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Diodes

Littelfuse Ultra-Low Capacitance TVS Diode Array
Littelfuse Ultra-Low Capacitance TVS Diode Array

Littelfuse Unveils Ultra-Low Capacitance TVS Diode Arrays with Industry’s Lowest Clamping Voltage

Littelfuse's new ultra-low capacitance TVS diode arrays offer robust transient voltage suppression with the industry's lowest clamping voltage, safeguarding sensitive electronic circuits.
BAT54S SOT-23 Schottky Diode
BAT54S SOT-23 Schottky Diode

BAT54S Dual Schottky Barrier Diode Pinout, Specifications, Marking Code & Datasheet

BAT54S Pinout Configuration This guide covers the BAT54S pinout, SMD marking codes, key specifications, a worked clamp circuit diagram, equivalents, package dimensions and the datasheet.
Littelfuse AK-FL Series FlatSuppressX TVS Diodes
Littelfuse AK-FL Series FlatSuppressX TVS Diodes

Littelfuse Launches AK-FL Series FlatSuppressX™ TVS Diodes for Aviation Power Systems

Littelfuse AK-FL Series FlatSuppressX™ TVS Diodes safeguard high-voltage 270V-800V DC aviation power systems, delivering a flat, stable clamping voltage to prevent latch-up in sensitive electronics.
Diodes Incorporated SBRFP Super Barrier Rectifier Devices
Diodes Incorporated SBRFP Super Barrier Rectifier Devices

Field-Plated Super Barrier Rectifier® Devices from Diodes Incorporated Deliver Industry-Leading Efficiency

Diodes Incorporated's new SBRFP2M60P1Q, SBRFP2M60SAFQ, SBRFP3M60SAFQ, and SBRFP8A60P5Q field-plated Super Barrier Rectifier devices deliver industry-leading efficiency and reliability for automotive…
Vishay SE50N6x, SE80N6x, SE100N6x, SE120N6x series standard rectifiers in a low-profile DFN6546A surface-mount package with…
Vishay SE50N6x to SE120N6x Standard Rectifiers

Vishay Intertechnology Standard Rectifiers Deliver High Current Ratings to 12 A in New Power DFN Series

Vishay's SE50N6x, SE80N6x, SE100N6x, and SE120N6x series are surface-mount standard rectifiers, featuring an industry-first DFN6546A package with wettable flanks for enhanced performance and…
Vishay XClampR® XFD11KxxCA Series Bidirectional Flat Clamping TVS
Vishay XClampR® XFD11KxxCA Series Bidirectional Flat Clamping TVS

Vishay Intertechnology XClampR® Bidirectional Flat Clamping TVS in DO-218AC Package Deliver Low Clamping Voltage

Vishay Intertechnology's XFD11KxxCA series are new XClampR® bidirectional flat clamping TVS devices delivering 11 kW peak pulse power, low clamping voltage, and high power density in a DO-218AC…
Littelfuse Launches TPSMD-FL TVS Diodes
Littelfuse Launches TPSMD-FL TVS Diodes

Littelfuse Launches TPSMD-FL TVS Diodes for Simplified ISO 7637 Load Dump Protection

Littelfuse TPSMD-FL TVS diodes provide a dedicated and simplified solution for robust ISO 7637 load dump protection in automotive electrical and electronic systems, enhancing reliability.
Surface Mount - FlatSuppressX™ Low Clamping Voltage TVS series - 3000 W
Surface Mount - FlatSuppressX™ Low Clamping Voltage TVS series - 3000 W

Littelfuse Launches TPSMD-FL TVS Diodes for Simplified ISO 7637 Load-Dump Protection

Littelfuse has introduced the TPSMD-FL Series FlatSuppressX™ TVS diodes, a new automotive-grade family aimed squarely at one of the toughest problems in 12 V vehicle electrical design: surviving a load-dump transient without piling on extra protection components.
New automotive-grade TVS diodes reduce BOM cost while protecting GaN/SiC MOSFETs and IGBTs in BDU, HVAC, and PTC systems
New automotive-grade TVS diodes reduce BOM cost while protecting GaN/SiC MOSFETs and IGBTs in BDU, HVAC, and PTC systems

Littelfuse Launches High-Voltage TPSMC,TPSMD, TP5.0SMDJ TVS Diodes for Automotive Power Protection

ROSEMONT, Ill, April 28, 2026 -- Littelfuse, Inc. (NASDAQ: LFUS), an industrial technology manufacturing company shaping solutions for the safe and efficient transfer of electrical energy, today announced the launch of its <
ROHM Diode Tackles VF/IR Trade-off for ADAS
ROHM Diode Tackles VF/IR Trade-off for ADAS

ROHM’s New Schottky Barrier Diode Tackles VF/IR Trade-off for Safety in ADAS Cameras

ROHM introduced the RBE01VYM6AFH, its solution to the perennial VF/IR trade-off problem.