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 rf low noise amplifier

4400-4950MHz LNA for satecom

ZD-LNA-44/49
This is a low noise amplifier designed for satellite communications, with an operating frequency band of 4400 - 4950 MHz. It has excellent performance, with a passband gain between 22.0 - 25.0 dB (including ripple), a peak-to-peak ripple of only 1 dB (within 10 MHz bandwidth), and a noise figure as low as 2.2 dB, effectively ensuring signal quality. The input third-order intercept point is -7.5 dBm, and it has good suppression capability from the antenna to the receiving end in a specific frequency band. In terms of RF power, the receiving output can reach 15 dBm, and the antenna input is 10 dBm. Its DC power supply requirement is 11 - 13 VDC, and the current is less than 60 mA. The mechanical size is small, 5.4*3.4*1.8cm, weighs 0.062kg, and can adapt to an operating temperature environment of -20℃ to +70℃.
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This is a 4400 - 4950MHz low-noise amplifier (LNA) module specifically for the field of satellite communications (satecom).
 
As an RF low noise amplifier (RF Low Noise Amplifier), it performs well in signal processing. In the passband range of 4400 - 4950MHz, it can achieve a passband gain of 22.0 - 25.0 dB (including ripple), and the peak-to-peak ripple is only 1 dB (within 10 MHz bandwidth), which effectively guarantees the stable amplification of the signal. Its noise figure is as low as 2.2 dB, which greatly reduces the noise introduced during the signal amplification process and ensures the purity of the signal, which is crucial for the reception of weak signals in satellite communications.
 
The input third-order intercept point (IIP3) of this LNA module is -7.5 dBm, with good linearity, and can effectively deal with strong interference signals. At the same time, it has excellent suppression ability from antenna to receiving end in different frequency bands, enhancing the anti-interference ability of signal reception. In terms of RF power processing, the receiving output can reach 15 dBm, and the antenna input is 10 dBm, which meets the power requirements of various satellite communication scenarios.
 
In terms of power supply and physical characteristics, the DC input voltage requirement is 11-13 VDC, the current is less than 60 mA, the mechanical size is 5.4*3.4*1.8cm, the weight is only 0.062kg, and it can work stably in an ambient temperature of -20℃ to +70℃. Whether in ground stations or satellite equipment, this LNA module can provide reliable support for the stable operation of satellite communications with its excellent performance.

Performance

Passband

4400 ≤ F ≤ 4950 MHz

Passband gain

22.0 ≤gain ≤ 25.0 dB (including ripple)

Passband ripple

1 dB (peak to peak over 10MHz band)

Noise figure

2.2 dB

Input intercept point  (IIP3)

-7.5 dBm

Antenna -> Rx rejection:

1225 ≤F 1575 MHz

-40dBc

5250 ≤F ≤ 5850 MHz

-48dBc

7100 ≤F 7650 MHz

-75dBc

RF Power Capability

Rx output

15 dBm

Antenna input

10 dBm

Port VSWR

Rx output

1.8:1  (50ohm)

Antenna

1.5:1  (50ohm)

DC Power

Rx DC input voltage

11 ≤ VDC ≤ 13

Rx DC input current

mA

Rx power connector

Coaxial (DC V+and return supplied on coax cable centerconductor and outer ground shield,respectively)

Mechanical

Case dimensions

5.4*3.4*1.8cm

Weight

0.062kg

RF Connectors

SMA female

Environmental

Operating temperature range

-20 to +70°C

Non-operating temperaturerange

-40 to +85°C

Altitude

0to 70,000 ft

Humidity

10to 95%, non condensing