This page was machine-translated and may differ from the original. View original
LED driver application for load switch
AEC-Q101 qualified for automotive applications
Toshiba Corporation's Storage & Device Solutions Company announced the launch of a compact package N-channel MOSFET for load switching in LED driver applications, including automotive instrument clusters, headlights, and LED TV backlights.
This product is the best-in-class model for low on-resistance.

As the use of energy-saving LEDs increases, demand for N-channel MOSFETs used as switches in LED drivers is also growing. To meet this demand, Toshiba has added two small-package MOSFETs with industry-leading low on-resistance to its product lineup: the 60V "SSM3K341R" and 100V "SSM3K361R."
The new product reduces heat dissipation due to turn-on loss by approximately 65% compared to Toshiba's previous product. The MOSFET uses a compact SOT-23F flat package, which maintains the same level of heat dissipation while reducing the footprint by approximately 64% compared to the conventional SOT-89 package. The product is AEC-Q101 qualified, making it suitable for automotive applications.
AEC-Q101 qualified for automotive applications
Toshiba Corporation's Storage & Device Solutions Company announced the launch of a compact package N-channel MOSFET for load switching in LED driver applications, including automotive instrument clusters, headlights, and LED TV backlights.
This product is the best-in-class model for low on-resistance.
As the use of energy-saving LEDs increases, demand for N-channel MOSFETs used as switches in LED drivers is also growing. To meet this demand, Toshiba has added two small-package MOSFETs with industry-leading low on-resistance to its product lineup: the 60V "SSM3K341R" and 100V "SSM3K361R."
The new product reduces heat dissipation due to turn-on loss by approximately 65% compared to Toshiba's previous product. The MOSFET uses a compact SOT-23F flat package, which maintains the same level of heat dissipation while reducing the footprint by approximately 64% compared to the conventional SOT-89 package. The product is AEC-Q101 qualified, making it suitable for automotive applications.
To request a correction, reply or follow-up report on this article, see how to file a request. Previously published statements are collected in corrections & replies.












