Feature

●Premium material: the power amplifier is made of durable materials that ensure guaranteed quality. It uses high-quality electronic circuits and integrated components that are not easily damaged to ensure reliable quality and stable performance.
●STRONG PRACTICALITY This RF amplifier has wide frequency range, high gain and low noise figure, giving you a superior user experience.
●Scope of Application This RF broadband amplifier is used for shortwave, FM radio, remote control receiver, and cable TV signal booster that require low noise RF signal amplification. It can be applied to different RF reception front ends to increase the communication distance.
●Easy to use: The signal module has a 64 dB input and output impedance, which supports exquisite craftsmanship and practicality.
●Long working time: If the working frequency is less than 500 MHz, the low-noise amplifier maintains a good gain level and remains less than 1 dB after careful adjustment. The lower the frequency, the higher the gain consistency.


Description

Feature:

This product has a wide frequency range, high gain, low noise level.
- This product can be applied to multiple RF RF reception ranges and increases the communication distance.
Used for shortwave, FM radio, remote control receiver, as the cable TV signal booster requires low noise RF signal amplification.


Product details:

Dimensions: 25 x 52 mm.
End diameter: 5 mm.
Color: Green and Gold
Operating frequency: 0.1-2000 MHz.
Amplifier:
F = 0.1MHz Gain = 32dB
F = 500MHz Gain = 31dB
F = 1000MHz Gain = 29dB
F = 1500MHz Gain = 25dB
F = 2000MHz Gain = 20dB
Maximum output power: +10dBm (10mW)
Power supply voltage: 6-12 VDC
Impedance system: 50Ω

Warm tips:
1. If the operating frequency is less than 500MHz, you will get good flatness, you can make it less than 1dB after careful adjustment.
The lowest frequency is the highest gain consistency.
2. The operating frequency of the lower limit amplifier is subject to the input and output capacitor, the default value is 0.1uF, works at 0.1MHz.
It increases the input and output capacity appropriately, it can extend the cut-off frequency as the capacity of 10uF can work at 5KHz.
3. If the voltage of the power supply changes by 5-8V, it can be used as a variable gain amplifier.
Increase the gain by increasing the voltage of the power supply suitable for the radio frequency receiving the front circuit,
Use the voltage of the DA control to control the amplification of the amplifier, automatic gain control.
4. When the voltage of the power supply is in 8-10V, the final low frequency gain of up to 30dB is achieved.
At this time, the amplifier has a low noise coefficient and good stability.
5. When the voltage is 12V, the maximum gain reaches the final low frequency gain of 32.5dB,