HIP6604BCR-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Power management integrated circuits (PMICs) are ubiquitous components in semiconductor products. They are typically incorporated into consumer electronics, automobiles, computers and other computing platforms. PMICs provide a wide array of different functional blocks, including voltage and current regulators, power switches, charge pumps, analog signal converters, oscillators, and gate drivers.

Gate drivers are one type of PMICs which are used to safely control the gate of a power transistor or other semiconductor device. Gate drivers make it possible to drive high currents in a short amount of time and are essential for efficient power delivery and energy savings.

The HIP6604BCR-T is an integrated PMIC gate driver from Intersil. It integrates a 600V level shift driver, with a special latch-up free low-side driver. The HIP6604BCR-T is designed for driving MOSFETs and IGBTs used in high-power applications such as home appliances, industrial motor drives, and power supplies.

The HIP6604BCR-T includes two output stages that can be independently driven and feature fast switching times. One output stage is a low-side driver and the other is a high-side driver. The low-side driver includes a latch-up proof circuit to prevent damage to the IC in the event of a partial load short circuit, while the high-side driver is designed to provide a fast switch time. The HIP6604BCR-T is also equipped with a voltage clamp circuit that prevents the output voltage from exceeding the external regulated supply voltage.

The HIP6604BCR-T can also be driven from a wide range of PWM or pulse-width modulated (PWM) signals. This allows it to be used in applications requiring speed and torque control as well as pulse-width modulated dimming control. The HIP6604BCR-T also has an output enable (OE) control latch which provides a fast and reliable control of the outputs and prevents false triggering due to external noise.

The HIP6604BCR-T is designed to reduce power consumption and allow for higher efficiency by eliminating the need for external power transistors. It also enables faster switching times which can improve system response times and reduce EMI. As a result, the HIP6604BCR-T is an excellent choice for driving power transistors in low-power motor drives, power factor correction and other power conversion applications.

The specific data is subject to PDF, and the above content is for reference