Low Noise Amplifier Manufacturers 0.5-18GHz High-Performance Low Noise Amplifier ADLNA0.5G18G24SF

Description:

● Frequency: 0.5-18GHz

● Features: With high gain (up to 24dB), low noise figure (minimum 2.0dB) and high output power (P1dB up to 21dBm), it is suitable for RF signal amplification.


Product Parameter

Product Detail

Parameter Specification
Min. Typ. Max.
Frequency (GHz) 0.5 18
 

LNA ON,
Bypass OFF

 

 

 

 

Gain (dB) 20 24
Gain Flatness (±dB) 1.0 1.5
Output Power
P1dB (dBm)
19 21
Noise Figure (dB) 2.0 3.5
VSWR in 1.8 2.0
VSWR out 1.8 2.0
LNA OFF,
Bypass ON

 

 

 

Insertion Loss 2.0 3.5
Output Power
P1dB (dBm)
22
VSWR in 1.8 2.0
VSWR out 1.8 2.0
Voltage (V) 10 12 15
Current(mA) 220
Control Signal, TTL
T0=”0”: LNA ON, Bypass OFF
T0=”1”: LNA OFF, Bypass ON
0=0~0.5v,
1=3.3~5v.
Working Temp. -40~+70°C
Storage Temp. -55~+85°C
Note Vibration, Shock, Altitude will be guaranteed by design, no need totest!

Tailored RF Passive Component Solutions

As a RF passive component manufacturer, APEX can tailor a variety of products according to customer needs. Solve your RF passive component needs in just three steps:

logo Define your parameters.
logo APEX provides a solution for you to confirm
logo APEX creates a prototype for testing


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  • Product Description

    This low noise amplifier supports the 0.5-18GHz frequency range, provides high gain (up to 24dB), low noise figure (minimum 2.0dB) and high output power (P1dB up to 21dBm), ensuring efficient amplification and stable transmission of RF signals. With controllable bypass mode (insertion loss ≤3.5dB), it can adapt to a variety of application requirements and is widely used in wireless communications, radar systems and RF front-end equipment to optimize system performance and reduce signal loss.

    Customized service: Provide customized design according to customer needs to meet specific application scenarios.

    Warranty period: This product provides a three-year warranty period to ensure long-term stable operation and reduce customer use risks.

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