News & Events

Discover MCC’s Newest Compact 100 V N-Channel MOSFET for Space Limited Designs

Written by MCC | Jan 15, 2026 10:02:02 PM

Applications

These super-fast recovery bridge rectifiers are well-suited for front-end AC rectification and high-speed switching stages where low loss, low EMI, and high surge capability are critical. Their 600 V VRRM rating, soft‑recovery behavior, and robust PB package make them a reliable fit across industrial, automotive, consumer, and infrastructure power systems. 

IoT & Embedded Systems  

Industrial and Automation  

Automotive 

Consumer Electronics  

  • Low-power switching in IoT sensor nodes   
  • Relay drivers in smart meters and connected appliances   
  • Valve control in automated irrigation or smart HVAC systems  
  • Logic-level switching in microcontroller-based designs  
  • Signal control in factory automation systems   
  • Relay and solenoid drivers in control panels  
  • Low-voltage switching in industrial monitoring equipment  
  • Battery protection in industrial handheld tools  
  • Load switching in infotainment systems  
  • Battery protection in auxiliary power modules  
  • Signal routing in low-voltage control units  
  • Compact switching in EV sensor modules
  • Load switching in portable devices  
  • Battery protection circuits for smartphones, tablets, and wearables  
  • Power management in smart home devices 
  • Signal control in remote controls and handheld gadgets  
 

 

Product Attributes, Parametrics & Datasheet

Product

Type

Package

Drain Source Voltage VDS(V)  

Gate-Source Voltage VGS (V) 

Datasheet

SL100N10L 

Signal MOSFET

SOT-23-3L

100

 ±20 

Info

 

Now available, purchase directly from MCC or through our authorized distributors.   

For a deeper dive into MOSFET diode applications and best practices, check out our Essential Guide to 40V MOSFET Functions & Features,  a detailed resource that goes from the basics to an in-depth look at 40V options, and practical design insights.   

For technical inquiries or sample requests, contact MCC for support.