NCV8852DR2G

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The NCV8852DR2G is a power management integrated circuit (PMIC) used primarily as a DC-DC switching controller. It is available in a tiny 2mm × 2mm XDFN 10L package, making it an ideal choice for highly integrated board designs. The NCV8852DR2G can be used to control the output voltage and current of power systems. It incorporates on-chip power-down and over-voltage protection functions, making it suitable for use in automotive and industrial applications.

The NCV8852DR2G has a built-in zero-voltage and zero-current soft-start, allowing for a simple and smooth start-up sequence. The device contains an 8-bit, Arm® Cortex®-M3-based microcontroller and allows for the implementation of complex power sequencing, sequencing delays, and sequencing implementation. The micro-controller can be externally connected to other devices, allowing for the implementation of further features.

The NCV8852DR2G supports the use of synchronous and non-synchronous boost converters, buck converters and flyback converters. The device can be used to regulate the input and output voltages, while also helping to protect the power systems from over-voltage and/or over-current conditions. It includes a feedback control loop with selectable, freely programmable hysteresis and is capable of controlling multiple outputs with various current levels, making it ideal for automotive, industrial and communication applications.

The NCV8852DR2G provides programmable over-voltage, over-current, and load-dump protection, as well as curent-mode control, making it suitable for a variety of power systems. It also contains dual MOSFET drivers, allowing for high-speed switching and excellent thermal performance. The device also incorporates a window watchdog timer with selectable periods for monitoring system conditions and an automatic fault recovery feature.

The NCV8852DR2G is a highly integrated power management solution for automotive, industrial and telecommunication applications. It offers high performance, small size, low power consumption, and is designed for cost-effectiveness making it an ideal solution for a wide range of applications. This versatile PMIC is the perfect choice for any power system design where high efficiency, low power consumption, and small size are desired.

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