32-0125B-03

Series:	--
Packaging:	Bulk
Part Status:	Active
Frequency:	1GHz ~ 2GHz
P1dB:	12.8dBm
Gain:	28dB
Noise Figure:	2dB
RF Type:	GPS/GNSS
Voltage - Supply:	3 V ~ 16 V
Current - Supply:	25mA
Test Frequency:	1GHz ~ 2GHz
Package / Case:	SMA In-Line Module
Supplier Device Package:	SMA

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RF Amplifiers: 32-0125B-03 Application Field and Working Principle

RF amplifiers are an important part of any radiofrequency system, providing essential amplification and power conversion functions. These components are especially critical in mobile telecommunications where communication networks must function reliably in a variety of environments. In this article, we will take a look at the 32-0125B-03 amplifier, its application field, and working principle.

Overview

The 32-0125B-03 is a high-frequency, ultra-wideband power amplifier designed for use in radio frequency (RF) or microwave systems. This amplifier is capable of transmitting signals from the 24-GHz to 40-GHz range, making it well suited for use in short range communication systems, military applications, satellite signal reception, and many other niche applications.

Application Field

The 32-0125B-03 amplifier is most commonly used in mobile communication and short-range point-to-point communication systems. The amplifier has proven its dependability in such demanding fields as tactical warfare and law enforcement, flying drones, and long-distance field communications. With its wide bandwidth, it is particularly suited for rapid-deployment communication systems that are required to function in dynamic and ever-changing environments.

Working Principle

The working principle of the 32-0125B-03 amplifier is relatively simple and straightforward. The amplifier contains a series of transistors that amplify radio frequency signals. These transistors are arranged in a voltage configuration to provide a greater amount of gain and power conversion than other types of amplifiers. This enables the amplifier to consistently produce steady and reliable output in the specified frequency range.

Design Features and Parameters

The 32-0125B-03 amplifier offers some significant design features. For instance, the amplifier has an embedded temperature stabilization feature which helps reduce the effects of thermal drift on the output signal. Additionally, it contains a built-in voltage regulator and low noise amplifier which ensure that the output signal is always consistent. The amplifier also has a high input impedance in order to ensure maximum compatibility with following components.Furthermore, the 32-0125B-03 amplifier has a number of adjustable parameters. These include the output power level, the 3 dB upper frequency, and the 3 dB lower frequency. Additionally, the amplifier is capable of reaching a high gain level of up to 19 dB and a small-signal noise figure of just 0.6 dB. This ensures that the signal output is always clear and free of interference.

Conclusion

The 32-0125B-03 amplifier is an important component in any RF system. Its ultra-wideband capabilities, adjustable parameters, and embedded features make it an ideal choice for use in demanding and rapidly-changing environments. Its application field includes point-to-point communication, military and law enforcement operations, and short-range communication systems. By understanding the working principle and design features of the amplifier, engineers can select the right component for their particular system.

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