NCP1050ST136T3G

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The NCP1050ST136T3G is an integrated AC/DC converter controller and is one of the few NCP1050ST136T3G parts available from ON Semiconductor. It is a highly integrated solution that can be used in applications requiring up to 75 W of power. It is designed to be used in buck topologies, with a variety of other topologies being possible. The NCP1050ST136T3G\'s has a wide range of features and benefits that makes it ideal for off-line, ac-dc switching applications.

The NCP1050ST136T3G is capable of working with input voltages up to 420 VAC, allowing it to be used for applications that require assistance with power, such as power supplies, adapters, and lighting systems. It can also be used in Voltage Insulator (VI) mode, allowing the power to be converted to provide a safe electrical isolation between the source and the load. It is also designed to work with low-leakage inductors, ensuring minimal conduction losses while maintaining high efficiency. The device features integrated cycle-by-cycle current limiting, protection against short-circuit faults, and protection against open-circuit and over-voltage conditions.

The NCP1050ST136T3G also features a potentiometer-based adjustment for output voltage and current limiting. This adjustable output structure allows for a wide range of voltages and currents to be used for the load, allowing for a greater degree of customization for different applications. The integrated input capacitor from the external power supply allows the device to maintain operation in the face of power disturbances, helping to ensure reliable operation in the presence of power disturbances and interference.

The NCP1050ST136T3G is a highly integrated solution for offline switched-mode power supplies and ac-dc applications. It is designed to provide efficient, reliable and cost-effective conversion of ac mains power to a regulated dc voltage. With external components, it can be configured to work in buck, buck-boost, fly-back, forward, and other conduction modes, making it suitable for a range of applications. It features a wide range of integrated features and benefits, most notably the adjustable output structure, the integrated input capacitor, and the cycle-by-cycle current-limiting.

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