Texas Instruments

UCC27325PE4  

Gate Drivers ICs

UCC27325PE4 Description

The UCC27325PE4 is a high-performance dual-channel gate driver designed by Texas Instruments, a leading manufacturer in the electronics industry. This device is part of the Power Management Integrated Circuit (PMIC) category and is specifically engineered to provide efficient and reliable power management solutions. The UCC27325PE4 features two independent channels, each capable of sourcing and sinking a peak current of 4A. It operates within a wide supply voltage range of 4.5V to 15V, making it highly versatile for various applications.

UCC27325PE4 Features

The UCC27325PE4 offers several key features that set it apart from similar models in the market:

• Fast Rise and Fall Times: The device boasts typical rise and fall times of 20ns and 15ns, respectively. This high-speed performance ensures minimal switching losses and improved efficiency in power conversion applications.
• Independent Channels: Each of the two channels operates independently, providing flexibility in controlling different loads or switches simultaneously.
• Wide Supply Voltage Range: With a supply voltage range of 4.5V to 15V, the UCC27325PE4 can be used in a variety of power systems, from low-voltage to higher-voltage applications.
• High Peak Current Capability: The ability to source and sink up to 4A of peak current per channel makes this gate driver suitable for driving high-power MOSFETs and IGBTs.
• Logic Voltage Levels: The device supports logic voltage levels of VIL at 1V and VIH at 2V, ensuring compatibility with a wide range of digital control circuits.
• Through Hole Mounting: The through-hole mounting type provides robust mechanical stability and is ideal for applications requiring high reliability and ease of installation.
• Compliance and Standards: The UCC27325PE4 is REACH unaffected and RoHS3 compliant, adhering to stringent environmental and safety standards. It is also classified under ECCN EAR99 and HTSUS 8542.39.0001, facilitating international trade and regulatory compliance.
• Packaging: Available in a tube package, the UCC27325PE4 ensures easy handling and storage, making it convenient for both small-scale and large-scale production environments.

UCC27325PE4 Applications

The UCC27325PE4 is ideal for a wide range of applications due to its robust performance and versatile features:

• Power Supplies: The high peak current capability and wide supply voltage range make it suitable for driving power MOSFETs in switch-mode power supplies (SMPS) and DC-DC converters.
• Motor Control: The independent channels and high-speed performance enable precise control of motor drivers, ensuring efficient and reliable operation in various motor control applications.
• Solar Inverters: The device's ability to handle high currents and its wide voltage range make it an excellent choice for driving switches in solar inverter circuits.
• Industrial Automation: The UCC27325PE4 can be used in industrial automation equipment where reliable and efficient power management is crucial.
• Telecommunications: In telecom infrastructure, the gate driver can be employed to manage power efficiently in various components, ensuring stable operation.

Conclusion of UCC27325PE4

The UCC27325PE4 from Texas Instruments is a highly efficient and versatile dual-channel gate driver that offers significant advantages in terms of performance and reliability. Its fast rise and fall times, high peak current capability, and wide supply voltage range make it suitable for a broad range of applications, from power supplies to industrial automation. The device's compliance with environmental and safety standards, along with its robust through-hole mounting, ensures that it meets the stringent requirements of the electronics industry. For engineers and designers seeking a reliable and high-performance gate driver, the UCC27325PE4 is an excellent choice.

UCC27325PE4 Documents

Download datasheets and manufacturer documentation for UCC27325PE4

Datasheets :

UCC2732x, UCC3732x      

PCN Obsolescence/ EOL :

EOL 21/Sept/2023