TC4428VUA713

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

The TC4428VUA713 is an integrated circuit (IC) device from Texas Instruments that is classified as a peripheral power management IC (PMIC). More specifically, this device belongs to the Gate Drivers product family and is used in many applications where controlling the switching of electrical power is required.

In general, Gate Drivers are used to control the timing and voltage of gate pulses. A gate pulse is the short current signal used to activate transistors. The duration, size and shape of the gate pulse need to be carefully optimized and properly maintained in order to get the desired performance from a transistor or an integrated circuit. By accurately controlling the gate pulses, consistent and reliable performance can be achieved in a variety of power management applications.

The TC4428VUA713 is especially well-suited for switching between voltage rails in a power supply circuit. It incorporates dynamic clamp control to reduce voltage ringing on the source and drain when switching between two different power rails. This dynamic clamping technology can be used to reduce power consumption, improve system reliability and eliminate the need for an external clamping network. The device also has built-in protection for over-voltage, over-current and thermal faults.

The TC4428VUA713 is a dual-channel device with independently adjustable current limits. This means that it can be used in a variety of applications where two different load conditions need to be regulated. Each of the two channels have a separate low-side driver, high-side driver, and charge pump circuit. The device can handle up to 55V and has a peak output rating of 1.5A per channel.

The flexibility and accuracy of the TC4428VUA713 make it an ideal choice for a variety of power management applications. It is commonly used in switching power supplies, DC/DC converters, LED lighting, audio amplifiers and automotive applications. Its ability to accurately control the rise, fall and duration of gate pulses enables circuit designers to optimize their power designs for maximum efficiency and reliability.

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