115201-HMC546LP2

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RF Evaluation and Development Kits, Boards are specific include building blocks for radio frequency (RF) test applications. The 115201-HMC546LP2 is one such device. It is a broadband, medium-gain amplifier optimized for Wi-Fi applications.

This RF Evaluation and Development Kit is a two-stage amplifier and is ideal for increasing the power of the signal in a Wi-Fi application. It has a wide frequency range of 5 MHz to 6 GHz, meaning it can amplify signals over a wide bandwidth. The amplifier is housed in an integrated 0.5mm pitch, 28-pin leadless ceramic QFN package. The package is RoHS compliant and has been designed specifically for miniaturization and improved thermal performance.

The 115201-HMC546LP2 is designed to provide a low-noise performance, and it is capable of producing an amplified signal with a gain of up to 27 dB. The low-noise performance is made possible by a carefully designed input and output matching networks that minimize harmonic distortion.

The device also offers excellent linearity characteristics. This improved linearity is achieved by a combination of a wide-bandwidth, high-performance active elements and a very low feed-forward input noise figure.

In addition to providing amplification, the device also boasts excellent stability. The device is able to maintain stable gain and output power across a wide range of frequencies and temperatures. This is achieved via a combination of a forward-path temperature compensation circuit and a high-stability active element.

The device also features a low-power consumption of 76 mA from a single +3V supply. This allows the device to be used in battery-powered applications with long battery life. The device also operates from a single +3V supply and has a typical supply voltage range of +2.7 V to +3.6 V.

Overall, the 115201-HMC546LP2 is an ideal device for applications requiring an amplifier with high gain, low-noise performance, excellent linearity, and stable gain and output power. It is a great option for increasing the power of a Wi-Fi signal in a variety of applications. The device is also well suited for battery-powered applications with long battery life due to its low-power consumption.

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