UHF Translator

Overview

The UHF to 2.4 GHz Translator permits system integrators and developers to deliver WiFi-like wireless networking systems via the “white spaces” of un-used TV bands. MSC white space components convert 802.11 OFDM signals to the UHF band. Power can be adjusted at one dB increments from 1 Milliwatt to 1 Watt. The receive chain converts the received UHF signal to any channel within the 802.11g band.

General Specifications

S band to UHF Translator
S-Band Modem Tx Output
Frequency range
2400 to 2500 MHz
S Band Input Power Range-10 to +20 dBm
Tx Signal bandwidth5,10, 15 and 20 MHz, typical (tx modulation bandwidth determined by 802.11g driver)
Signal gain to UHF port+28 dB
UHF Tx Output
Frequency range
(SBE figure)
450-750 MHz (U.S. FCC 512-698 MHz)
Tx 1 dB Compression+33 dBm
Spectral InversionNone
UHF Tx Tuning Increments1 MHz
UHF to S-Band Translator
UHF Rx Input450 MHz to 750 MHz
Frequency rangeExtendable to 450 to 750 MHz
RF input range-10 to -90 dBm
Tuning increments1 MHz
Receive 1 dB compression-10 dBm
UHF to S-Band translation conversion gain16 dB, typical
Rx Noise Figure3 dB, max.
S-Band Modem Receiver Input:2400 to 2500 MHz
Frequency range2.4 to 2.483 GHz
Spectral InversionNone
Environmental
Internal Frequency Reference10 MHz ± 2.5 ppm
LO Integrated Phase noise5° rms, max. (using 1 MHz tuning increments)
Temperature Range (Operating)10°C to 50°C
All RF Port impedances50 Ohms, nominal
RF ConnectorsSMA, female
Auxiliary RF Ports:
S band power monitorLog detector output
Scan RxUHF receive monitor
Separate Rx and Tx antennasFactory selected option
DC Power Requirements
Voltage+12 ± 0.1 Vdc
Current900 mA, typical
Computer control interfaceRS-232 Serial or USB (jumper selected)
Transmit control interfaceAutomatic or external (jumper selected)
Digital Control Inputs
External TR SelectSelects either Tx or Rx mode
ResetProcessor reset
Digital monitor outputTR Mode
LED IndicatorsDC Power, Synthesizer Lock, Tx, Rx

 

Please note the use of this product requires a license.