HMC361G8TR

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The HMC361G8TR is a high performance, high linearity 8dB Gain block amplifier available as a RoHS compliant surface mount module. The module is widely used in communication systems, satellite communications, and in industrial RF (Radio Frequency) applications.

The HMC361G8TR has a built-in power detector controlled by a reverse bias voltage. The amplifier has a gain of 8dB, an output power of up to 6W, and an -3dB bandwidth of 700 to 1000MHz. The amplifier operates from a single +3 volt to +15 volt supply. The gain block amplifier has a very small footprint and can be easily mounted on a PCB.

The HMC361G8TR is capable of high linearity performance due to its proprietary balanced passive mix technology as well as its use of high quality active/passive components. The device is also highly stable and reliable when used in real-world conditions. Additionally, the amplifier has excellent thermal stability and can operate over a wide range of temperatures without a significant decrease in performance.

The HMC361G8TR is designed to be a cost effective, high performance, and reliable amplifier offering for small to medium scale applications. The amplifier requires minimal external components to make it operational and can be integrated into small form factor designs. The HMC361G8TR is ideally used in high performance gain block applications which require small size, high linearity, and high efficiency.

In summary, the HMC361G8TR is a high performance, high linearity gain block amplifier, rated for 8dB power gain, frequency bandwidth of 700 to 1000MHz, and an output power of up to 6W. The amplifier is widely used in communication systems, satellite communications, and in industrial RF applications. The HMC361G8TR features excellent thermal stability and can operate over a wide range of temperatures without a significant decrease in performance. The amplifier is cost effective, highly stable and reliable, and requires minimal external components. It is ideal for applications which require small size, high linearity, and high efficiency.

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