X-Band 8CH DBF TR Module (YTRM090102-P43-8CH-DBF-04)

Frequency Range: 9~10.2GHz

Channels: 8-Channel TR integrated

TX Output Power: ≥43dBm (full temperature range)

RX Gain: ≥50dB

RX Noise Figure: ≤3.2dB (room temperature), ≤3.7dB (full temperature range)

Control: 6-bit phase shifter, STC 6-bit + MGC 1-bit attenuator

Size: 120x100x11mm

Weight: ≤300g

Product Introduction:

Product Description:

The YTRM090102-P43-8CH-DBF-04 is used in transmitting simulated phased arrays and receiving DBF scenarios. Each receive channel includes down-conversion functionality. Features: Frequency 9 ~ 10.2GHz; 8 channels; IF Frequency 175MHz; 43dBm Output Power. Applications: X-Band Radar.

Product Parameters:

Items Technical Parameters Remarks
TX Output Power ≥43 dBm (full temperature range)  
TX Input Drive Signal Power 2 ± 1.5dBm  
TX RF Pulse Envelope Output Rise time: ≤ 0.1us  
TX RF Pulse Envelope Output Fall time: ≤ 0.1us  
TX RF Pulse Envelope Output Top fall: ≤1dB  
TX Transmit Power Flatness ≤ 1.5dB  
TX Phase Shifter 6 bits, step size: 5.625°  
TX Transmit Phase Shift Accuracy ≤ 6 (RMS)°  
TX Transmit Channel Amplitude Consistency in same freq. and multi channels ≤ ±1 dB (room temperature), ≤ ±1.5 dB (full temperature range)  
RX IF Frequency 175MHz  
RX Receive Gain ≥50 dB  
RX Gain Flatness ≤ ±1.5 dB (room temperature); ≤ ±3 dB (full temperature range)  
RX Noise Figure ≤ 3.2 dB (room temperature), ≤ 3.7 dB (full temperature range)  
RX Attenuator STC:6 bits, step size: 0.5, error: ≤ ±(0.3 + 6% × attenuation)dB  
RX Attenuator MGC:1 bit, step size: 20, error: ≤ ±1.5  
RX Output P-1dB ≤ 10dBm  
RX Image suppression ≤ -20dBc  
RX Out-of-band suppression ≤ -40 @±45 MHz dBc  
RX Amplitude Consistency ≤ ±1.5 (room temperature), ≤ ±2 (full temperature range)dB  
Operating Mode Pulse  
RF Frequency 9–10.2GHz  
Maximum RF Pulse Width ≤100μs  
Maximum Duty Cycle 30%

Product Datasheet

Fill in your contact details, and the Datasheet would be sent to you shortly.

Your information will be kept confidential for business purposes only.