APTM50AM24SG

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The APTM50AM24SG is a high voltage, high performance twisted-gate metal oxide semiconductor field effect transistor (MOSFET) array, designed for use in high voltage applications. This device provides excellent switching performance with low power loss while operating at high frequencies. It has a wide range of applications in power management, motor control, high-side and low-side switching, and converter control applications.

The APTM50AM24SG is built from MOSFETs arranged in a 4x4 twisted-gate array, with each device having a drain to source voltage rating of up to 50V. This array is designed for miniature sub-circuits, allowing for high levels of integration and a space-saving design. It is rated for operation at temperatures up to +150°C, and is compatible with low-noise, high-efficiency DC-DC converters, digital controllers, and isolated circuit boards.

The integral gate-source voltage threshold and extremely low gate-drain and gate-source capacitance of the device combine to make this MOSFET array ideal for operation at high frequencies and spiking loads. Its high output power capability, matched gate charge, and low drain-source on-resistance of the individual MOSFETs also make it well suited for high-frequency and high-power switching operations. Additionally, it has a very low static gate-drain voltage of 0.3V, which guarantees high reliability in switching applications. A built-in charge pump ensures fast transient response when used in switched mode power supplies.

The gate-source voltage threshold of the APTM50AM24SG is adjustable for different application demands. It can be adjusted from 2.25V to 4V, allowing the device to be used in a wider range of applications. This transistor array also has a built in dwell time of 5ms, which prevents switching spikes and ensures high-efficiency operation in DC-DC converter applications.

The APTM50AM24SG is designed to help reduce power loss in high-voltage, high-performance switching applications. Its low gate-drain and gate-source capacitances, high-frequency operation, and adjustable gate-source voltage thresholds make it an ideal device for power management, motor control, high-side and low-side switching, and converter applications.

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