HMC747LC3C

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HMC747LC3C is an RF Misc ICs and Modules. It is a 4-stage, low noise, gain block distributed amplifier from HMC Silicon Germanium process. It offers very high gain, ultra-low noise figure and excellent linearity suitable for transceivers and direct conversion receivers. The amplifier uses Gate functions to implement cross-coupled post-distortion linearization and Negative Heat Shunt technology to optimize power and linearity.

The HMC747LC3C has a wide range of applications. Its low noise and linearity enabled low IF and zero-IF architectures, making it an ideal component for communications receivers, radar systems, and instrumentation. It can also be used in active antennas, phased arrays, cellular and broadcast infrastructure, automotive and satellite communications.

The HMC747LC3C features two voltage ports that can be used to control parameters of the amplifier. The Gate Connections utilize a patented circuit that is used to control both linearity and bandwidth. This combination allows the amplifier to remain stable and control the level of distortion. The voltage regulator port is used to control the power dissipation of the amplifier for fine control of power consumption and excellent performance.

The HMC747LC3C also features Negative Heat Shunt technology that optimizes its linearity and power at temperature extremes. Additionally, the amplifier has a temperature compensation control port that lowers the noise and simplifies design. The device uses an integrated control port to program the voltage bias of the amplifier, making it easy to adjust the power consumption and performance of the amplifier, making it accurate and efficient.

The HMC747LC3C is a versatile amplifier that can be used in a variety of applications. Its features and wide range of applications make it a perfect solution for high performance amplifying needs. The amplifier has the ability to provide excellent linearity and power efficiency while still offering solid distortion control and stability in practical operating conditions.

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