Multicouplers

Computer aided design techniques provide optimum performance from passive LC circuits which allows transmitters to work at 15% frequency separation. System losses are low, typically less than 0.3 dB and rejection of the adjacent transmitter greater than 30 dB.

Computer aided design techniques provide optimum performance from passive LC circuits which allows transmitters to work at 15% frequency separation. System losses are low, typically less than 0.3 dB and rejection of the adjacent transmitter greater than 30 dB.

Computer aided design techniques provide optimum performance from conventional LC circuits which allows transmitters to work at 15% frequency separation. System losses are low, typically less than 0.3dB and rejection of the adjacent transmitter above 30 dB. The HFHM2-2 series are suitable for 19″ rack mounting and do not require additional forced air cooling. Models …

HFM2-2 – 2 x 2 kW HF Transmitter Multicouplers Read More »

Computer aided design techniques provide optimum performance from passive LC circuits which allows transmitters to work at 15% frequency separation. System losses are low, typically less than 0.3 dB and rejection of the adjacent transmitter greater than 30 dB.

Computer aided design techniques provide optimum performance from conventional LC circuits which allows transmitters to work at 15% frequency separation. System losses are low, typically less that 0.3dB and rejection of the adjacent transmitter above 30dB. The HFM2-1 series are suitable for 19” rack mounting and do not require additional forced air cooling. Models can …

HFM2-1 – 2 x 1 kW HF Transmitter Multicouplers Read More »