Vishay Intertechnology 100 V Gen 2 TMBS® Rectifier Modules Deliver Forward Voltage Drop Down to 0.83 V in SOT-227 Package

Devices Offer Drop-in Replacements to Reduce Conduction Losses and Increase Efficiency in Industrial Applications.

Vishay Intertechnology, Inc. (NYSE: VSH) today introduced four new 100 V Gen 2 Trench MOS Barrier Schottky (TMBS®) rectifier modules in the compact, fully insulated SOT-227 package. Optimized for power conversion in industrial applications, the devices offer best-in-class forward voltage drop down to 0.83 V to reduce conduction losses.

 

The Vishay Semiconductors rectifier modules released today consist of the dual-diode 100 A VS-QA100FA10, 200 A VS-QA200FA10, and 400 A VS-QA400FA10 in parallel configurations, and the 150 A single phase bridge VS-QA150BA10. With their industry-standard SOT-227 package, the devices can be used as drop-in replacements for competing solutions to increase efficiency.

 

The modules combine their ultra low forward voltage drop and high current ratings with negligible Qrr and high temperature operation to +150 °C. The devices are intended for high frequency converters and power supplies in welding and industrial SMPS applications, 48 V battery-powered light vehicles, and telecom equipment, and provide blocking diodes for large battery systems.

 

The VS-QA100FA10, VS-QA150BA10, VS-QA200FA10, and VS-QA400FA10

are RoHS-compliant and UL-approved in accordance with file E78996.

 

Device Specification Table:

Part # IF(AV) / IO (A) VR / VRRM (V) VFM (V) Configuration
VS-QA100FA10 100 per module 100 0.83 Two separate diodes, parallel
VS-QA150BA10 150 100 0.87 Single phase bridge
VS-QA200FA10 200 per module 100 0.83 Two separate diodes, parallel
VS-QA400FA10 400 per module 100 0.87 Two separate diodes, parallel

 

Samples and production quantities of the new TMBS rectifier modules are available now, with lead times of 18 weeks.

Mastering Galvanic Isolation in Power Electronics

Galvanic isolation is a cornerstone of safe and robust power electronics design, ensuring that circuits…

Variable‑reluctance sensors: From fundamentals to speed sensing

Variable reluctance (VR) sensors transform mechanical motion into electrical signals by exploiting changes in magnetic…

Access to this page has been denied.

Access to this page has been denied either because we believe you are using…

Bourns Extends PPTC Resettable Fuses

Bourns has introduced new Multifuse polymeric positive temperature coefficient (PPTC) resettable fuse models that extend…