NCP5201MNR2G

NCP5201MNR2G is a controller IC for the voltage regulator purpose. It belongs to ON Semiconductor’s MNR2 family of products and has been designed to deliver a compact and cost-effective solution for end-customers’ applications. This controller is ideal for products requiring high power efficiency and best-in-class features, such as low start-up power consumption, long battery life and low external component count.

NCP5201MNR2G is a special purpose voltage regulator IC, specifically designed for applications that require high power efficiency, low external component count and best-in-class features. It is capable of operating in both boost and buck modes and includes both PWM and burst-mode operation for ultra-low power consumption. The controller also includes various safety features to protect the load from over-current, over-voltage, and under-voltage conditions. It’s suitable for both low and high input voltages due to its wide input voltage range.

The NCP5201MNR2G provides a highly-accurate voltage regulation loop. It is based on a hysteretic architecture that ensures stable and accurate control of the output voltage. The main component in the regulation loop is a voltage error amplifier that senses the difference between the feedback voltage and the reference voltage (VREF). Any difference between the two triggers the output driver stage to make the necessary adjustments.

The controller can be used in a wide variety of applications, such as powering battery-operated systems, providing always-on power, and providing automotive grade tolerances. Its small form factor and wide operating temperature range allow it to be used in many space-constrained applications. Additionally, the controller can be used in applications requiring a wide range of output voltages, from a few hundred milli volts up to tens of volts, making it useful for powering common household devices.

In summary, NCP5201MNR2G is a highly efficient special purpose voltage regulator IC. Its wide input voltage range and efficient regulation loop provide excellent power conversion efficiency for applications requiring high power efficiency and low external component count. Additionally, its built-in safety features and wide operating temperature range make it a great choice for reliable operational performance.