We are offering our customers a wide range of Combiner 3 In 1 Out, which are available following Specifications :-\015\012Frequency Range : 800-2500 MHz\015\012Split Loss, dB : 5.2 +/-0.5db Nominal\015\012VSWR/50 Ohms : <1.3:1\015\012Impedance : 50 Ohm+/-0.5\015\012Number of Ports : 3 input and 1out

We are offering our customers an excellent quality range of VHF /UHF Bands Reject Duplexers Series. These are manufactured from qualitative range of raw materials, which is quality checked by our team of experienced professionals. We offer these VHF /UHF Bands Reject Duplexers Series at most competi

We are offering our customers a wide range of 2 Way Splitter VHF Band, which are available following Specifications :-\015\012Frequency Range : 80-215 MHz\015\012Division Ratio : 3.6 db Nominal\015\012Insertion Loss : <0.3 dbl\015\012VSWR/50 Ohms : <1.5:1\015\012Impedance : 50 Ohm+/-0.5\015\012Power

We are offering our customers an excellent quality range of VHF /UHF Band Reject Duplexer Series. These are manufactured from qualitative range of raw materials, which is quality checked by our team of experienced professionals. We offer these VHF /UHF Band Reject Duplexer Series at most competitive

We are offering our customers a wide range of 15 DB Couplers, which are available following Specifications :-\015\012Frequency Range : 824-960 & 1710-2500 MHz\015\012Coupling Loss, dB : 15 A 0.7\015\012VSWR/50 Ohms : <1.5:1\015\012Impedance : 50 Ohm\015\012Insertion Loss : 0.12 dB\015\012Terminatio

We are instrumental in trading a qualitative range of Network Communications including Combiner 3 In 1 Out, Vhf /Uhf Bands Reject Duplexers Series, 2 Way Splitter VHF Band etc.

Dhruv Telecom - Manufacturer of Network Communications, Attenuator, 15 DB Couplers from New Delhi, Delhi, India.

Dhruv Telecom - Network Communications (5)

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Combiner 3 In 1 Out

Vhf /Uhf Bands Reject Duplexers Series

2 Way Splitter VHF Band

VHF /UHF Band Reject Duplexer Series

15 DB Couplers - 245x65x25 mm, Black | 824-2500 MHz, 15 dB Coupling Loss, Low Insertion Loss, 1 Input 2 Outputs, N-Female Termination