NJM2370R02-TE1#

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The NJM2370R02-TE1# voltage regulator is a linear voltage regulator integrated circuit (PMIC) in TO-220 packaging suitable for use as a drop-in replacement component in various applications. The device is a semiconductor device that produces a constant output voltage from an input voltage by varying the current flowing through a feedback network. This allows for precise control of the output voltage for a given input voltage.

The NJM2370R02-TE1# is designed for use in applications where low noise, high accuracy, low power consumption and low component count are desired. It has an adjustable input voltage range of 9V to 30V, and output voltage range of 0.6V to 24V. This wide input voltage range makes the device suitable for use in a variety of different applications such as portable consumer devices, automotive systems, and industrial equipment. The device can also tolerate reverse voltage input up to -12V. It provides an adjustable current limit of 50mA, which can be adjusted using an external resistor, and has a quiescent current of 18µA.

The device includes a shutdown pin to enable or disable the power path. It has high transient response with a fast turnon time of 25µs and a turnoff time of 1µs. It also has a thermal shutdown function, which prevents the device from overheating. This prevents damage to the device and ensures a longer life.

The device features low output ripple voltage of 1mV, and its high accuracy ensures precise voltage regulation. Its high efficiency and low power consumption make it suitable for use in battery-powered applications. The device also has excellent noise immunity and its compact package ensures high reliability in operation. It comes in a thermally enhanced TO-220 package with wide copper leads that provide excellent heat transfer and better thermal performance.

The NJM2370R02-TE1# is a versatile and reliable device for a range of applications. Its adjustable voltage range and low output ripple voltage make it suitable for sensitive and demanding applications, while its low power consumption and high efficiency make it suitable for use in battery-powered devices. The device is a reliable and robust solution for many applications, and its low cost makes it a great option for system designers.

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