3-100MHz 20dB High Frequency Amplifier Module Gain 23dBm P1dB Class A VHF Low Power Amplifier Module

3-100MHz 20dB High Frequency Amplifier Module Gain 23dBm P1dB Class A VHF Low Power Amplifier Module Popis

Broadband Coverage 3-100MHz: Simultaneously supports to VHF bands, a single amplifier meets the needs of various applications within the 3-100MHz range, reducing component types and frequency changes.
Class A Operating Mode, High Linearity: Class A bias design ensures excellent linearity across the entire dynamic range, suitable for communication and measurement systems with high signal fidelity requirements.
Typical Gain 20dB, Stable Flatness: Provides approximately 20dB of signal gain across the entire 3-100MHz band, effectively improving system link gain budget and reducing preamp output load.
P1dB to 23dBm (Typical Value at 20MHz): At a typical 20MHz frequency, the output 1dB compression point reaches 23dBm, exceeding the nominal 20dBm specification, providing better output power margin and anti-saturation capability.
Strong Input Power Compatibility: Typical input power 0dBm, maximum allowable input 5dBm, compatible with common signal sources or upstream module output levels without additional attenuation or adjustment.

This product is a wideband VHF low-power amplifier, employing a Class A amplifier circuit design, operating from 3MHz to 100MHz. Typical gain is 20dB, and under 20MHz testing conditions, P1dB output power can reach 23dBm.
Suitable for signal source amplification, receiver front-end driving, test and measurement systems, and pre-amplification or intermediate stage amplification in various RF communication equipment.
12V single supply operation, low power consumption: Only requires a 12V power supply to operate normally, suitable for drawing power from standard power rails, facilitating quick adaptation to existing equipment.
Low-power Class A design with excellent heat dissipation: Power consumption is moderate, and heat generation is controllable under typical operating conditions. With proper