UCC27323DGN Overview

A higher level of flexibility is provided by its 8-TSSOP, 8-MSOP (0.118, 3.00mm Width) Exposed Pad package.Tube is the packaging method.Its recommended mounting way is Surface Mount.Using a 4.5V~15V supply voltage, gate drivers is capable of demonstrating Gate driverss superiorGate driversy.Gate type N-Channel, P-Channel MOSFET has been used in its design.There is a temperature range for this device of -55°C~150°C TJ.Inverting is the input type used in this program.The configuration is based on 8 terminations.Under its base part number UCC27323, various related parts can be found.Mosfet driver is mounted using Surface Mount.Mosfet driver is configured wMosfet driverh 8 pins when designing.Specification is for 14V supply voltage operation.The interface IC is referred to as BUFFER OR INVERTER BASED MOSFET DRIVER.The maximum output current can amount to 4.5A.There are various useful electronic components in its subcategory MOSFET Drivers.On the board, there are 8 component pins.The basis of the model has 2 outputs integrated.Mosfet gate drivers can deliver a current of 4A.According to its maximum power dissipation, 2.12W is capable of conducting and transferring a large amount of power without overheating.To maintain higher stability, the supply current should always be 450μA.Due to its power supplies of 4.5/15V, it solves the power supply problem for a wide range of applications.Mosfet gate drivers is recommended that the operating supply voltage be set to 12V volts.

UCC27323DGN Features

Embedded in the Tube package
Employing a gate type of N-Channel, P-Channel MOSFET
8 pins
Maximum power dissipation of 2.12W

UCC27323DGN Applications

There are a lot of Texas Instruments UCC27323DGN gate drivers applications.

• High-voltage isolated DC-DC converters
• Head-up and Head mounted displays
• High frequency line drivers
• General Purpose 3-Phase Inverter
• Motor controllers
• Active filtering
• Dual-Battery Systems
• AC-DC Inverters
• Industrial motor drives - compact, standard, premium, servo drives
• Power factor correction (PFC) circuits