ICE8N60LK, 13A, 600V DFN56 New Arrival!!
The arrival of the small and thin package DFN56.
A MOSFET that is strong against avalanche with a rating of 8A, 600V. It is ideal for compact power supplies.
- Company:アイスモス・テクノロジー・ジャパン
- Price:Other
1~11 item / All 11 items
The arrival of the small and thin package DFN56.
A MOSFET that is strong against avalanche with a rating of 8A, 600V. It is ideal for compact power supplies.
Product introduction of power MOSFET products for power supply applications.
【BOOST MOS】 Application: Boost-type DC-DC converters, etc. Package: TO-252, TO-220FP Voltage Rating: 100V to 250V Features: Low R<sub>DS(ON)</sub>, high current capability, low Qg 【BUCK MOS】 Application: Buck-type DC-DC converters Package: TO-220FP Features: Ultra-low on-resistance (5.3mΩ and above) 【SR MOS (Synchronous Rectification MOSFET)】 Application: Efficiency improvement in rectification stages Features: High-speed switching, low Qg 【Power Saving MOS】 For ultra-low current applications (e.g., 0.033A class) Compact SOT-23 package 【Power Switch MOS】 Application: ON/OFF control for power lines Package: Various including DFN3x3, SOP-8 Features: Low on-resistance, high current control capability 【Signal Switch MOS】 For low current and low voltage switching applications Supports ultra-compact packages (such as SOT-23) 【GaN/SiC WBG Devices】 GaN HEMT and SiC SBD (Schottky Barrier Diode) High voltage products planned, such as 650V class
Low Voltage MOSFET
Analog Power Corporation was established in 2002 with the aim of specializing in power management and producing optimal products for customers. It has offices in the United States (San Jose, California), Hong Kong, and Taiwan, and boasts an extensive network of agents that covers most of the global semiconductor market. By leveraging industry-leading manufacturing partners, Analog Power Corporation's products are manufactured to the same standards as those of large and diverse vendors in the market. The employees of Analog Power Corporation are customer-oriented, with a high percentage of engineers having experience in power semiconductors.