BAJ0BC0WFP-E2

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Introduction: BAJ0BC0WFP-E2 is an integrated linear voltage regulator from ON Semiconductor designed for use in various applications requiring stable DC output voltage. The device is an ultra-low-dropout (ULDO) linear regulator for low voltage, low dropout and low noise applications.

Application Fields: BAJ0BC0WFP-E2 is generally used in automotive, industrial control and medical control applications. In the automotive applications, it is used to maintain constant voltage output from a wide range input to drive multiple automotive peripherals such as lights, speakers, displays and sensors. In the industrial control applications, it is used to maintain constant voltage output to drive motors, solenoids and other controllers. In the medical control applications, it is used to maintain constant voltage output to power medical imaging devices such as ultrasound, X-Ray and MRI. It can also be used in battery-operated applications that require ultra-low quiescent current.

Working Principle: BAJ0BC0WFP-E2 operates by controlling part of the input voltage to create a stabilized output voltage. At its output stage, it has a PMOS pass transistor which is controlled by a voltage loop. The voltage loop is designed in such a way that when the voltage at the output of the device is higher than the intended output voltage, the PMOS pass transistor is turned OFF resulting in reduced current flow to the output. Conversely, when the output voltage is lower than the output voltage, the PMOS transistor is turned ON, which increases the current flow to the output, thus bringing the voltage at the output back to the intended output voltage. The device also has its output voltage protected by current limiting and thermal shutdown protection.

Conclusion: BAJ0BC0WFP-E2 is an integrated linear voltage regulator from ON Semiconductor which is used in various applications requiring a stable DC output voltage. It is used in automotive, industrial control and medical control applications, depending on the application requirements. It works on the principle of controlling part of the input voltage to create a stabilized output voltage and it also includes current limiting and thermal shutdown protection. Overall, it is an ideal solution for applications requiring ultra-low dropout and low noise operations.

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