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XICOM XTRD-400K Ku-Band High Power Rack Mount Amplifiers SN 3827 13.75 to 14.5 GHz

xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
xicom - XTRD-400K
XICOM XTRD-400K Ku-Band High Power Rack Mount Amplifiers SN 3827 13.75 to 14.5 GHz
$13,800.00
  • Stock: 1
  • Code: BS18688
  • Model: XTRD-400K

XICOM XTRD-400K Ku-Band High Power Rack Mount Amplifiers SN 3827 13.75 to 14.5 GHz Beam Hours 6397

BUC                       Not Available

Not applicable   10MHz

Linearizer             Installed


The XTRD-400K is a highly efficient rack mountable traveling wave tube amplifier (TWTA) designed for fixed and mobile uplink applications. The unit includes RF gain control, a solid state pre-amplifier, RF filters, cooling, and monitoring and control (M&C) systems. Rack space is conserved because the amplifier occupies only 3 rack units (51⁄4 inches) of a standard 19-inch rack cabinet. Nominal weight is 56 pounds. The unit features a menu driven front panel display and RS-232/422/485 serial port interfaces for complete computer control. RF, traveling wave tube, and default parameters are easily monitored on the four line front panel display. Gain control is provided via the front panel or through the serial interface.

The XTRD-400K incorporates high efficiency, dual stage collector TWTs. Reliability is enhanced because both prime power consumption and internal operating temperatures are reduced for both the linear and saturated modes of operation. Power factor correction circuitry is also included which minimizes line current distortion and reduces the required Volt- Amps input. The automatic features of the high frequency resonant conversion power supply include quick recovery from prime power outages and mulitiple helix fault resets (three fault cycles.) Depending upon user requirements these amplifiers can be configured for either single thread or redundant system operation.