E-L6386D

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PMIC - Gate Drivers

Gate drivers, also known as high side drivers and low side drivers, are components used to isolate, or drive, the gate of a power semiconductor such as a MOSFET or IGBT. This isolation prevents the gate from being charged by the power which could lead to bi-directional conduction or even damage. Gate drivers are a very important component in allowing designers to switch power with higher efficiency, higher efficiency, or both.

The E-L6386D Gate Driver IC is a highly integrated, high-speed, high-current, full bridge gate driver IC which is designed to drive a wide variety of power switches, including MOSFET, IGBT, and other different types of power switches. The E-L6386D has the ability to drive either one or two half-bridge power switches, providing very high output current (up to 4A) with extremely low output capacitance.

Application Field

The E-L6386D Gate Driver IC is a highly integrated, high-speed, and high-current full bridge driver IC that can be used in a wide range of applications, such as motor control, motor starter, off-road and mining vehicles, power inverters, LED lighting, industrial power control, and other high current applications.

The E-L6386D is also suitable for a variety of applications, such as solar applications, automotive applications, home appliances, LED lighting, industrial control, aerospace and defence, and communications. Its high switching speed and high current capabilities make it perfect for high-power applications such as motor control, inverters, and lighting control.

Working Principle

The E-L6386D Gate Driver IC is a full bridge driver IC that operates using two internal FET transistors, one on each side of the bridge. These two FETs are controlled using logic level inputs. Depending on the logic level inputs, the two FETs are either both turned on or turned off. This allows for the gate of the power switch to be isolated from the power source, providing maximum metal oxide isolation for the gate.

The E-L6386D also features a high accuracy PWM (Pulse Width Modulation) generator, which allows for precise control over switching frequency, duty cycle, and dead time. This allows the designer to adjust the performance of the power switch in real time, resulting in improved efficiencies and higher performance. In addition, the E-L6386D also has integrated over-temperature protection and over-voltage protection. This ensures that the device is protected against any potentially damaging conditions, increasing reliability.

The E-L6386D Gate Driver IC is an excellent choice for designers looking to switch high power in efficient and reliable applications. Its high output current, low capacitance, over-temperature protection, and integrated PWM generator make it a great option for many different applications.

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