RFI 92-07P-0.6 RG58 Jumper Cable, N(M) to SMA(M) Reverse-Gender, 0.6m, helps in optimizing coaxial transmission lines. This cable assembly ensures reliable connections for radio devices and distributed antenna systems.
The Receive Systems Module (RSM) is an option for the Antenna System Monitor (ASM) that allows the monitoring of two network receive signal paths - i.e. a dual diversity, dual Rx antennas, or hot/standby Rx antenna system, and an isolated (third) external off-air Rx path may also be monitored for additional ASM network monitoring functionality. A peak overload RF level detector is also provided for all three signal paths.
The Receive Systems Module (RSM) is an option for the Antenna System Monitor (ASM) that allows the monitoring of two network receive signal paths - i.e. a dual diversity, dual Rx antennas, or hot/standby Rx antenna system, and an isolated (third) external off-air Rx path may also be monitored for additional ASM network monitoring functionality. A peak overload RF level detector is also provided for all three signal paths.
The RX0696-3008-31B is a broadband expansion multicoupler unit used for expanding VHF, UHF or 7/8/900 MHz Receiver Multicoupler systems up to 128 channels in capacity. This unit is a passive RF signal divider using a one-in-eight-out design configuration using BNC connectors on all ports and is supplied in a 1RU 19in rack mount housing for convenience of installation. The use of this unit is outlined in the Receiver Multicoupler Application Note and also in the TTA/RMC User Manuals.
RFI's 30+ years of experience in small signal amplfication LNA's used in receivers and products across the full frequency spectrum of LMR systems is a distinct advantage in determining what is required from an amplifier to optimise operational performance. Keeping abreast of control technology and using best of breed components ensure our amplifiers maintain their operational edge. High amplifier linearity, a low noise figure, manually adjusted and optimised gain control with a simple alarm monitoring interface are just a few of the useful features.
RFI's 30+ years of experience in small signal amplfication LNA's used in receivers and products across the full frequency spectrum of LMR systems is a distinct advantage in determining what is required from an amplifier to optimise operational performance. Keeping abreast of control technology and using best of breed components ensure our amplifiers maintain their operational edge. High amplifier linearity, a low noise figure, manually adjusted and optimised gain control with a simple alarm monitoring interface are just a few of the useful features.
RFI's 30+ years of experience in small signal amplfication LNA's used in receivers and products across the full frequency spectrum of LMR systems is a distinct advantage in determining what is required from an amplifier to optimise operational performance. Keeping abreast of control technology and using best of breed components ensure our amplifiers maintain their operational edge. High amplifier linearity, a low noise figure, manually adjusted and optimised gain control with a simple alarm monitoring interface are just a few of the useful features.
RFI's 30+ years of experience in small signal amplfication LNA's used in receivers and products across the full frequency spectrum of LMR systems is a distinct advantage in determining what is required from an amplifier to optimise operational performance. Keeping abreast of control technology and using best of breed components ensure our amplifiers maintain their operational edge. High amplifier linearity, a low noise figure, manually adjusted and optimised gain control with a simple alarm monitoring interface are just a few of the useful features.
