HMC959LC3TR-R5

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HMC959LC3TR-R5, one of the RF Misc ICs and Modules, is an integrated module that can be used in multiple applications and that is easy to integrate into a variety of systems. It has a wide range of features, making it an ideal choice for applications that require cost-effective, high-power RF modulation, detection, and amplification. The device is based on gallium arsenide (GaAs) monolithic microwave integrated circuits (MMICs). It features a 3-stage low noise amplifier (LNA) with an external bypass switching, an integrated high-power PA with an output power up to 12dBm, and a frequency range of up to 15GHz.

HMC959LC3TR-R5 application field has a wide scope, mainly used in digital satellite broadcast, point-to-point communication systems, and digital television transmission systems. In addition, the device also has applications for Wi-Fi, 3G/4G base stations, VSAT (very small aperture terminal) systems, and radar systems.

The working principle of HMC959LC3TR-R5 is based on the utilization of a Log-Amplitude Detector (LAD) in its signal detection stage. It utilizes an LNA and a PA in combination to amplify the signal within its operating frequency range. The LNA is designed to provide a low-noise, highly-linear gain up to 25dB, while the PA is designed to achieve high output power and wide dynamic range. The signal then passes through the Log-Amplitude Detector to the output terminal, where it is then ready for further signal processing.

In addition, the device also has features such as an external preselector to further limit noise entering the amplifier, as well as an on-board temperature compensation to reduce distortions over temperature changes. It also has a temperature sensor and digital diagnostic capabilities built-in, allowing easy monitoring and calibration of system performance.

HMC959LC3TR-R5 is an ideal choice for applications requiring cost-effective, high-power RF modulation, detection, and amplification. Its wide applications, as well as its capability to simultaneously amplify and detect signals over a wide range of frequencies, make it an ideal choice for many different applications.

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