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X Band 16-ch TR Module

  • X Band 16-ch TR Module

X Band TR module is 16-ch with transmitting and receiving, It is divided into upper and lower 8 channels respectively to form the upper and lower two half regions. Module any channel contains complete receiving and transmitting functions.

  • Specifications
  • Specifications
Infrared Open Source Platform
Infrared Open Source Platform

Specifications of X Band 16-ch TR Module

Product typeX-Band 16-ch TR Module
Operating BandF0±3GHz
Time between transmitting close and receiving open≤0.2us
Time between receiving closing and transmitting opening≤0.2us
Collector port voltage standing wave ratio≤2.0:1
Antenna port voltage standing-wave ratio≤1.8:1
Digital phase shifter6 bits
RMS phase shift ≤5°
Digital attenuation (Transmitting and receiving both can attenuation)6 bits, stepping 0.5dB
Attenuator RMS deviation ≤1dB
Transmitting spurious suppressionFar Spurious≤-70dBc
Close Spurious≤-75dBc
Receiving spurious suppressionFar Spurious≤-70dBc
Close Spurious≤-75dBc
Transmitting input maximum level+8dBm +5dB  -2dB
Transmission output peak power≥43dBm(Normal)
High and low temperature power changes:<±0.5dB
Transmit power pulse in pulse drop≤1.5dB(pulse width 100us, duty ratio 10%)
Transmitting output power fluctuates within the frequency band< ±1.2dB
Transmitting channel amplitude consistency< ±0.8dB
Transmit channel amplitude modulation ratio≥70dBc
Module 0 state phase consistency<±25°
Phase noise deterioration≤3dB
The power of the receiving branch limiter≥47dBm(Pulse)
Receive channel 0 state gain25.5±1.5dB(Normal)
Change of receiving channel 0 state gain at high and low temperature≤+5dB(Low temperature)
≥-3dB(High temperature)
0 state receiving channel Consistency between channels≤±1.5dB
Noise coefficient of receiving channel≤3.5dB(Normal)
≤4.2dB(Full temperature)
Third-order intercept(input -50dBm)≤-70dBc(Normal)
Module Efficiency≥30%(20% duty ratio)
Module Power Consumption≤233W(20% duty ratio)
Module air tightness requirements≤1×10-6Pa.(m3)/s
Large pulse width continuous work assessment time4h(Cooling surface temperature≥70℃)
Any internal channel can be controlled independently
After the initial power-on, the components work in standby state
Cooling mode: conduction cooling at the bottom

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