MAGX-L20035-01500S

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RF evaluation and development kits boards consists of components and circuits designed to help engineers evaluate and develop interfaces for radio frequency applications. The MAGX-L20035-01500S is one example of a RF evaluation and development kit board that is designed to help engineers design radio frequency (RF) amplifiers and converters with low-distortion performance and high dynamic range.

The MAGX-L20035-01500S is a high-performance radio frequency power device designed for applications with a frequency range of 825 MHz to 915 MHz. It has a power output of up to 150W and is designed for applications that require high linearity, such as radio and television broadcasting, wireless telecommunications, Industrial, Scientific and Medical (ISM) radio, and satellite communications.

The MAGX-L20035-01500S offers superior performance within its frequency range, providing high linearity and high dynamic range. It features high linearity, low distortion, and low power consumption, making it ideal for a wide range of applications. It also has a high-power storage capacity of up to 40 mA, allowing engineers to accurately evaluate performance.

The MAGX-L20035-01500S utilizes a unique circuit topology to achieve excellent performance. It features a three-stage amplifier, which includes a pre-driver, a driver amplifier, and a final output stage. A voltage and current feedback network is used to reduce distortion at the final output stage, providing a high-resolution signal with a better than 0.1 dB signal-to-noise ratio. Additionally, the board features an onboard 100 MHz low-pass filter, as well as an integrated switch to enable multiple channel operation.

The MAGX-L20035-01500S is an excellent evaluation and development board for a wide range of RF applications, and it is a perfect choice for engineers and developers who are looking to create high-performance RF designs. The board offers excellent performance, and its circuit topology provides superior linearity and high Dynamic Range. In addition, its low distortion and low power consumption make it suitable for applications that demand high performance and reliability.

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