Home Auto Tech Toshiba Launches High Temperature Photorelays in Compact Package
Auto TechIndustry

Toshiba Launches High Temperature Photorelays in Compact Package

Share
Share

Toshiba Electronic Devices & Storage Corporation launches four voltage driven photorelays: TLP3407SRB, TLP3412SRB, TLP3412SRHB and TLP3412SRLB. The devices are housed in a compact S VSON4T package and support a maximum operating temperature of 135°C.

The new models are designed for high temperature environments such as automotive semiconductor testers, probe cards and burn in equipment. As vehicle electrification and autonomous systems increase component density, semiconductor devices and test systems must operate reliably at higher temperatures.

Compared to earlier 125°C rated products, the new photorelays achieve higher temperature tolerance through optimized internal design. They are voltage driven with built in input resistors, eliminating the need for external resistors and helping reduce board space.

The small 1.45 × 2.0 mm package enables high density mounting where multiple photorelays are required within limited space. Toshiba states it will continue expanding its lineup to support high temperature equipment needs.

Share
Written by
Raunak Yadav

Tech and AI enthusiast with a strong eye for clear and engaging content!

Leave a comment

Leave a Reply

Your email address will not be published. Required fields are marked *

Related Articles

VinFast Launches VF MPV 7 Electric Seven-Seater in India

VinFast VF MPV 7 India Launch Expands Electric Vehicle Portfolio VinFast has...

Bosch Updates eBike Flow App with New Features and SmartphoneGrip Vertical

Bosch eBike Flow App Update Adds Trick Tracking and Smart Display Features...

Honda Wins Top Red Dot Awards for Electric Motorcycle and Mobility Robot

Honda Red Dot Awards 2026 Recognise WN7 and UNI-ONE Designs Honda has...

Bosch and Qualcomm Expand Partnership to Advance ADAS Solutions

Bosch Qualcomm ADAS Collaboration Expands to Scalable Vehicle Technologies Bosch and Qualcomm...