SemiGen fixed attenuator pads feature precise resistor films and superior metalization resulting in superior performance and consistency. Our advanced thin-film technology allows our parts to have full side wraps for SMT installation and a complete grounding backside for ease in attachment, as no ground bonding is requried. Top side contacts for the input and output make these ideal for standard RF/microwave assembly techniques. Custom values are easy to fabricate and design allowing users to design in a specific value of choice.
Features:
Medium- to High-Power Handling 1W to 5W CW
Flat Response from DC to 50 GHz
Return Loss >18dB DC to 14 GHz
Return Loss >16dB 15Ghz to 50 GHz
Temp Stable TCR <100 PPM
Chip Size .030" X .030" on most all designs
Available as MIL PRF 38534 “H” & “K” space screened units
Applications: These attenuator pads are the perfect solution for a wide range of applications including microwave radio, military subsystems, fiber optics, scientific instruments and sensor applications up to 30 GHz.
SemiGen fixed attenuator pads feature precise resistor films and superior metalization resulting in superior performance and consistency. Our advanced thin-film technology allows our parts to have full side wraps for SMT installation and a complete grounding backside for ease in attachment, as no ground bonding is requried. Top side contacts for the input and output make these ideal for standard RF/microwave assembly techniques. Custom values are easy to fabricate and design allowing users to design in a specific value of choice.
Features:
- Medium- to High-Power Handling 1W to 5W CW
- Flat Response from DC to 50 GHz
- Return Loss >18dB DC to 14 GHz
- Return Loss >16dB 15Ghz to 50 GHz
- Temp Stable TCR <100 PPM
- Chip Size .030" X .030" on most all designs
- Available as MIL PRF 38534 “H” & “K” space screened units
Applications:
These attenuator pads are the perfect solution for a wide range of applications including microwave radio, military subsystems, fiber optics, scientific instruments and sensor applications up to 30 GHz.
