KC9601B 1-1000MHz Low Noise Amplifier High Linearity LNA Module 21dB

KC9601B 1-1000MHz Low Noise Amplifier High Linearity LNA Module 21dB Description

High-frequency linearity : Designed for 1MHz-1000MHz, ultra-high IP3 value (needs to be supplemented by actual measurement), greatly improving the system dynamic range, and suppressing interference more strongly
Dual high-performance engines: 21dB high gain (typical value) strongly amplifies weak signals; ultra-low noise coefficient 1.5dB (typical value), receiving sensitivity soars
Powerful output capability: Guaranteed 20dBm output power @1dB compression point (Po1dB), no pressure on the driving stage, no signal distortion
Dual power supply flexible adaptation: support 4-6V USB power supply or 7-24V DC power supply, built-in voltage regulator, plug and play
Industrial-grade rugged quality: -40C ~ +60C wide temperature operation, no fear of harsh environment, compact and easy to integrate, standard SMA female interface, ready to install

Type: High linearity low noise amplifier module
Frequency range: 1MHz-1000MHz (full frequency band optimization)
Typical gain: 21dB (measured curve refers to the attached figure)
Minimum gain: 18dB (guaranteed value)
Output power @1dB compression point: 20dBm (guaranteed value)
Noise figure (): 1.5dB (typical value)
interface: SMA female (female)
Power supply:
USB Type-A port: 4-6V DC
DC power socket: 7-24V DC
Application scenarios
Preferred for high interference environment:
Communication base station receiving end Spectrum monitoring/signal analyzer Radio system
Laboratory test equipment HD image transmission receiver IoT gateway
Radar front-end receiving Any link requiring high linearity and low noise
(The product printed words depending on the batch, but this does not affect use)
Color: As Shown
Material: Metal

Package Contents:
1 x Low Noise Amplifier

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.