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0.02-3GHz 10dBm Low Noise Amplifier,LA00110

The LA20M030-G20P10_A is a Low Noise Amplifier module operating in the 0.02 to 3 GHz frequency range. The Low Noise Amplifier offers 10 dBm minimum P-1dB output power and 25 dB min small signal gain .

LA20M030-G20P10_A

PDF Datasheet
SKU: LA00110-LA20M030-G20P10_A Low Noise Amplifier Category: Tags: ,
Freq. Range

0.02 – 3GHz

Small Signal Gain

25 ±2.0 dB

Noise figure

2.5 dB

P-1dB Output Power

10 dBm

Input VSWR

2 : 1

DC Voltage

15 V

DC Current

200 mA

Operating Temp.

-55 – 85 ℃

ESD

ESD Sensitive Material

Dimension L*W*H

40*25*12 mm

Input Connector

SMA-Female

Output Connectors

SMA-Female

Weight

30 g

Finishing

Nickel Plated

0.02 to 3 GHz dBm SMA-Female Low Noise Amplifier Rated at Gain 25 dB
The LA20M030-G20P10_A is a Low Noise Amplifier module operating in the 0.02 to 3 GHz frequency range. The Low Noise Amplifier offers 10 dBm minimum P-1dB output power and 25 dB min small signal gain with ±2.0 dB maximum gain flatness. The Low Noise Amplifier requires typically a 15V DC power supply. The connectorized SMA-Female module is unconditionally stable, operates over the temperature range of -55°C and +85°C, and has a heatsink and fan for proper operation.

Key Electrical Specifications
Electronic Specification Note : Values at 25deg , sea level. Test indicators will deteriorate at high and low temperature ;
ESD sensitive material , Transport material in approved ESD bags. Handle only in approved ESD workstation.
Providing effective cooling measures and electrostatic protection;
If the product is damaged due to over-drive, no-load, over-temperature, over-current and static electricity in use. Customer needs to pay for the cost of maintenance.
Freq. Range : 0.02 – 3 GHz
Small Signal Gain : 25 ±2.0 dB
P-1dB Output Power : 10 dBm
Input VSWR : 2 : 1
DC Voltage : 15 V
DC Current : 200 mA
Operating Temp. : -55 to 85 ℃
Dimension L*W*H : 40*25*12 mm
Input Connector : SMA-Female
Weight : 30 g
Finishing : Nickel Plated

More details can be seen in data sheet.



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