ZXGD3001E6QTA

PMIC - Gate Drivers are an important part of power management integrated circuits (PMIC) which are used to provide the proper current and voltage drive requirements of Mosfet, IGBT and SiC MOSFET devices. The ZXGD3001E6QTA is a high side low side driver IC that provides perfect gate current control. This IC is specifically designed to offer optimized performance in applications that require high peak current and low static current such as lighting applications, inverter and welding applications.

This high-side low-side driver IC is developed using advanced analog process technology. It provides high-speed yet precise performance when switching as well as low static current consumption. The ZXGD3001E6QTA can achieve instantaneous output voltage of up to 32V and peak output current of 30A. It also features a wide voltage range of 12V to 24V and a wide temperature range of -40°C to +125°C.

The ZXGD3001E6QTA is suitable for various lighting applications such as car headlamps, bright lamps and DRL (daytime running lamps). This IC is also suitable for welding applications such as welding machines, and for inverter applications such as motor drives and solar energy applications. Additionally, the ZXGD3001E6QTA is suitable for applications that require a maximum operating frequency of 1.5MHz and a typical propagation delay of 10s.

This device can also be used in various automotive applications such as Electronic Control Modules (ECM), Battery Management System (BMS) and Charge Coupled Devices (CCD). Additionally, the ZXGD3001E6QTA offers over-current protection and open-drain capability, making it an ideal choice for automotive application designers who are looking for a high-performance power management IC.

The working principle of the ZXGD3001E6QTA is based on the voltage drive mode. It is formed by two complementary high side and low side MOSFETs, which are connected in series. The high side MOSFET is connected to the positive supply voltage while the low side MOSFET is connected between the load and the negative supply voltage. When an input signal is applied, the high and low side MOSFETS are switched on and off in order to control the voltage across the load. This voltage is sensed and regulated by an integrated voltage regulator circuit in the device, which provides precise control of the output voltage and current.