IRS2113MPBF

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PMIC-Gate Drivers consist of a variety of circuit elements which are mainly used to control the gate voltage of switching transistors. The IRS2113MPBF is a high output power, high-speed, low side Gate Driver specifically designed for driving external power MOSFETs and IGBTs in PWM applications. It has an ultra-fast switching speed of 2-10 nanoseconds propagation delay, which reduces the switching losses in high frequency applications.

IRS2113MPBF can also provide under-voltage lockout protection and soft start start/stop functions. The input stage is powered by a 3V to 4.6V intermediate supply, which separates it from the main power supply. This driver provides a wide range of operating voltage from 6V to 18V and features both logic supply and voltage proof with clamping diodes.

The device is specifically designed for high power applications. It can drive devices up to 12A at 25C continuous current with 85N/m peak current. It also features current sensing thresholds with special thermal shutdown protection. Its optimized driving features enable fast switching and easy load driving at high-power levels.

One of the unique features of the IRS2113MPBF is its push-pull output stage. This feature enables the device to deliver up to 20A peak current with 40N/m turn-on and turn-off times. The output stage is also low-impedance and is designed to minimize the dropout in systems with high switching frequencies.

The IRS2113MPBF also has an integrated bootstrap capacitor which helps to keep the device powered up in between the power supply cycles. It has a thermal protection circuit that helps to limit the switching frequency and guard against thermal runaway. The device also features a high speed power shut off protection using an external resistor and a Schmitt trigger input for ultra-fast logic inputs.

The IRS2113MPBF is an ideal choice for applications such as motor control systems, solar inverters, uninterruptible power supplies, grid-tie inverters and other digital power conversion applications. Its wide operating range and integrated protection features enable it to handle high-power switching applications with great power efficiency.

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