ISL89367FRTAZ-T

The ISL89367FRTAZ-T is a small and highly efficient PMIC - gate driver that is used to control the gate of an IGBT or MOSFET. It has many features to enable it to be used in a wide range of applications, such as a single output, high-current gate driver, voltage regulation, and wide input voltage range. It also offers efficiency up to 95% which eliminates the need for additional heat sinks. Additionally, the device is also UL certified and meets all safety standards. These advantages make it an ideal solution for high power and cost-sensitive applications.

The ISL89367FRTAZ-T is a 3-phase gate driver solution that can drive up to 12nF of capacitive load. It features dual-channel (high side and low side) switches with over-current protection which makes it able to accommodate various types of loads. The output current range can be adjusted between 50mA to 600mA, and the auxiliary power supply range from 4V to 15V. It also features a shutdown pin which allows the user to easily shut down the gate driver without the need to remove the power supply VCC. Additionally, the device is also equipped with pre-set blanking times to eliminate high-frequency overshoot and EMI-related issues.

The ISL89367FRTAZ-T works by generating a gate voltage which is provided to the input of the gate driver. This gate voltage is then amplified by the gate driver and applied to the gate of the IGBT or MOSFET in order to turn it on. The device is also equipped with slew rate control and over-voltage protection which protect against over-voltage conditions and quickly respond to under-voltage conditions. This ensures safe operation and helps to reduce heat dissipation.

The ISL89367FRTAZ-T is a cost-effective and feature-rich PMIC - gate driver solution. It is suitable for driving a wide variety of IGBT’s and MOSFET’s and is able to handle a wide range of voltages and currents. It also has the most comprehensive set of features to ensure safe and reliable operation. This makes it an ideal choice for applications that require high power and cost-sensitivity.