NCP81239AMNTXG

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 NCP81239AMNTXG is a DC-DC switching controller designed for telecom applications that use the PMIC voltage regulator standard. The device is designed to provide precise power delivery to the system, and is based on TI’s BCDMOS silicon-based technology. The device supports up to 8 power ports, with each port capable of delivering up to 3A. It operates from 0V to 4.5V and supports frequency switching from 4MHz to 16MHz.

The NCP81239AMNTXG has an integrated digital voltage regulator, a wide input voltage range, switch-mode architecture, adjustable dead time and built-in protection features. It offers high accuracy and stability over a range of temperature variations and operating conditions. The device features an enable pin, which enables or disables the device, as well as an array of pins for external digital control, including enable, enable input voltage and gain pin.

The NCP81239AMNTXG utilizes the advanced switch-mode architecture to provide high efficiency and reliability. The controller is designed to minimize power loss and reduce output voltage ripple to ensure that the system works within its designed parameters. The device offers variable switching frequency with adjustable switching frequency and enables precise current-mode control for accurate power delivery.

The NCP81239AMNTXG supports multiple protection and fault-handling functions, including short circuit protection, under voltage lock-out, thermal shutdown and adjustable cycle-by-cycle current limiting. The device also features DSP optimized loop compensation with adjustable gain and external compensation pin for precise system control. The device also comes with a range of configurable parameters, including operating temperature, over-voltage protection, operating frequency, and output voltage range.

The NCP81239AMNTXG can be used in applications such as power adapters, telecom power supplies, and remote power systems. It is ideal for applications which require precise power regulation and have tight space constraints. The device delivers high performance and reliability to meet even the most stringent standards.

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