10W 2.1GHz-2.5GHz Wideband 40-47dB High Gain RF Power Amplifier with SMA Female Connector

Introduction:
- This amplifier adopts the latest imported amplifier tube, which has the characteristics of wide frequency range, high output power, and high power efficiency. It can be used for power amplification of 2.1-2.5GHz signals.

Features:
- Wide frequency range: 2.1 - 2.5GHz
- High output power: 10 - 13W
- High power efficiency: 30% - 40%

Specifications:
- Frequency: 2.1GHz - 2.5GHz
- Amplification gain: 40dB (input -10 to 0dBm)
- Maximum output: 41.4dBm (13W); input 3 to 8dBm
- Power supply voltage: 24 - 28V
- Power supply current: 0.3 - 1.5A
- System impedance: 50 ohm
- Load SWR: < 2.5
- Net weight: 96g
- Product size: 40 x 75 x 16.5mm (excluding the connector length)
- Connector type: SMA female connector

Limit Parameters:
- Maximum power supply voltage: 30V
- Maximum frequency range: 2.1 - 2.5GHz
- Maximum input power: 13dBm
- Maximum power supply current: 1.5A

Package Included:
- 1 x RF Power Amplifier

Using Instruction:
- VCC is connected to the positive pole of the power supply, GND is connected to the negative pole of the power supply, RFin is connected to the RF input, and RFout is connected to the RF output.
- Adjust the input signal to 3-8dBm (recommended 5dBm), which is 3mW.
- The output must be connected to a load, and the voltage standing wave ratio of the load must be less than 2.5.
- For loads with uncertain impedance, such as coils, telescopic antennas, and homemade antennas, do not perform power on testing. When the load impedance is mismatched, the reflected power of the load will be reflected back to the power amplifier tube, which is easily damaged at high power. The voltage standing wave ratio of the load should not exceed 2.5.

Note:
- Before powering on, pay attention to the positive and negative poles of the power supply and be sure to add heat sinks.