S-13R1E24-N4T1U3

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S-13R1E24-N4T1U3 is a linear voltage regulator that is classified under the PMIC - Voltage Regulators - Linear category. This voltage regulator is designed to provide a stable voltage output from a DC input within a specified range. This device is suitable for a wide range of applications, including industrial electronics controls, computer peripherals, and medical equipment. Below, this article will discuss the application field and working principle of S-13R1E24-N4T1U3.

Application Field of S-13R1E24-N4T1U3

The S-13R1E24-N4T1U3 linear voltage regulator is commonly used in applications that require a reliable output voltage with wide supply voltage range. Its features, low quiescent current, and low output current noise make it suitable for power sensitive electronics. This regulator can be used in industrial electronics applications such as programmable logic controllers, motor drive and control systems, and robotics. It is also suitable for portable electronics and communication systems because of its small size and minimal power consumption. It is also used in medical equipment as well as computer peripherals. All these applications require stable and precise voltage regulation.

S-13R1E24-N4T1U3 Working Principle

S-13R1E24-N4T1U3 is a linear voltage regulator that uses a power MOSFET to provide a stable output voltage from a DC input within a specified range. This voltage regulator circuitry works by comparing the output voltage with a reference voltage and then modulating the power MOSFET in order to stabilise the output voltage. The power MOSFET is modulated by the internal control circuitry which compares the regulated output voltage with the reference voltage. This MOSFET is then driven with a duty cycle that corresponds to the voltage difference between the output and reference voltage. This mechanism allows for precise stable voltage regulation over a wide range of input and load conditions.

The S-13R1E24-N4T1U3 can also be used as an adjustable voltage regulator. This can be achieved by adjusting the reference voltage. This is done by using an external resistor divider between the reference voltage pin and ground. By changing the resistance of this divider, the reference voltage can be adjusted and thus the output voltage can be modified. Adjusting the reference voltage is particularly useful for applications that require a stable output voltage in the presence of varying supply voltage and environmental conditions.

In conclusion, the S-13R1E24-N4T1U3 is a linear voltage regulator is popular in many applications because of its low quiescent current and low output current noise. It is used in industrial electronics, medical equipment, and computer peripherals. It works by using an internal control circuitry that modulates the power MOSFET to stabilise the output voltage. It is also possible to adjust the reference voltage for applications that requires precision voltage regulation.

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