Overview of BSC032N04LSATMA1 by Infineon Technologies AG
The BSC032N04LSATMA1 by Infineon Technologies AG is an N-channel Power Field-Effect Transistor designed for switching applications that demand low on-resistance, high-speed switching, and high drain currents. Key specifications include a continuous drain current of 98A, a drain-source voltage of 40V, and an ultra-low on-resistance of 0.0025 ohm when tested at a gate-source voltage of 10V. Moreover, it is packaged in a TDSON-8, a small outline plastic package, supporting efficient space utilization and ease of mounting in dense circuit layouts.
The component features an enhancement mode, marked by its ability to conduct between the drain and source when a positive gate-source voltage is applied. The transistor’s built-in diode and the ability to sustain a pulsed drain current of up to 392A adds to its robustness in high performance switching circuits. Given its compliance with REACH and being RoHS compliant, along with a moisture sensitivity level of 1, this part ensures reliability and safety in operation, suitable for applications demanding high environmental compliance.
Infineon reports a factory lead time of 20 weeks for this part, which is relevant information for planning and scheduling in procurement processes.
Industry Applications for BSC032N04LSATMA1
Given its technical attributes, the BSC032N04LSATMA1 could potentially serve a variety of industries where efficient power management and high-speed switching are necessary. Here are some possible applications:
- Computing and Data Storage: Given the high-drain current and low on-resistance, devices such as server power supplies and DC-DC converters might potentially benefit from using this component. Its efficiency can help in reducing the thermal footprint and improving power management in these applications.
- Consumer Electronics: Devices such as laptop adapters, desktop PCs, and gaming consoles, which require efficient power regulation, might possibly integrate such a transistor. Its space-saving design and high reliability in switching applications can greatly benefit compact electronic devices.
- Industrial Automation: For motor drives, power supplies, and other automated machinery, the high performance of this MOSFET in terms of low on-resistance and high current capability, could theoretically facilitate superior performance in controlling and protecting circuit designs.
- Telecommunications: In applications like RF amplifiers and networking equipment where high power efficiency and reliability are critical, this MOSFET might potentially be utilized. Its ability to handle high pulsed currents and enhanced switching performance possibly lends itself well to high-frequency communication equipment.
All these potential applications are conceptual suggestions and would require thorough verification by engineering teams to ensure compatibility and performance according to industry standards and specific requirements.
About Infineon Technologies AG
Infineon Technologies AG is a leading developer and manufacturer of semiconductor solutions, known for its innovative Power Field-Effect Transistors among other components. The company’s offerings include a broad range of transistors catering to diverse market needs from industrial electronics to automotive and power management applications. With strong emphasis on research and development, Infineon has been consistently delivering products such as BSC032N04LSATMA1 that underscore performance, power efficiency, and reliability.
Where to Find BSC032N04LSATMA1 by Infineon Technologies AG
For purchasing the BSC032N04LSATMA1, findchips.com offers a comprehensive platform to check current stock levels and pricing from various distributors. Historically, sources have included Win Source Electronics, LCSC, EBV Elektronik, Chip1Stop, and Mouser Electronics, among others. It is recommended to visit findchips.com, where you can also explore other Power Field-Effect Transistors offered by Infineon Technologies AG or by alternative manufacturers to compare specifications and availability.