AMMP-6408-TR2G

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The AMMP-6408-TR2G RF Amplifier is a high-performance, low-power amplifier designed for applications demanding a small electron footprint and low-noise performance. It offers an exceptional level of flexibility and can be used as an amplifier, mixer or other RF signal processing component. The device is packaged in a compact 5mm x 5mm footprint and is ideal for use in a variety of applications.

The AMMP-6408-TR2G uses a single-ended technology and features a comprehensive set of features that provide excellent signal processing and gain control capabilities. It has a wide range of operating frequencies, from 40MHz to 10GHz, and a power level range of -6 to 6 dBm. The device utilizes an integrated harmonic filter to reduce harmonics and unwanted spurious responses.

The device also features a built-in automatic gain control (AGC), which allows for easy operation and improved signal-to-noise ratio. It also has an adjustable IIP3, which allows users to adjust the third-order intercept point to improve performance. The device is specified to operate in the 5V supply range with a maximum current draw of 0.4A.

The AMMP-6408-TR2G is also well-suited for high-frequency applications. It offers high-performance, low-noise operation and excellent linearity. The device has a wide gain range and can operate at up to 10GHz frequencies. It also features a wide range of input matching options for optimal performance.

The device is a good choice for applications such as radio telemetry, cellular base stations, radar systems, and instrumentation. It can be used in wideband, multi-lane and narrowband applications. The AMMP-6408-TR2G is also a cost-effective option for applications requiring high linearity and low-noise performance.

In conclusion, the AMMP-6408-TR2G is a compact, low-cost RF amplifier with a wide range of features, making it a good choice for a variety of applications. It has a wide operating frequency range and provides excellent linearity and low-noise performance. The device is also well-suited for high-frequency applications, offering excellent performance and excellent signal-to-noise ratio.

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