Double cavity filter suited for transmitters up to 200 Watts. **  Broadcast Partners works hard to offer you the best price. In case you should find an even better price elsewhere, please notify us immediately. Often we are able to cut that price even further. **  

Using multiple FM transmitters on a single location, or in close proximity to one another might cause intermodulation. These so-called intermodulation-products need to be eliminated. This can be achieved by placing a cavity filter on each transmitter's output. If the frequencies are very close, a triple cavity is required (as a guideline: a minimal separation of 1,2 MHz), a double cavity suffices if there is over 2 MHz separation. The filter needs to be adjusted according to the transmitter's, or power amplifier's output power. Please contact Broadcast Partners for further information or situations with even closer frequencies.

Using multiple FM transmitters on a single location, or in close proximity to one another might cause intermodulation. These so-called intermodulation-products need to be eliminated. This can be achieved by placing a cavity filter on each transmitter's output. If the frequencies are very close, a triple cavity is required (as a guideline: a minimal separation of 1,2 MHz), a double cavity suffices if there is over 2 MHz separation. The filter needs to be adjusted according to the transmitter's, or power amplifier's output power. Please contact Broadcast Partners for further information or situations with even closer frequencies.

Double Cavity filter for transmitters (max 600 Watt) inclusive rack assembly.  

Double Cavity filter for transmitters (max 1200 Watt).  

Double Cavity filter for transmitters (max 1200 Watt) inclusive rack assembly.

Double Cavity filter for transmitters (max 2000 Watt).

Double Cavity filter for transmitters (max 2500 Watt), 7/8" connectors.  

Triple Cavity filter suited for transmitters up to 250 Watts, N connector

Using multiple FM transmitters on a single location, or in close proximity to one another might cause intermodulation. These so-called intermodulation-products need to be eliminated. This can be achieved by placing a cavity filter on each transmitter's output. If the frequencies are very close, a triple cavity is required (as a guideline: a minimal separation of 1,2 MHz), a double cavity suffices if there is over 2 MHz separation. The filter needs to be adjusted according to the transmitter's, or power amplifier's output power. Please contact Broadcast Partners for further information or situations with even closer frequencies.

Triple cavity 0,5 kW N-out and in.

Triple Cavity 1,2 kW 7/16-out

Using multiple FM transmitters on a single location, or in close proximity to one another might cause intermodulation. These so-called intermodulation-products need to be eliminated. This can be achieved by placing a cavity filter on each transmitter's output. If the frequencies are very close, a triple cavity is required (as a guideline: a minimal separation of 1,2 MHz), a double cavity suffices if there is over 2 MHz separation. The filter needs to be adjusted according to the transmitter's, or power amplifier's output power. Please contact Broadcast Partners for further information or situations with even closer frequencies.