ISL6208BIRZ-T

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ISL6208BIRZ-T is an integrated gate driver device which can be used to enable the power metal-oxide semiconductor field-effect transistors (MOSFETs) or insulated-gate bipolar transistors (IGBTs) to quickly transition between various voltage levels. Manufactured by Intersil, the ISL6208BIRZ-T has a high-voltage integrated gate driver which is designed to drive two power MOSFETs, two IGBTs, or two smart power stages (SPSs).

Based on excellent high-temperature performance and durability in automotive underhood temperature, the ISL6208BIRZ-T is suitable to be used in any environment that requires reliable and high-temperature operations. The device can also perform well even when it is exposed to extreme temperatures, humidity, and other harsh operating conditions.

The main application field of ISL6208BIRZ-T is power management solutions, motor control in consumer electronics (high-dynamic self-starting motors, small step motors), DC/DC converters for modern server power supplies, and ignition systems in automotive applications. The device provides several protective functions, such as overvoltage protection, undervoltage protection, and current limit protection.

ISL6208BIRZ-T integrated circuits (ICs) are designed with state-of-the-art HVIC technology dedicated to the gate driver. When it comes to the ICs’ working principle, ISL6208BIRZ-T uses forward voltage sensing technology to protect a device from high-voltage spikes and undervoltage faults. The device also features a fault latch to ensure proper power up/power down sequencing. Moreover, the integrated device includes an internal charge pump and discharge MOSFET which allows for efficient operations at a temperature range of -40°C to +125°C.

The ISL6208BIRZ-T is a very efficient power management solution which provides several protective functions and can be used in different application fields. The device leverages forward voltage sensing technology, fault latch, and an integrated charge pump and discharge MOSFET for efficient operations and comparison to other gate drivers.

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