Ultra low-clamping voltage improves protection of DC/DC converters, gate drivers, and power ICs
Littelfuse Launches Ultra-Low Power Omnipolar TMR Switch Sensor
TX00AS314TRA enables high-sensitivity magnetic field sensing with 1.5 µA current draw for always-on, battery-powered designs
Littelfuse NANO²® SMD 708 Series Fuse Enables High-Current 48 VDC AI Data Center Protection
Industry-first 14 kA interrupting rating at 80 VDC in a compact surface-mount package
Littelfuse Launches High-Voltage TPSMC, TPSMD, TP5.0SMDJ TVS Diodes for Automotive Power Protection
New automotive-grade TVS diodes reduce BOM cost while protecting GaN/SiC MOSFETs and IGBTs in BDU, HVAC, and PTC systems.
Littelfuse / C&K Introduces TDB Series Ultra-Miniature Half-Pitch Surface-Mount DIP Switches
New gold-plated, washable DIP switches enable high-density PCB layouts in space-constrained designs.
New High-Reliability 15 kW and 30 kW SMT TVS Diodes Deliver DO-160 Level 5 Lightning Protection
Littelfuse expands its high-reliability TVS diode portfolio with compact SPD4-1 surface-mount devices engineered for avionics, military, and other mission-critical systems requiring robust transient protection.
Littelfuse Launches CPC1343G OptoMOS® Solid-State Relay for High-Current, High-Isolation Applications
New LF21173TMR and LF21177TMR switches deliver high sensitivity, fast response, and extended battery life in a compact LGA4 package for smart, battery-powered electronics.
Littelfuse Expands Magnetic Sensor Portfolio with Ultra-Low-Power Omnipolar TMR Switches
New LF21173TMR and LF21177TMR switches deliver high sensitivity, fast response, and extended battery life in a compact LGA4 package for smart, battery-powered electronics.
Littelfuse Introduces Automotive-Qualified Current Sensors for EV Battery, Motor, and Safety Systems
A new family of six open-loop hall-effect current sensors delivers accurate, isolated current measurement with analog or digital outputs for next-generation electric and hybrid vehicles.
TPSMB Asymmetrical TVS Diodes Cut Conduction Loss and BOM Cost in 12V Battery Systems
Innovative design enables the use of lower-rated MOSFETs or diodes while ensuring reliable protection.



