0.1-2000mhz RF Wideband Amplifier Gain 30db Low-Noise Amplifier LNA Board Module

The 0.1-2000MHz RF Wideband Amplifier is a low-noise amplifier module designed to enhance RF signal reception in various applications. With its wide frequency range, high gain, and low noise figure, this module is ideal for shortwave, FM radio, remote control receivers, and cable TV signal amplification.

  Features:  

• Wide frequency range, high gain, low noise figure.
• Suitable for various RF receive front-ends, improving communication distance.
• Excellent gain flatness, less than 1dB at frequencies below 500MHz after careful adjustment.
• Higher gain consistency at lower frequencies.
• Ideal for shortwave, FM radio, remote control receivers, and cable TV signal amplification.

  Specifications:  

• Input Supply Voltage Range: 6-12V DC
• Operating Frequency: 0.1-2000MHz
• Maximum Power Output: +10dBm at 10mW
• Amplifier Gain:
  • 32dB at 0.1MHz
  • 31dB at 500MHz
  • 29dB at 1000MHz
  • 25dB at 1500MHz
  • 20dB at 2000MHz
• Diameter of End Connector (mm): 6.20
• System Impedance: 50Ω
• End Connector Gender: SMA-Female
• PCB Colour: Green + Gold
• Module Dimensions (LxWxH) (mm): 52 x 25 x 6
• Weight: 5g

  Operating Tips:  

• The lower limit of the amplifier's working frequency is determined by the input and output capacitor, defaulting to 0.1uF for operation down to 0.1MHz.
• Increasing the input and output capacitance can extend the cut-off frequency; for example, a 10uF capacitance can work up to 5KHz.
• When the power supply voltage changes between 5V-8V, the amplifier can be used as a variable gain amplifier, with gain increasing as the power supply voltage increases.
• At 8V-10V, the low-frequency end gain reaches 30dB, providing a low noise coefficient and good stability.
• At 12V, maximum gain is achieved, with the low-frequency end gain reaching 32.5dB.

  Package Includes:  

• 1 x 0.1-2000MHz RF Wideband Amplifier Gain 30dB Low-Noise Amplifier LNA Board Module

This amplifier module is a versatile and effective solution for improving the reception of RF signals across a wide frequency range, making it suitable for various communication and signal amplification applications.