NCP367DPMUECTBG

Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Active
Applications:	Overvoltage Protection Controller, Current Limit
Voltage - Input:	1.2 V ~ 28 V
Voltage - Supply:	1.2 V ~ 28 V
Current - Supply:	42µA
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	8-VFDFN Exposed Pad
Supplier Device Package:	8-DFN (2x2.2)
Base Part Number:	NCP380

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IntroductionThe NCp367DPMUECTBG is a programmable power-supply controller and monitor integrated circuit (IC) optimized for micro-electromechanical system (MEMs) control applications. The controller operates on a single chip and is designed to provide highly efficient power management with zero errors. The controller has sophisticated features such as adjustable voltage range, configurable output voltage, programmable pulse width modulation, and power-on reset (POR) circuitry. It is designed to operate in both static and dynamic modes, allowing it to adapt to any environment or system configuration. The power supply controller and monitor integrated circuit is uniquely designed to offer optimal performance while taking into account the thermal, electrical and mechanical properties of the system. Application Field The NCp367DPMUECTBG is most suitable for various low-power system applications such as mobile phones, smart home devices, set-top boxes and medical devices. It is also suitable for data servers, building automation systems and automotive applications. The power-supply controller and monitor IC provides highly efficient energy management, data backup and fail-safe protection. The controller operates in static and dynamic modes, allowing for efficient power management for various types of applications and system configurations. The controller’s pulse-width-modulation (PWM) capabilities can also be utilized for power-supply control and monitoring. The controller also incorporates programmable analog-to-digital converters (ADCs) that can be used to measure and control voltage, current or power. Working PrincipleThe NCp367DPMUECTBG works in two ways – static and dynamic. In static mode, the controller\'s configuration registers are configured and setup during initialization, and then used by the device to control the power supply. During this mode, the current and voltage alterations are done through a few cycles of the PWM waveform to adjust the output voltage. In dynamic mode, the controller can be used to monitor and detect any changes in the power supply parameters, with the controller adjusting the output voltage based on the applied load. The controller uses a set of control logic circuits to manage the voltage and current output levels, ensuring that the necessary voltage and current rating are maintained. The controller is also equipped with a POR circuit, which will detect any power fluctuations or abnormal power supply conditions and immediately shut off the power to the system. This prevents damage to the components or system. In addition to controlling and monitoring the power supply, the controller can also provide various protection mechanisms for the system. This includes output voltage overcurrent protection, output voltage over voltage protection, output voltage undervoltage protection, temperature compensation, brown-out protection, and more. The power-supply controller and monitor IC is specifically designed to achieve utmost efficiency in power management applications. The device provides high performance and reliability with low power consumption and minimal errors. It is also easy to set up and configure, making it applicable to a wide range of different power management applications. ConclusionThe NCp367DPMUECTBG is an ideal power-supply controller and monitor IC designed for MEMs control applications. It provides highly efficient power management and is suitable for several low-power applications. The device is designed to operate in both static and dynamic modes, and is equipped with sophisticated features such as adjustable voltage range, configurable output voltage, and programmable pulse width modulation. It also incorporates programmable analog-to-digital converters, enabling voltage, current, and power measurements and control. The device is very easy to set up and configure, making it suitable for a wide range of applications.

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