S-8521F38MC-BPXT2U

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

S-8521F38MC-BPXT2U Application Field and Working Principle.The S-8521F38MC-BPXT2U is a DC-DC Switching Controller, designed by Shanghai Shindengen Electric Mfg. Co., Ltd. It is a controllably integrated circuit that enables the regulation of output current and/or voltage of a DC power supply while maintaining its overall power efficiency. This makes it ideal for a variety of applications, including mobile devices, power supplies, electrical vehicles, medical devices, or any other system that requires a reliable and cost-efficient solution.The S-8521F38MC-BPXT2U contains an over-current protection circuit that limits the output current to protect the load from overloading it. This integrated circuit also provides an under-voltage lockout circuit, which restricts the output current from exceeding the input voltage. Furthermore, this DC-DC switching controller also has a high-speed response time between the input and output signals.The S-8521F38MC-BPXT2U operates in either step mode or CV/CC mode. In step mode, the output voltage and current are set by adjusting the resistor-adjusted voltage regulator. In contrast, in CV/CC mode, the output voltage/current is adjusted by changing the command voltage signal. This signal is typically provided by a digital control system.The S-8521F38MC-BPXT2U enables the regulation of the output current and/or voltage of a DC-DC converter to improve the stability, power efficiency and reduce power consumption. This integrated circuit also features a high frequency current sense amplifier, an overcurrent protection circuit, an undervoltage lockout circuit, and a low startup current.The S-8521F38MC-BPXT2U is ideal for a range of applications including consumer electronics, automotive, power supplies, LED lighting, medical devices, or any other system that requires a reliable and cost-efficient DC-DC switching controller solution. It can be used in step mode or CV/CC mode, ensuring a high-speed response time between the input and output signals and providing enhanced protection against current overload, along with an improved power efficiency. This integrated circuit also features an overcurrent protection, undervoltage lockout, and a low startup current, all of which are designed to ensure the longevity, safety, and stability of the system.

The specific data is subject to PDF, and the above content is for reference