NCP186AMX120TAG

NCV186AMX 120 TAG Application Field and Working Principle

NCV186AMX 120 TAG is a PMIC-Voltage Regulator-Linear used to control voltage and power levels in commercial, industrial and military applications. The NCV186AMX 120 TAG is a complete step-down voltage regulating module which includes an integrated power MOSFET, a low-noise reference voltage and a two-level pulse width modulation (PWM) control. The NCV186AMX 120 TAG has an adjustable output voltage that ranges from 0.6 to 5.5 volts and is capable of providing up to 120A of continuous output current. It also features a 5 V logic-level input acceptor, an output voltage regulation of less than 1% over load and temperature, and an adjustable hysteresis.

The NCV186AMX 120 TAG\'s working principle is based on the use of a voltage reference, an error amplifier and a pulse-width modulator (PWM). The voltage reference provides a reference voltage to the error amplifier, which compares the reference voltage with the feedback voltage from the output of the NCV186AMX 120 TAG. The error amplifier then produces a error-voltage signal which is sent to the PWM. The PWM then processes the error voltage signal and creates a PWM-controlled switching GATE to drive the integrated MOSFET. The MOSFET then regulates the voltage and current of the output according to the PWM-controlled switching GATE.

The NCV186AMX 120 TAG includes many features to protect the module in order to ensure the safety of the equipment and the users. The device includes operating temperature protection, over-voltage protection and short circuit protection. In order to ensure reliable operation and protection of the module, it has a thermal shutdown feature which will protect the module after a certain number of faults or when the temperature of the module exceeds the maximum allowable threshold.

The NCV186AMX 120 TAG is a highly efficient module for controlling and regulating voltage and current in commercial, industrial and military applications. Its integrated power MOSFET and its low-noise reference voltage make it an ideal choice for applications where precision control and high power output are required. Its adjustable output voltage and output current ratings, as well as its protection features, make this module an excellent choice for use in hazardous environmental conditions.