NCP1236DD65R2G

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PMIC (Power Management Integrated Circuit) is a device that optimizes the power supply of a system. It provides power and dc-to-dc conversion, monitoring and protection to system components. PMICs are used in composite systems to ensure efficient, reliable power delivery and can be used in both AC and DC applications. The NCP1236DD65R2G is an example of a PMIC used in the AC to DC converter market.

The NCP1236DD65R2G is designed for offline switching, meaning that it can work with input AC power to convert it to regulated DC voltage. It features a high performance PWM, low start-up current, high efficiency and low noise. It can also provide over-temperature protection and includes a frequency jittering function that reduces EMI emissions. This makes it suitable for a wide range of applications, from consumer electronics to lighting and industrial applications.

The NCP1236DD65R2G is a step-down converter which uses pulse-width modulation (PWM) to regulate its output voltage. It is capable of buck converting an AC voltage in the range of 85V to 265V down to a DC voltage in the range of 12V to 36V. The PWM pulses are generated by a high performance oscillator and the duty cycle is controlled by an external voltage, allowing the converter to respond quickly to changes in input AC power. The output voltage is then regulated by an error amplifier and a feedback loop.

The NCP1236DD65R2G can offer high power conversion efficiency and low standby power consumption. It also has internal protection circuits that protect the device from overloads and short circuits. It is also designed to meet stringent EMI requirements, thanks to its low-power switching frequency and on-chip jittering function. All of these features make the NCP1236DD65R2G an ideal choice for applications that require highly efficient, reliable and silent power conversion.

In summary, the NCP1236DD65R2G provides an efficient solution for AC to DC conversions and its features make it an ideal choice for a wide range of applications. Its high efficiency, low noise and low standby-power consumption make it suitable for consumer electronics, lighting, industrial and other applications that require reliable power delivery.

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