• 433MHz/13W UHF RF Power Amplifier Module 335-480MHz 12-14V Power Amplifier with SMA Female Connector
  • 433MHz/13W UHF RF Power Amplifier Module 335-480MHz 12-14V Power Amplifier with SMA Female Connector
  • 433MHz/13W UHF RF Power Amplifier Module 335-480MHz 12-14V Power Amplifier with SMA Female Connector

433MHz/13W UHF RF Power Amplifier Module 335-480MHz 12-14V Power Amplifier with SMA Female Connector

Availability: In stock, usually dispatched in 1 business day

  • Price:$37.13
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433MHz/13W UHF RF Power Amplifier Module 335-480MHz 12-14V Power Amplifier with SMA Female Connector

Description:

- This amplifier is a carefully designed UHF power amplifier. It is also a power amplifier module with neat wiring and stable output power.

Features:
- 100% brand new and high-quality products.
- Made of high-quality materials, durable and practical.
- RF power amplifiers are an important component of various wireless transmitters.
- In the front stage circuit of the transmitter, the RF signal power generated by the modulation oscillation circuit is very small. It needs to go through a series of amplification buffer stages, intermediate amplification stages, and final power amplification stages to obtain sufficient RF power before it can be fed to the antenna for radiation.
- In order to obtain sufficient RF output power, RF power amplifiers must be used.

Specification:
- Power supply voltage: 12 - 14V (13.5V Typ.)
- Frequency range: 335 - 480MHz (Typ. 433MHz)
- Input power: -10 - 17dBm (0.1 - 50mW)
- Output power: 41dBm (13W) at 13.8V power supply
- Heat dissipation method: automatic temperature-control active heat dissipation
- Working current: 2A - 2.5A (varies with operating frequency and supply voltage)
- Size: 85 x 40 x 40mm
- Product weight: 133g
- Connector: SMA female connector

Package Included:
- 1 x RF Amplifier Module

Note:
- This module must first connect the input and output terminals, and then connect the DC power supply.
- When supplying DC power to the module, be sure to connect the DC positive and negative poles correctly. Do not reversely connect it, which may cause module damage.


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