HMC587LC4BTR-R5

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HMC587LC4BTR-R5 is one of many RF Misc ICs and Modules. It comes from Hittite Microwave Corporation, a leading provider of high-performance RF solutions for applications ranging from 600 MHz to 110 GHz. It is a high performance, low noise amplifier specifically designed for amplifying low-noise signals. It is a 5-bit, cascaded gain stage amplifier with cascode protection and a low noise figure of 0.7dB. It provides an adjustable gain range of 20 to 62dB with a step size of 2dB, and a gain switchable bandwidth of 2.2GHz to 4GHz.The HMC587LC4BTR-R5 is a multi-function component that can be used in many applications. It is ideal for use in low-noise amplifiers, optical receivers, T/R switches, and up/down converters in satellite, wireless, and radio communications. It can also be used in test instrumentation, industrial automation, and medical instrumentation applications.The working principle of HMC587LC4BTR-R5 is based on the cascode protection and active bias techniques. The cascode protection technique is used to protect the amplifier from overvoltage. The voltage rails vary from -2.5 to +2.5V and when the output voltage exceeds either value, the protection voltage will be activated and the output voltage clamped to the rail. The active bias technique is used to provide a stable gain over temperature, process, and power supply variations. The HMC587LC4BTR-R5 features an on-board temperature compensation and a wide-range voltage-controlled bias circuit, and offers a wide gain adjustment range with minimum gain shift.The HMC587LC4BTR-R5 is an ideal choice for applications that require a low noise figure, high linearity, high power, and high bandwidth. It offers excellent static and dynamic performance, with low noise and high linearity over wide frequency bandwidths.Overall, the HMC587LC4BTR-R5 is a versatile, high-performance, low-noise amplifier well-suited for a variety of applications. With its cascode protection and active bias techniques, it can be used in a variety of optical receivers, T/R switches, up/down converters, and other RF applications. Its on-board temperature compensation and wide-range voltage-controlled bias circuit provide excellent static and dynamic performance, with low noise and high linearity over wide frequency bandwidths.

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