Filters
Choose an RF filter by the frequencies you need to pass and the signals you need to suppress. RFComp’s filter categories include band-pass, band-stop, low-pass, high-pass, SAW and GaAs MMIC options, along with multiplexers and diplexers. Compare each model’s documented passband, insertion loss, rejection, impedance and package before selecting a device.

Connectorized Band Pass Filters
Samples signal power without disrupting main flow.

Connectorized Band Stop Filters
High power directional couplers and combiners.

Connectorized Low Pass Filters
Splits power with ninety degree phase offset.
Filters
Choose an RF filter by the frequencies you need to pass and the signals you need to suppress. RFComp’s filter categories include band-pass, band-stop, low-pass, high-pass, SAW and GaAs MMIC options, along with multiplexers and diplexers. Compare each model’s documented passband, insertion loss, rejection, impedance and package before selecting a device.

Connectorized Band Pass Filters
Samples signal power without disrupting main flow.

Connectorized Band Stop Filters
High power directional couplers and combiners.

Connectorized Low Pass Filters
Splits power with ninety degree phase offset.

Connectorized High Pass Pass Filters
Combines or subtracts signals using phase shift.

Low Pass/High Pass GaAs MMIC Filters
Accurately measures and displays RF signal power.

Saw Band Pass Filters
Absorbs rejected frequencies instead of reflecting them.

Equalizers (GaAs MMIC)
Combining multiple Solid State Power Amplifiers (SSPAs) from VHF through Ka-Band.

Multiplexer/Diplexer
Combines or subtracts signals using phase shift.

Band Pass Filters
Accurately measures and displays RF signal power.
Experience the RFComp Difference
Send your passband, rejection, insertion-loss, power and packaging requirements to RFComp for model selection and a quote.
Experience the RFComp Difference
Send your passband, rejection, insertion-loss, power and packaging requirements to RFComp for model selection and a quote.