Optimized Super Trench Technology for Unparalleled Switching Performance

The NCEP40T17AG is a power MOSFET that incorporates a uniquely optimized Super Trench technology, delivering exceptional high-frequency switching performance. This device minimizes both conduction and switching power losses, thanks to its ultra-low combination of RDS(ON) (on-resistance) and Qg (gate charge). With a voltage rating of 40V and a current rating of 170A, it is designed to excel in applications that demand efficient high-frequency switching and synchronous rectification. The NCEP40T17AG is a reliable and versatile component for various power electronics designs.

Ideal for DC/DC Converters and High-Frequency Switching Applications

Product Highlights:

1. Unmatched Switching Performance:
   The Super Trench technology employed in the NCEP40T17AG ensures optimal switching performance. By minimizing conduction and switching power losses, this MOSFET offers superior efficiency in high-frequency switching applications. The combination of low RDS(ON) (on-resistance) and Qg (gate charge) results in reduced power dissipation and enhanced overall performance.

2. Low On-Resistance:
   The NCEP40T17AG boasts very low on-resistance, enabling efficient power conduction and minimizing voltage drops across the device. This characteristic leads to reduced power losses and increased power efficiency in various applications.

3. High Operating Temperature:
   With an operating temperature rating of 150°C, the NCEP40T17AG can withstand demanding conditions and maintain reliable performance even in elevated temperature environments. This feature allows for a wider range of applications and provides design flexibility.

Additional Features:

• Pb-free lead plating: Environmentally friendly construction.
• 100% UIS (Unclamped Inductive Switching) tested: Ensures the device's durability and reliability under real-world operating conditions.

Application:

The NCEP40T17AG is well-suited for a range of applications, including but not limited to:

• DC/DC converters: Offers efficient power conversion in various DC power supply designs.
• High-frequency switching: Ideal for applications that require rapid switching, such as motor drives, power inverters, and resonant converters.
• Synchronous rectification: Provides efficient rectification in synchronous rectifier circuits, contributing to enhanced overall power efficiency.