HMC564LC4

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The HMC564LC4 is a state-of-the-art RF amplifier that is designed for applications in radio frequency (RF) communication, from cellular phones to Wi-Fi. It functions as an amplifier in the receive chain, boosting the weak RF signals coming from the antenna, thereby increasing the signal to noise ratio (SNR). It is also used in transmit chains, compressing the input signal’s power while controlling the distortions due to nonlinearity at higher output power levels. The HMC564LC4 is a four-stage, fully integrated, wideband MMIC gain block that offers high linearity with integration levels compatible with cellular phones.

This particular MMIC gain block is extremely versatile and suitable for many applications, such as cellular phones, LAN/WLAN, wireless data links, wireless infrastructure, test and measurement equipment. It boasts low noise figure and high IP3, as well as excellent linearity performance, making it the perfect choice for a wide range of different applications. Furthermore, the device is also tolerant to process variation, making it suitable for high-volume manufacturing.

The HMC564LC4 works on the principle of passing an input signal through a series of amplifying stages, with each stage amplifying the signal further. It consists of four individual gain blocks, all of which feature different amplification levels. Each of the four individual amplifying stages are connected to each other and work in tandem to increase the signal strength. Furthermore, each of the four stages is optimized through the use of high speed FETs, which ensure that the signal is heightened with minimal distortions.

The HMC564LC4 is the ideal choice for applications that require high levels of linearity, such as cellular phones, LAN/WLAN, wireless data links, and wireless infrastructure. It provides excellent levels of linearity without compromising on signal to noise ratio, and offers superior performance over other devices. Additionally, it is also suitable for a wide range of process variations and a fully-integrated solution, making it the ideal choice for high-volume manufacturing applications.

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