ADP1713AUJZ-0.75R7

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ADP1713AUJZ-0.75R7 is a high-performance, adjustable, positive voltage regulator that is capable of providing a wide range of output voltages. It is a monolithic integrated circuit featuring a PMOS input transistor and an NPN output transistor in a single package. This device is designed to regulate a wide range of output voltages with its adjustable output voltage function. The output voltage can be adjusted between its minimum output voltage (VOUT) and its maximum output voltage (VMAX). The device includes current and thermal stability features to provide stable operation over its operating temperature range.

The PMIC-Voltage Regulators-Linear type of device is designed to meet the requirements of applications such as power management, battery charging, energy control and switching of low power circuits. ADP1713AUJZ-0.75R7 is designed for applications where output voltage adjustment, current and thermal stability are key factors for efficient operation and reliability. The device also offers a wide range of minimum and maximum output voltages as well as adjustable input current limits.

The working principle of the device is quite simple. The input voltage is first passed through the PMOS transistors which serves as the regulating element of the device. This transistor then steers the output voltage to the desired level. The output voltage is then regulated at this level by the controlling circuit. The NPN transistor is used to completely shut down the output voltage. This prevents the output voltage from becoming too high or too low. The ADP1713AUJZ-0.75R7 also offers thermal protection to prevent the device from running too hot and also to protect the device from damage due to overload.

The ADP1713AUJZ-0.75R7 is an excellent choice for designers looking for a reliable, adjustable, positive voltage regulator thanks to its wide range of minimum and maximum output voltages, adjustable input current limits, and thermal protection. Its adjustable output voltage feature makes it ideal for applications where output voltage adjustments are necessary for optimal performance. Its current and thermal stability features further add to its reliability and ensure a stable operation over its entire operating temperature range.

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