- New
J8C002000
J8C002000 KENWOOD Flat cable for variable resistor NX3220/3320 J8C002000
EPCOM INDUSTRIAL SYS-4533-1P UHF SYSCOM Duplexer 6 Cavities for 403-430 MHz 50 Watt 5 MHz Split Reject Band BNC Females.
Band Reject UHF Duplexer for 403-430 MHz.
- Frequency Band: 403-430 MHz
- Frequency Spacing: 5 to 8 MHz.
- Continuos Power Input (Maximum): 50 Watt.
- Impedance: 50 Ohm.
- Insertion loss (TX-Ant): 1.2 dB max.
- Insertion loss (Ant-RX): 1.2 dB max.
- TX-RX Isolation: 80 dB typical.
- VSWR max. (50 Ohms): 1.3:1
- Connectors: BNC (N Optional).
- Temperature Range: 14 to140º F (-10 to 60º C).
- Dimensions: 1.25 x 6.18 x 9.0" (31.8 X 157 X 228 mm).
- Weight: 3.5 Lb ( 1.7 Kg).
Product Description
- -SYS-4533-xP series Mobile Duplexer uses six capacitively tuned TEM resonators in a compact
- extruded 6063-T5 aluminum templated housing use solid shield copper jacketed Teflon inter-cabling for low loss and the entire unit is electrostatically painted for additional protection.
- Wide use in "Full Duplex" systems with radio mobiles and repeaters (50 W. máx).
- Minimum Frequency shift by temperature changes.
- The use of this device with less separation than 5 MHz between frequencies may cause operation problems to the repeater system.
- This device will not help you solve sensitivity problems in high RF locations.
- In order to interconnect the duplexer with the repeater you must determine the lowest and highest frequencies it does not matter which one is Tx or Rx.
Manufacturing "Jumpers".
- We manufacture any type of cables to any connector any length and any quantity.
- Specialized machines and experienced staff enable us to make their "Jumpers" of coaxial cable in a professional manner with a great performance quality and reliability at a reduced price.
- We only use cables and connectors of the highest quality.
Let us quote. ¡Call us
2024-10-22 13:25:27
Page: 3
SYS45331P EPCOM INDUSTRIAL UHF SYSCOM Duplexer 6 Cavities for 403-430 MHz 50 Watt 5 MHz Split Reject Band BNC Females. SYS-4533-1P
Reviews
No customer reviews for the moment.