EMR SYS Series VHF24432/SYS-50 Compact Combiners

EMR SYS Series VHF24432/SYS-50 Compact Combiners

  • Model: VHF24432/SYS-50
  • Compact Size: 3 RU Vertical Height for 25 W, 2, 3 and 4 CH versions.
  • Up to 8CH / 100 W Power Applications: VHF, UHF, 700 & 800 MHz.
  • Full Duplex, ideal for Digital RF Repeater Systems.

HS Code: 851762

Country Of Origin: USA

Important:

  • Required frequency must be specified. We will email you to provide when processing the order.
  • Delivery Lead Time: 5 to 7 week

Resources:

Description

  • EMR SYS Series Compact Combiners are single antenna systems including a transmitter combiner, receiver multicoupler and antenna duplexer.
  • Using hybrid-ferrite technology a wide variety of difficult to combine frequencies can be shared on a common antenna.
  • These systems are available in 25W, 50W and 100W versions delivered ready for operation with no on-site tuning or adjustment required.

Technical information:

  • Brand: EMR | Manufacturer: EMR
  • Model: VHF24432/SYS-50
  • Weight: 35 lbs
  • Frequency Band: 150-174 MHz
  • Number of Channels: 3
  • Power Per Channel (Max.): 50 W
  • Insertion Loss Tx (Typ.): 7.5 dB
  • Passband Tx/Rx: 1 MHz
  • Return Loss I/O (Max.): 20 / 18 dB
  • Stopband Tx-Rx: > 4 MHz
  • Isolation Ant-Tx (Min. / Typ.): 60 / 70 dB
  • Isolation Tx-Tx (Min. / Typ.): 80 / 90 dB
  • Isolation Tx-Rx (Min. / Typ.): 70 / 80 dB
  • Isolation Rx-Tx (Min. / Typ.): 70 / 80 dB
  • Rx Multicoupler Amp: Bipolar
  • Amplifier Gain (Max.): 38 dB @ 160 MHz
  • Amplifier Gain Adjust: Variable
  • Amplifier Current Draw: 200 mA
  • Amplifier Bias Voltage: 13.6 VDC
  • Amplifier Noise Figure: 2.8 dB
  • System Voltage: 100-240 VAC (Optional 12 / 24 / 48 VDC)
  • System NF (Typ.): 5.0 dB
  • Tx Bandpass Filter: Optional
  • Impedance (Nom.): 50 Ω
  • RF Connectors: BNC Female (Rx), N Female (Ant.), N Female (TX)
  • Finish: Gray Panel
  • Rack Mount: 19″ EIA
  • Rack Units: 5 RU
  • Operating Temp. Range: -22 to 140 °F (-30 to +60 °C)
  • Operating Humidity Range: 90% Non-condensing