ATF-331M4-BLK

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The ATF-331M4-BLK is a high performance RF Push-Pull FET transistor designed for linear, wide dynamic range applications covering DC to 4.2GHz. It is manufactured from a common source process, offering low distortion performance and good gain flatness. The ATF-331M4-BLK is optimized for linearity performance with a push-pull configuration.

In terms of its application field, the ATF-331M4-BLK is suitable for use in a wide range of applications, such as low noise amplifiers, receivers, and base station amplifiers. It is suitable for use in high power communication applications, such as cellular phone transmitters, Military and Aerospace communication systems, S-band radar, Point-to-Point microwave radio, and Ku-band satellite transceivers.

The ATF-331M4-BLK operates by utilizing two N-channel enhancement mode MOSFETs that are connected in a dual-gate Push-Pull configuration. This configuration allows for improved linearity, dynamic range, and linear power gain over single-gate FETs. The Push-Pull configuration also allows for higher blocking voltage and faster switching times.

The ATF-331M4-BLK is designed to be used in a number of environments, including both indoor and outdoor. It is intended to operate in harsh RF environments, such as wide temperature ranges, high humidity, and high humidity levels. It is also designed to be used in high-velocity air flow applications, such as aircraft radomes and turbo fan applications.

The ATF-331M4-BLK is designed to meet stringent performance and reliability requirements. It is rated for 25V blocking voltage, and has a current capacity of up to 6A. It also has a small signal gain of up to 20dB, with a noise figure of up to 1dB. The Push-Pull configuration also enables improved linear operation, with a return loss of better than 20dB.

In conclusion, the ATF-331M4-BLK is a high performance RF Push-Pull FET designed for linear, wide dynamic range applications. It is suitable for use in a variety of applications, ranging from low noise amplifiers to base station amplifiers, and is designed to meet stringent performance and reliability requirements. Its push-pull configuration allows for improved linearity and power gain, as well as higher blocking voltage and faster switching times.

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