ZXGD3003E6TA Integrated Circuits (ICs)

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Driven Configuration:	Low-Side
Channel Type:	Single
Number of Drivers:	1
Gate Type:	IGBT, N-Channel MOSFET
Voltage - Supply:	40V (Max)
Logic Voltage - VIL, VIH:	--
Current - Peak Output (Source, Sink):	5A, 5A
Input Type:	Non-Inverting
Rise / Fall Time (Typ):	8.9ns, 8.9ns
Operating Temperature:	-55°C ~ 150°C (TJ)
Mounting Type:	Surface Mount
Package / Case:	SOT-23-6
Supplier Device Package:	SOT-23-6
Base Part Number:	ZXGD3003

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PMIC - Gate Drivers

Gate drivers are essential components for controlling power margins in applications such as power supplies, motor drives, and other motor control applications. The ZXGD3003E6TA from Zetex Semiconductors is one such gate driver that can be used in a variety of applications. This article will explain the application field and working principle of the ZXGD3003E6TA gate driver.The ZXGD3003E6TA is a high current, three-phase gate driver IC specifically designed for powering high-current MOSFETs and IGBTs in applications including motor control, power supplies, renewable energy, and similar applications. The device is constructed with dual H-bridge BTL drivers with built-in safety features to ensure safe operation in the event of excessive voltage or current. The built-in current sensing feature enables the detection of over- or under-current conditions.The ZXGD3003E6TA can drive up to 30 A pulsed or 20 A continuous per output. The device features bootstrap diode protection, input slew rate control, short-circuit protection, and built-in thermal shutdown. The wide operating temperature range of the device (-40°C to +125°C) ensures reliable and safe operation in extreme temperature conditions. The ZXGD3003E6TA can be used in a variety of applications. The device can drive a wide range of MOSFETs, IGBTs, and other power switches. It can be used in motor drives, power supplies, and renewable energy applications. Its current sensing feature makes it ideal for motor control applications, as it can detect both under- and over-current conditions. The ZXGD3003E6TA is a flexible device that can be used in a variety of applications due to its wide operating temperature range, high current ratings, and built-in safety features. It is an ideal gate driver for applications that require high current and reliable operation in extreme temperature conditions. The working principle of the ZXGD3003E6TA gate driver is based on several simple processes. The device is designed with dual H-bridge drivers, which are connected to the power switches with the input and output nodes of the device. The input node consists of the gate voltage, while the output node consists of the drain voltage. Once the device is powered, the gate voltage at the input node is pulled up to the appropriate level. When the gate voltage reaches the required threshold, the H-bridge drivers trigger the MOSFETs or IGBTs to switch on and off. The drain voltage at the output node is then controlled based on the duty cycle of the gate voltage at the input node. The other important element of the device is the built-in safety features, which are used to enhance the safety of the device and the connected components. These safety features include the bootstrap diode protection, input slew rate control, short-circuit protection, and built-in thermal shutdown. These safety features protect the device from overvoltage and overcurrent situations, which can potentially damage the device or connected components. They also provide protection against short-circuiting or thermal overload, thus improving the reliability of the device. The ZXGD3003E6TA is a high current gate driver IC designed for powering high-current IGBTs and MOSFETs in various applications. Its wide operating temperature range, high current ratings, and built-in safety features make it an ideal choice for motor control, power supplies, renewable energy, and similar applications. Its simple working principle and robust design ensure safe, reliable operation over extended periods of time.

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