FDMS3620S

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The FDMS3620S is a total gate charge array that consists of four low-side and four high-side stations. The array utilizes a single-stage gate drive system and offers a wide range of protection features to provide excellent system protection.

The FDMS3620S provides a reliable level of protection while improving the efficiency of the system by decreasing the total power requirement. In addition to reducing current requirement, the array helps reduce energy consumption by eliminating the need to buy and maintain separate gate driver boards. The array also reduces total system complexity by utilizing a single-stage gate drive system. This reduces the number of components in the system and helps reduce power losses.

The FDMS3620S utilizes MOSFETs technology to switch high current loads. Its MOSFET array has four individually controlled low-side and four individually controlled high-side stations. Each station is independently capable of withstanding current in excess of 10A and even 50A of peak current in special conduction modes. Utilizing a single-stage gate driver, the system reduces the number of components and helps increase system efficiency.

The FDMS3620S array also offers a wide range of features to provide additional protection from overloads and short circuits. The array is designed to protect the system from short-term over-current and short-circuit conditions. Additionally, the protection circuit automatically disables the gate drive in case of an overload or excess current situation. The array also incorporates a fault detection circuit to detect overvoltage and undervoltage conditions.

The FDMS3620S is an ideal solution for applications that require reliable protection and improved system efficiency. The total system complexity is reduced due to the single-stage gate drive system and the wide range of built-in protection features. The ability to withstand high peak currents helps provide superior system protection and ensures superior power efficiency. The array is ideal for use in a wide range of automotive, consumer and industrial applications including pulse width modulator applications, DC motor control and power distribution systems.

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