TL751L10CP

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TL751L10CP is a low dropout linear voltage regulator that offers fast, precise voltage regulation over a range of input voltages. This low-power device offers low noise, high accuracy, and excellent line and load regulation. It is ideal for applications where a low dropout voltage is required to ensure efficiency and reliability.

The TL751L10CP\'s application field typically ranges from communication, industrial, automotive, consumer electronics, and computer systems to periphery devices. It is able to deliver up to 10A peak output current and voltage up to 5.0V in single stage mode and 4.5V in dual stage mode. To ensure reliability, it uses on-chip power limiting and thermal protection.

The TL751L10CP has an adjustable single/dual output of up to 5.0V or 4.5V. It offers a low-dropout of 0.3V (max) at up to 10A output current, and a wide input voltage of 5.5V to 40Vdc. It also offers excellent line and load regulation and low output noise, enabling effective power supply operation in a variety of applications.

The working principle of the TL751L10CP is simple yet efficient. It consists of an on-chip voltage reference, error amplifier, pass element, current-limited switch and a series of protective functions. The on-chip voltage reference generates a reference voltage which is amplified by the error amplifier to generate an output voltage. The control loop is then used to control the pass element (transistor) to output a desired voltage. This pass element can be either a linear or switch mode transistor based on the setting of the output voltage. The current-limited switch acts as an over-current protection to ensure the stable operation of the device. The series of protective functions are also provided to prevent any malicious or accidental damage, such as thermal shutdown, short circuit protection and output over-voltage protection.

In conclusion, TL751L10CP is a stable and reliable, low-power voltage regulator with excellent line and load regulation, low noise and low dropout voltage. Due to its wide application field, it is suitable for a variety of applications from communication, industrial, automotive, consumer electronics, and computer systems to periphery devices. It is a great choice for systems requiring a precise and efficient power supply.

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