MGA-64606-TR1G

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RF amplifiers are used for a wide range of applications, ranging from telecommunications and commercial broadcast and recording to military radar and communications systems. The MGA-64606-TR1G is a state-of-the-art RF amplifier designed to meet the needs of these various applications.

The MGA-64606-TR1G is designed to provide superior performance with a wide range of input and output frequencies, high power, and low noise characteristics. It is ideal for driving most antennas, antenna diversity systems, and high frequency transceivers. The amplifier features a compact form factor, excellent linearity, high isolation, and low noise figure.

The amplifier is designed to operate between 6 GHz and 18 GHz, and uses two GaAs FETs operating in parallel to boost the input signal. It can provide up to 15 dB of gain, with excellent linearity. The amplifier is shielded to reduce interference, and a high isolation rating ensures low distortion and low intermodulation products.

The MGA-64606-TR1G utilizes a proprietary gain control stage and a unique input impedance matching system. This allows it to deliver consistently high performance even under varying input power levels and over a wide operating temperature range. Its low noise figure ensures that it is capable of delivering cleaner signals than other amplifiers in the same range.

The MGA-64606-TR1G is rated for output power of 200 mW, and has an operating voltage of 28 Vdc. It is available in a 6.0 cm x 2.5 cm board-mount package, compatible with a wide range of RF connectors. Its small size and low weight make it ideal for use in portable electronics. The amplifier is intended for use in a wide variety of applications, including broadcast and communication, automotive and medical testing, and RF and microwave systems.

The MGA-64606-TR1G is an ideal solution for a wide range of RF amplifier applications. Its excellent performance, low power consumption, and small form factor make it the perfect choice for mobile devices and other portable electronics. Its high isolation, low noise figure, and superior linearity make it well-suited for use in communications systems and antenna systems. Thanks to its wide frequency range and high gain, it is suitable for use in a variety of applications, from broadcast and recording to military systems.

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