Toshiba Electronic Component and Storage Device Co., Ltd. (Toshiba) announced today that the launch of the SSM10N961L low -conducting resistance 30V N channel co -dramatic MOSFET, suitable for equipment with USB and battery pack protection.The product has begun to support batch shipments today.
As of now, Toshiba's N -channel co -drains MOSFET product line has focused on 12V products, mainly used for the protection of smartphone lithium -ion battery packs.The release of 30V products provides a wider choice for the application of voltage higher than 12V, such as the load switch of the power line of the USB charging equipment and the protection of lithium -ion battery packs for laptops and tablets.
A two-way switch with a low drain-source-polaric pitch (ON) requires two MOSFETs with low RDS (on), with a size of 3.3mm3.3mm or 2mm2mm.Toshiba's new products use small and thin new packaging TCSPAG-341501 (3.37mm1.47mm (typical value), thickness = 0.11mm (typical value)), and at the same time, the resistance value is 9.9MΩ (in a single packaging co-chart structure of 9.9MΩ (The source pole-source pole-source pole of the source value (RSS (on)).
The USB PD (USB Power Delivery) is developed specifically for equipment that requires high -power power supply. It can provide power from 15W (5V/3A) until 240W (48V/5A).USB PD has role exchange functions, supports the exchange of power sides and receiving side, and requires USB charging equipment to supply two -way power to support power transmission and power receiving at the same time.This new product is a N -channel co -dramatic MOSFET that supports two -way power supply and a smaller area of table stickers.
Combining this product with the driver IC in Toshiba TCK42XG series that can constitute a load switch circuit with anti -rebound function or the power supply that can switch operations between the power supply between the back -off (MBB) and the first break (BBM).Instrument circuit.Based on this product portfolio, Toshiba today released a reference design for the multi -road reused circuit (using the common drains MOSFET).Using this reference design helps to shorten product design and development time.
