Introduction of general-purpose MOSFET lineup (VDSS = ~60V, ID = ~0.7A)!
Introducing our general-purpose MOSFET. This product can be used for various applications due to its general-purpose nature. Target applications include LED driving, motor driving, lithium-ion charging control, DC-DC converters, and load switches, among others. The product specifications include a maximum VDSS of 60V, a maximum ID of 0.7A, and a threshold voltage ranging from 0.5 to 2.0V, making it a versatile general-purpose MOSFET with various characteristics. Additionally, we offer ultra-compact packages such as SC-75A, SC-70, and SC-59, making it suitable for new adoptions as well as alternatives for EOL products from other companies. Some products are also compatible with automotive applications, so please refer to the brochure for details or contact our sales team for inquiries.
Inquire About This Product
basic information
【【Product Lineup (Partial)】 ■INJ0003AU1 (P-channel 20V/0.55A, SC-75A) ■INK0010AU1 (N-channel 60V/0.1A, SC-75A) ■INJ0011AM1 (P-channel 50V/0.1A, SC-70) ■INK0010AU1 (N-channel 20V/0.7A, SC-70) ■INJ0103AC1 (P-channel 20V/0.55A, SC-59) ■INK0010AC1 (N-channel 60V/0.26A, SC-59)
Price range
Delivery Time
Applications/Examples of results
● LED, small-capacity motor drive ● High-capacity MOSFET, IGBT pre-drive ● High-speed switching, analog switches, etc.
catalog（1）
Download All Catalogs
Company information
Isahaya Electronics began production of small signal transistors in 1973 and has evolved its semiconductor technology into design technologies for gate drivers and DC/DC converters. In recent years, the company has also focused on developing high-efficiency, high-power-factor power supply technologies to contribute to carbon neutrality. (Three-phase PFC, 1500V input compatible DC/DC converters, bidirectional converters, etc.) Meanwhile, to meet diverse needs, small signal transistors have also evolved with enhanced functionality and integration, expanding the lineup of high-voltage, high-current transistors, MOSFETs, and analog ICs.