Ultra-High Power 400W X-Band GaN BUC Saturated Output 150W Linear
ZD Tech high-frequency RF signal conversion equipment is a type of electronic equipment specially used to convert the frequency, power or modulation mode of RF signals. It is widely used in communications, radar, satellites, electronic warfare and other fields. Its core function is to convert the input signal into a signal of the target frequency band or format through mixing, amplification, filtering and other technologies, while maintaining the integrity and quality of the signal. High-frequency RF signal conversion equipment can be divided into the following types according to application and technology: by function, It is divided into upconverter, downconverter，downconverter and transceiver integrated converter. From technical solution aspect, It is divided to analog frequency conversion, digital frequency conversion, hybrid frequency conversion. In power level, small signal frequency converter, high power frequency converter.
High power 400W X-Band GaN Satellite Communication Upconverter is a high-performance RF frequency conversion device designed for satellite communication uplink. Its core function is to convert the intermediate frequency (IF) signal generated by the ground station into a high-power RF signal of the X-band (7.9-8.4GHz), and transmit it to the satellite through the antenna to complete the data, voice or video upload task. This product uses advanced gallium nitride GaN technology and integrates up-conversion, power amplification and signal conditioning functions to provide stable and efficient RF signal conversion solutions for military, government and commercial satellite communication systems. This X-band GaN satellite communication upconverter combines high performance and reliability. It can operate stably in extreme temperature environments from -40°C to +60°C, adapting to various harsh deployment scenarios. Also, it is equipped with intelligent monitoring functions, which supports remote control and real-time system diagnosis via Ethernet or RS-232 (optional SNMP), ensuring that the equipment is always in the best working condition.
Specification | Parameter | Value |
RF Output Frequency | 7.9-8.4GHz | |
Input Level, No Damage | +10 dBm max | |
IF/REF Input Impedance | 50 ohms | |
IF Input Frequency | 950-1450MHz (other options available) | |
LO Reference Frequency | External 10 MHz | |
LO Reference Level | 0dBm±5dB | |
Eq. Saturated Power, PSAT | 56dBm(400W) | |
Maximum CW Power, PMAX | 54.8dBm(300W) | |
Linear Power,PLIN(min) | 53dBm(200W) | |
Spectral Regrowth@PLIN (QPSK,OQPSK@1SR offset) | -30dBc max | |
Intermodulation Products@PLIN Wrt sum of 2 equal carriers | -25dBc max | |
AM to PM Conversion @PLIN | 2.0°/dB max | |
Small Signal(typical) | 70dB±5dB | |
Gain Variation (over 40 MHz) | 1.0 dB p-p max | |
Gain Variation (over full band) | 3.0 dB p-p max | |
Gain Stability, over 24 hours | 0.5 dB p-p max | |
Gain Variation over Temp | 4.0 dB p-p max | |
Noise Power Transmit Band | -75 dBW/4 kHz | |
Noise Power Receive Band | -80 dBW/4 kHz | |
Sum ofAllSpurious | -30 dBc | |
SingleSidebandSum | -36 dBc | |
Harmonics | -60 dBc | |
Output Spurious @ PLIN (Excludes 1 MHzBand) | -60 dBc | |
Phase Noise (max) | 100 Hz:-63 dBc/Hz 1 kHz:-73 dBc/Hz 10 kHz:-83 dBc/Hz 100 kHz:-93 dBc/Hz 1 MHz:-103 dBc/Hz | |
Reference Phase Noise (max) | 10 Hz:-125 dBc/Hz 100 Hz:-155 dBc/Hz 1 kHz:-165 dBc/Hz | |
Transmit Phase Linearity up to PLIN | over any 2 MHz:±0.2 radian over any 36 MHz:±0.4 radian over any 72 MHz:±0.5 radian over any 90 MHz:±0.6 radian over any 120 MHz:±0.7 radian | |
Input VSWR | 1.5:1 | |
Output VSWR | 1.3:1 | |
90-264 VAC Prime Power | 875 @ PLIN | |
Operating Temp Range | -40° to +60°C | |
Non-Operating Temp Range | -50° to +70°C | |
Altitude (max) | 12,000 ft. MSL | |
Humidity | 100% condensing | |
Shock/Vibration | Normal transportation | |
M&C Interface | Ethernet/RS-232/RS-485 and Serial RS-232(Optional SNMP) (SNMP Option) | |
Weight | 26.3 kg | |
Dimensions | 20.3cm x36.6cm x48.3cm |