at 10 GHz

AVA-5R183-D+

• MMIC DIE
• Wideband Amplifier
• Wideband, 0.5 to 18 GHz
• Excellent Gain Flatness, ±1.6 dB Typ. up to 18 GHz
• P1dB, +19.6 dBm Typ. at 10 GHz
• +18 dBm Typ. P1dB

eVNA-63+

• Vector Network Analyzer
• 2-port, 300 kHz to 6 GHz s-parameter measurements
• -50 dBm to +10 dBm variable port power
• Integrated Bias-Tee
• Standard Time Domain Analysis with Gating

SG-30G-RC

• Millimeter wave | USB & Ethernet
• Wideband Signal Generator
• Millimeter wave signal source
• High output power @ 30 GHz
• Pulse modulation with 0.5 µs pulse width

FX-30G-RC

• Millimeter Wave / USB & Ethernet
• Frequency Extender
• Multiply 15 GHz signal source to 30 GHz
• Buffer input signals for +20 dBm output level
• Integrates seamlessly with SSG-15G-RC signal generator

PWR-40PW-RC

• USB / Ethernet Peak & Average
• Smart Power Sensor
• Peak, average, crest factor & duty cycle measurements
• High isolation, 30 dB @ 67 GHz
• Modulated, pulsed & CW signal types
• 30 MHz video bandwidth
• 20 million samples / sec

USB-1SP2T-673

• Solid State
• USB RF SP2T Switch
• Super wide bandwidth, solid-state design
• High isolation, 30 dB @ 67 GHz
• USB control and automation
• Daisy-chain control of up to 25 switches
• LED indicator on active port

USB-1SP8T-34

• Solid State
• USB RF SP8T Switch
• Super wide bandwidth, solid-state design
• High isolation, 60 dB @ 30 GHz
• USB control and automation
• Daisy-chain control of up to 25 switches

USB-1SP4T-34

• Solid State
• USB RF SPDT Switch
• Super wide bandwidth, solid-state design
• High isolation, 60 dB @ 30 GHz
• USB control and automation
• Daisy-chain control of up to 25 switches

USB-1SP2T-34

• Solid State
• USB RF SPDT Switch
• Super wide bandwidth, solid-state design
• High isolation, 50 dB @ 30 GHz
• USB control and automation
• Daisy-chain control of up to 25 switches

ZX76-50G-30-V+

• Coaxial Wideband
• Digital Step Attenuator
• Wideband, 100 MHz to 50 GHz
• Immune to latchup
• High IIP3, 50 dBm
• Low Insertion Loss
• Good VSWR, 1.5:1 Typ
• Glitch-less attenuation transitions
• Dual or Single supply voltage: Vdd=+3.3V

ZVE-373LN-K+

• Super Ultra
• Wideband Amplifier
• Extremely wideband, 28 to 37 GHz
• Flat Gain, 20±1.5 dB typ.
• High OIP3, +20 dBm typ.
• +9 dBm Pout typ.

ZVA-02303HP+

• Medium Power, High Gain Wideband Amplifier
• 0.5 to 30 GHz
• High Gain of 38 dB typ.
• Excellent Gain flatness, ±1 dB typ.
• Saturated Output Power, +28 dBm typ.
• Available with and without heatsink