MCP1256-E/UN

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

The MCP1256-E/UN is a DC to DC step-down switching regulator ideal for use in a variety of electronic circuits where the highest efficiency and reliability are required. It is a high current, low ripple, voltage regulator that efficiently manages the power demand of a variety of devices, including embedded systems, audio and video equipment, computer systems, consumer electronics, industrial applications and much more. The MCP1256-E/UN\'s robust design and features make it suitable for all kinds of conditions, including hard environments and extreme temperature ranges.

The MCP1256-E/UN application field and working principle are based on its set of features. It is capable of providing up to 1.8A continuouss current and can handle up to 2.2A peak current with a low output ripple voltage of 6.6mV. Thanks to its superior design and features, its voltage conversion rate is 95% efficient. The MCP1256-E/UN can be driven by a digital signal or an analog signal like a pulse-width modulation input. Its output voltage can be finely adjusted by changing its external resistor.

The MCP1256-E/UN also features an internal temperature compensation system, which not only provides precise voltage regulation over varying temperatures but also automatically regulates the power dissipation at high temperatures to maintain the device integrity. Additionally, it has an internal soft start that limits the inrush current during device turn on. Thanks to its synchronization capability, it can easily operate in parallel with other MCP1256-E/UN controllers to provide additional power capacity.

In summary, the MCP1256-E/UN is a reliable and high-quality voltage regulator capable of delivering precise voltage output for power demanding applications. With its strong construction and features, it can easily handle extreme operating conditions and help reduce ripple noise caused by the high current load. Moreover, its synchronization capabilities make it ideal for boosting capacity in parallel with other MCP1256-E/UN controllers, making it an ideal choice for applications in the ever-increasing electronic industry.

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