Fairview Microwave FMDP1004

75 OHM DIPLEXER, 5 TO 1450 MHZ LOW PASS, 1650 TO 2300 MHZ HIGH PASS, TYPE F FEM

Band Pass Filter

The Fairview Microwave FMDP1004 diplexer is an RF filter device that has functions to separate or combine two different frequency signals during transmission and reception. The RF diplexer has a 75 Ohm filter impedance and covers different low-pass and high-pass frequency bands depending on the end-user applications. Our diplexer has a low-pass 5 MHz to 1.45 GHz frequency port, a high-pass 1.65 GHz to 2.3 GHz frequency port, and a common port.The FMDP1004 RF diplexer filter from Fairview Microwave is built with a threaded F type female connector and has a polished surface finish. This 75 Ohm impedance high pass 1.65 GHz to 2.3 GHz frequency diplexer has a better performance compared to low-cost options in the market space. Our diplexer has a minimum low pass return loss of 10 dB, a minimum high pass return loss of 10 dB, a maximum low pass insertion loss of 2.5 dB, and a maximum high pass insertion loss of 2.5 dB.FMDP1004 threaded F type filter diplexer is rugged and vibration resistant. The body of this 75 Ohm RF diplexer is made of zinc. The filter has a 2.106 in length, a 1.791 in width, and a height of 0.709 in; making it the perfect fit for satellite TV and cable TV industries. Fairview Microwave’s 0.709 in tall RF diplexer from a low pass 5 MHz to maximum 1.45 GHz frequency that has a commercial level insertion loss of 1.5 dB. This Fairview Microwave FMDP1004 RF diplexer filters with 75 Ohm impedance is in stock along with a wide variety of wired and wireless connectivity products and ready to ship the same day you order worldwide. Each one of these 1.791 in wide filter polished finish diplexers with a low pass return loss of 10 dB are tested to ensure the best performance and reliability based on your specifications and needs. Our expert technical support and highly trained sales team can find the ideal threaded F type female connector 75 Ohm diplexer for you if you call or order here online.