This page was machine-translated and may differ from the original. View original
1.2mm 2 FemtoFET, ultra-small LGA package 80% smaller than conventional 60V load switches
TI (CEO Kent Tran) announced the launch of a new 60V N-channel FemtoFET power transistor product that achieves the industry's lowest resistance.
The new CSD18541F5 reduces power loss in the end system by achieving 90% lower resistance than existing 60V load switches. In addition, it is available in an ultra-small 1.53mm x 0.77mm silicon-based package, which reduces the footprint by 80% compared to load switches available in SOT-23 packages.

The CSD18541F5 MOSFET maintains a rated on-resistance (Rdson) of 54mW and is designed and optimized to replace standard small-signal MOSFETs in space-constrained industrial load switch applications.
In addition, the miniaturized LGA (land grid array) package has a 0.5mm pitch between pads, making it easy to mount during manufacturing.
The CSD18541F5 is a new product in the FemtoFET MOSFET family of TI NexFET™ technology portfolio that provides higher voltage and facilitates manufacturing.
TI (CEO Kent Tran) announced the launch of a new 60V N-channel FemtoFET power transistor product that achieves the industry's lowest resistance.
The new CSD18541F5 reduces power loss in the end system by achieving 90% lower resistance than existing 60V load switches. In addition, it is available in an ultra-small 1.53mm x 0.77mm silicon-based package, which reduces the footprint by 80% compared to load switches available in SOT-23 packages.
The CSD18541F5 MOSFET maintains a rated on-resistance (Rdson) of 54mW and is designed and optimized to replace standard small-signal MOSFETs in space-constrained industrial load switch applications.
In addition, the miniaturized LGA (land grid array) package has a 0.5mm pitch between pads, making it easy to mount during manufacturing.
The CSD18541F5 is a new product in the FemtoFET MOSFET family of TI NexFET™ technology portfolio that provides higher voltage and facilitates manufacturing.
본 기사에 대한 정정·반론·추후보도 청구는 보도 청구 안내를, 그간 게재된 보도문은 정정·반론보도 모아보기를 참고해 주세요.














