YQAG1116LX

YQAG1116LX

is an N-Channel Enhancement Mode Power MOSFET. It is a core product designed for high-efficiency, high-density power applications.

The YQAG1116LX utilizes advanced trench technology and an optimized chip design for an N-Channel MOSFET. Its primary design objectives are to achieve ultra-low on-resistance, excellent switching performance, and higher power efficiency, making it particularly suitable for synchronous rectification and switching circuits with stringent requirements for efficiency and thermal management.

Key Features

• Channel Type: N-Channel. It turns on when a positive voltage is applied to the Gate (G) relative to the Source (S), making it suitable for low-side switching and synchronous rectification.
  
• Extremely Low On-Resistance: Rds(on) typical value is approximately 1.6mΩ (max. ~2.0mΩ) at Vgs=10V; remains around 2.0mΩ at Vgs=4.5V, reducing conduction losses and improving system efficiency.
  
• High Continuous Drain Current: Capable of handling +100A or higher (depending on test conditions like Tc), demonstrating strong power handling capability.
  
• Excellent Switching Characteristics: Low gate charge and low turn-on/turn-off times, suitable for high-frequency switching power supplies, effectively reducing switching losses.
  
• Package: Typically housed in an DFN5x6-8L or similar advanced surface-mount package.
  

Primary Application Areas

• Synchronous Rectification (AC-DC adapters, server power supplies, telecom power supplies, etc.)
  
• DC-DC Buck Converters (acting as the synchronous rectifier / low-side switch)
  
• Motor Drive and Speed Control (high-current H-bridge or three-phase inverters for power tools, drones, robots, etc.)
  
• Battery Protection and Load Switching (within battery management systems or high-current discharge paths)
  
• Various Power Management Systems (efficient power supplies for communication equipment, computing devices, industrial equipment)
  

Technical Parameters

• Rds(on) typical value ~1.6mΩ (max. ~2.0mΩ) at Vgs=10V
  
• Rds(on) typical value ~2.0mΩ at Vgs=4.5V
  
• Continuous Drain Current Id up to +100A or higher
  
• 1.8V ~ 3.6V Operating Voltage
  

Product Lead Time
Please contact us for lead time information.