S142BRNN924

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S142BRNN924 is an advanced amplifier system that combines wide-bandwidth with gain performance, linearity, and low noise figure capabilities. Developed by the company Rohde and Schwarz, the S142BRNN924 amplifier features a dynamic range that spans up to 780 kHz. It also offers class A/B linearity with excellent thermal, common-mode, and intermodulation distortion properties.

The typical application of the S142BRNN924 amplifier includes radio systems, telecoms, broadcast, base station, and military receivers, amplifiers, and applications requiring wide bandwidth. It features a very high 1 dB input NF and excellent gain flatness. It also offers a high dynamic range, low noise figure, comes with a wide variety of gain settings, and is able to operate over temperature ranges of 85 to 6°C.

The working principle of S142BRNN924 amplifier is user-defined gain and output level settings. In addition, it uses broadband, high linearity, switching power amplifiers that are designed to achieve the highest performance levels with minimal intermodulation and harmonic distortion levels. The dynamic range is ensured through the use of an advanced feedback control loop that can be finely adjusted to obtain fast linearization and a low noise figure.

The design of the S142BRNN924 amplifier is based on several key technologies, including: broadband wideband linear amplifiers; balanced power supplies; low noise figure; and programmable gain settings. To ensure a high level of performance, the amplifier is also highly optimized in terms of temperature, overloading sensitivity, and high internal gain. The user can program the gain settings according to the specific requirement of the application, with a variety of gain step options available.

In summary, the S142BRNN924 is an advanced amplifier system that combines wide-bandwidth with gain performance, linearity, and low noise figure capabilities. It features high linearity and a wide dynamic range and is suitable for applications such as radio systems, telecoms, broadcast, base station, and military receivers, amplifiers, and applications requiring wide bandwidth. The working principle is based on using broadband, high linearity, switching power amplifiers that are designed to achieve the highest performance levels with minimal intermodulation and harmonic distortion levels. In addition, the design is optimized in terms of temperature, overloading sensitivity, and high internal gain.

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