Driver Amplifiers
● High Output Power Density
● Wideband High Efficiency
● Excellent Linearity Performance
● Stable Temperature Adaptability
● Multi-Protection Mechanism Integration
● Compatible with Multiple Modulation Schemes
| Part No. | Item | Frequency range | Main Specification | Connector Type | Material | Driver | Size(mm) |
|---|---|---|---|---|---|---|---|
| MX-PA-0240-2516 | Driver Amplifier | 2-40GHz | Gain=25dB,P1=16dBm | 2.92mm Female | Aluminum alloy | 44x36x12mm | VD=+8V,260mA |
| MX-PA-0044-2318 | Driver Amplifier | 9kHz-44GHz | Gain=23dB,P1=18dBm | 2.92mm Female | Gold-plated brass | 44x52x13mm | VD=+8V,260mA |
-
RF attenuators are essential passive components used in radio frequency and microwave systems to reduce signal power while maintaining impedance matching and signal integrity.Jul 27 ,26
-
Learn the top 5 factors causing insertion loss in RF switches and discover practical methods to reduce signal loss, improve RF performance, and select the right microwave switch.Jul 25 ,26
-
Satellite communication systems require extremely reliable RF signal routing solutions to support data transmission, telemetry, tracking, and command operations.Jul 25 ,26
-
Power dividers are essential passive microwave components used in RF and communication systems to split one input signal into multiple output signals with controlled power distribution.Jul 25 ,26
-
Understanding the differences between 2-pin vs 4-pin switches is critical because the number of pins directly affects signal routing, isolation performance, insertion loss, control methods, and application flexibility.Jul 25 ,26
-
Expert comparison of PIN diode vs MEMS RF switches. Discover insertion loss, isolation, switching speed, power handling and which technology dominates 5G, mmWave and aerospace systems.Jul 24 ,26











