L6386ED013TR Integrated Circuits (ICs)

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 Circuit (PMIC) is an integrated package comprised of several electrical components that are configured to act as the primary source of power in an electronic device. Among the power management Integrated circuits, gate drivers occupy an important place. In this paper, the L6386ED013TR is a gate driver discussed. Its application field and working principle are explained.

The L6386ED013TR is a high-side gate driver, meaning it is designed to drive a high-side power MOSFET or IGBT. It is designed for applications requiring and single channel operation and features a low-side voltage controlled current sink channel (VCCS) and a high-side voltage controlled current source channel (VCCS).

The gate driver is designed to supply the highest gate current possible within the constraints of the power given to the device. It has a wide input voltage range, enabling it to operate with single or multiple voltage supplies. Its wide operating temperature range (-40 - + 85°C) makes it suitable for applications involved in extreme temperatures.

The L6386ED013TR also includes thermal shutdown and inrush current limiting during start-up.Its fast switching speed makes it ideal for motor control and robotics, while its low-side source/sink capability makes it suitable for implementation in high harmonic frequency applications. The device also includes an integrated temperature sensing to enable monitoring of its operating temperature.

The L6386ED013TR gate driver generates high switching speed which is superior to that of low-side drivers. It also features a power-on reset signal to ensure proper start-up and a guaranteed turn-on signal for error-free operation. Its fast recovery time helps reduce key bounce and improved signal integrity.

The working principle of the L6386ED013TR gate driver involves the use of a power MOSFET switch to control the flow of current. The gate driver can be used to control the voltage applied to the gate of the power MOSFET transistor switch. When the voltage is applied to the gate, the switch will be energized and current will flow through the power MOSFET transistor switch.

The gate driver is configured to quickly switch the power MOSFET transistor switch on and off in order to provide the desired level of current to the circuit. The gate driver also controls the current across the switching element to ensure optimal operation and energy efficiency. Its fast switching speed and low-side source/sink logic operation make it suitable for use in high harmonic frequency applications.

In conclusion, the L6386ED013TR gate driver is a high-side gate driver designed for motor control and robotics applications that require single channel operation. Its fast switching speed, low-side source/sink capability, power-on reset signal and integrated temperature sensing make it ideal for such applications. The power MOSFET transistor switch controlled by the gate driver is used for current flow control, and its fast recovery time helps reduce key bounce and improve signal integrity.

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