• 433MHz (390-470MHz) 25W RF Power Amplifier RF Power Amp Module with 30dB Gain and Cooling Fan
  • 433MHz (390-470MHz) 25W RF Power Amplifier RF Power Amp Module with 30dB Gain and Cooling Fan
  • 433MHz (390-470MHz) 25W RF Power Amplifier RF Power Amp Module with 30dB Gain and Cooling Fan
  • 433MHz (390-470MHz) 25W RF Power Amplifier RF Power Amp Module with 30dB Gain and Cooling Fan

433MHz (390-470MHz) 25W RF Power Amplifier RF Power Amp Module with 30dB Gain and Cooling Fan

Availability: In stock, usually dispatched in 1 business day

  • Price:$62.02
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433MHz (390-470MHz) 25W RF Power Amplifier RF Power Amp Module with 30dB Gain and Cooling Fan

Purchase Notice:

Buyers should have a basic understanding of circuitry. Please choose the product based on your specific needs. If you are unsure about your application, feel free to consult our technical support team for assistance. Our store is not responsible for any losses incurred due to incorrect purchases.

Technical Specifications:
- Operating Frequency: 433MHz (390-470MHz)
- Input Power: 15dBm (customizable)
- Output Power: 44.5dBm (25W)
- Power Gain: 30dB
- Power Supply Voltage: 12-18V
- Power Supply Current: 3.0A (varies with output power)
- System Impedance: 50Ω
- Connector Type: SMA-K
- Cooling Method: Intelligent temperature-controlled fan
- Dimensions: 100mm (L) × 50mm (W) × 50mm (H)
- Weight: 220g

Precautions:
- Do not power on the device without a proper load or in cases of severe load mismatch.

Important Reminder:
1. Ensure Proper Grounding – Before using this RF power amplifier module, all connected instruments and devices must share a common ground to eliminate potential differences. Connect all components with RF cables and ensure a proper load is connected before powering on. Operating without a load is strictly prohibited, especially for power amplifiers.
2. Use a Proper Antenna – If using an antenna as the load, it must be a properly matched antenna within the working frequency range (with a Voltage Standing Wave Ratio (VSWR) below 2.0). Do not use improper antennas, such as telescopic antennas, copper wire antennas, or extremely cheap antennas, as they have undefined impedance and may cause performance issues or damage.
3. Use a Linear Power Supply – Whenever possible, use a linear power supply, especially when using low-noise amplifiers. Switching power supplies generate significant noise, which can interfere with the amplifier circuit. Avoid using switching power supplies—instead, opt for linear power supplies or batteries for best performance.

Package Included:

- 1 x RF Amplifier

Packaging Details:
- Weight: 0.5kg

Note:
- Batteries are not included.

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