NCV887300D1R2G

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NCV887300D1R2G is an efficient, cost-effective, high-performance switch-mode DC-DC converter with integrated MOSFETs. It is designed for automotive, industrial and consumer applications where power conversion efficiency and small size are key requirements. It is a PWM step-down (buck) converter with a synchronous rectifier that is capable of delivering a continuous current of 3.2A with up to an 80% peak efficiency and a 2-point or break-point control.

In terms of application fields, NCV887300D1R2G can be used in many industries, including automotive, industrial, consumer, medical and portable applications, such as car and truck batteries, home security systems, solar energy systems, medical devices and portable electronics. It has a wide input voltage range of 9V to 42V, making it suitable for applications that require input from a battery pack or from a power source such as a 12V automotive power source.

To enable its cost-effectiveness and small size, NCV887300D1R2G integrates MOSFETs on the die, eliminating the need for additional external components for the system design. This reduces the component count, improves efficiency, and lowers costs. Additionally, it does not require any external bootstrapping components, nor external feedback resistors.

NCV887300D1R2G leverages on a variety of features to ensure reliable, accurate and efficient power conversion. Some of these features include a programmable switching frequency, a constant off-time architecture and synchronous rectification. The switching frequency can be set up to 1MHz, allowing for a flexible design with fewer components. The constant off-time architecture ensures that the output current is fixed throughout the switching cycle regardless of the load. Lastly, the synchronous rectification ensures a higher efficiency in comparison to the rectification of a typical diode.

Overall, NCV887300D1R2G is highly efficient, cost effective and small in size, making it an ideal solution for automotive, industrial and consumer applications that require reliable and accurate power conversion. It is an excellent choice for applications that require input from a battery pack or from a power source, such as a 12V automotive power source. Furthermore, it does not require any external bootstrapping components nor external feedback resistors, further reducing costs and component count.

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