HMC636ST89ETR RF/IF and RFID

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RF amplifiers are active electronic devices used to increase the power level of an RF signal. The HMC636ST89ETR is a high-performance gallium arsenide field effect transistor GaAs FET amplifier module from Hittite Microwave Corporation. With an intermediate frequency bandwidth of up to 16GHz and a low noise figure of just 2 dB, the HMC636ST89ETR is well suited to a wide range of applications, including microwave communication systems, radar, test and measurement equipment, and high-speed data systems.

The HMC636ST89ETR\'s specifications make it particularly well suited for mission critical applications, including wireless communication systems, satellite communications, and high speed data links. Its wide-band frequency response is also ideal for applications such as radiometry and phased array radar.

The HMC636ST89ETR uses a two-stage design. The first stage is a single-ended common source stage that provides excellent gain and wide frequency response. The second stage is a balanced, differential amplifier circuit that compensates for any imbalance in the common source stage, resulting in improved linearity and noise reduction. This two-stage design helps to deliver excellent return loss and output power across the frequency range.

The HMC636ST89ETR also features a built-in thermal protection circuit for improved reliability. This protection circuit ensures that the device will shut down if the device temperature exceeds a certain threshold, thus protecting the device from potential damage. Additionally, the HMC636ST89ETR has several built-in features to optimize system performance, including an adjustable bias voltage, an adjustable gate bias, and a matching circuit.

The HMC636ST89ETR provides excellent performance and flexibility for a variety of RF amplifier applications. Its wide frequency bandwidth and low noise figure make it well suited for mission-critical applications such as wireless communication systems and satellite communications. Its wide-band response and adjustable features make it ideal for applications such as radiometry and phased array radar systems. Its built-in thermal protection and adjustable features make it a great choice for high-performance, reliable, and cost-effective designs.

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