HMC475ST89TR

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RF amplifiers are used to increase the power of an RF signal, and the HMC475ST89TR is a high dynamic range, wideband, and MMIC amplifier module. It provides 30 dB of gain, 40 dB typical gain flatness, and a wide 5.5 - 18.0 GHz operating frequency range, making it ideal for RF applications that require high performance amplifier modules. The HMC475ST89TR is designed to operate from a 3.3V supply, and also has a low noise figure of 2.2 dB at 10 GHz, which further contributes to its excellent performance.

The HMC475ST89TR’s wide bandwidth and high dynamic range makes it ideal for applications such as wideband communications systems, high gain L-band amplifiers, and signal repeaters, as well as military and space applications. Additionally, it can be used in high power transmitter amplifiers such as power amplifiers for satellite communication systems, and LTE and Wi-Fi backhaul systems. The HMC475ST89TR is also well suited for low-noise/low-distortion receivers that require high linearity, such as in fiber optic systems, high rate satellite receivers, cable TV systems, and navigation systems.

The working principle of the HMC475ST89TR is based on several key characteristics. Firstly, it has high gain and low noise figure which enable high performance amplifiers’ operation, regardless of the signal operating frequency and modulation type. Secondly it has wide-dynamic range, meaning that it can accommodate large amplitude variations in input signals, while still maintaining high signal amplification. Lastly, it has extremely low distortion that improves the signal-to-noise ratio, allowing it to faithfully reproduce the signal with an excellent signal-to-noise ratio. All these features combined make the HMC475ST89TR a powerful and reliable amplifier.

The HMC475ST89TR is a versatile amplifier module that can be used in many types of RF applications. Its wideband, high dynamic range design, combined with its low noise figure and low distortion, make it a great option for boosting digital signals from low to high power levels. Furthermore, its small size and flexible operation mean that it can easily be integrated into complex systems, making it a great choice for designers looking for high performance amplifiers with wide operating frequency ranges.

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