Microwave Filter Co.

Microwave Filter Company, 7893D, C-Band Interference Filter

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SKU
7893D-1
$495.00
TVRO Interference Filters (Compatible With Digital LNB’s) Eliminate Out-of-Band Interference at your C-Band Receive Antenna Low Insertion loss Low Group Delay Variation - Typically ≤ 8 ns (Ideal for Digital Applications) Economical Price Quick Delivery (Stock to 1 Week) Less Than 6 inches Long (Fits Under Standard Weather Housing) Available for all International bands Also rejects transmit band (5.8 - 6.5 GHz) - eliminating the need for a separate transmit reject filter The Model 7893D (7894D) C-band bandpass filter is installed between the feedhorn and the LNB (or LNA) to suppress strong out-of-band interference caused by marine or airport radar systems. Coastal and marine navigational radar frequencies (2.9-3.65) GHz just below the C-band, frequently wipe-out transponders (1-5) on satellite dishes installed near harbors. While airport altimeter signals (4.25-4.40) GHz tend to affect transponders (22-24) at receive sites located near airports. The 7894D GUARANTEES IMPROVED RETURN LOSS (17dB min), WHICH WILL PROVIDE ADDITIONAL SIGNAL TO THE RECEIVER   Product Documents & Videos Spec Sheet Click to Download See More
TVRO Interference Filters (Compatible With Digital LNB’s) Eliminate Out-of-Band Interference at your C-Band Receive Antenna Low Insertion loss Low Group Delay Variation - Typically ≤ 8 ns (Ideal for Digital Applications) Economical Price Quick Delivery (Stock to 1 Week) Less Than 6 inches Long (Fits Under Standard Weather Housing) Available for all International bands Also rejects transmit band (5.8 - 6.5 GHz) - eliminating the need for a separate transmit reject filter The Model 7893D (7894D) C-band bandpass filter is installed between the feedhorn and the LNB (or LNA) to suppress strong out-of-band interference caused by marine or airport radar systems. Coastal and marine navigational radar frequencies (2.9-3.65) GHz just below the C-band, frequently wipe-out transponders (1-5) on satellite dishes installed near harbors. While airport altimeter signals (4.25-4.40) GHz tend to affect transponders (22-24) at receive sites located near airports. The 7894D GUARANTEES IMPROVED RETURN LOSS (17dB min), WHICH WILL PROVIDE ADDITIONAL SIGNAL TO THE RECEIVER   Product Documents & Videos Spec Sheet Click to Download
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