S-1323B23NB-N8ITFG

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S-1323B23NB-N8ITFG is a linear voltage regulator of PMIC, which provides stable and reliable voltage output. This voltage regulator can provide output voltage of +8V, +15V and +24V with an accuracy up to ±2% over a wide operating temperature range. The device has an internal current limit that is independent of input voltage and output load changes, and can provide latching protection upon short circuit or over-load condition. Moreover, it has a built-in over-temperature protection circuit to detect the temperature of the device and prevent over-temperature situation. It also features shutdown mode and reverse current protection which protect itself from being damaged by external load.

The main application field of S-1323B23NB-N8ITFG is in precision power supply, laboratory power supply, other industrial and medical equipment, and any other product which requires stable and reliable voltage output. With its high accuracy and good temperature tolerance, it can provide power supply with few fluctuations and can be used in different applications and product.

The working principle of this voltage regulator is quite simple. It uses an electronic circuit to control the voltage output of the power supply to a desired level. The input of the regulator is connected to the power source, while the output is connected to the load. The regulator is equipped with an error amplifier and a reference voltage. The error amplifier is responsible for sensing the output voltage and comparing it to the reference voltage. If any difference is detected, the regulator will make necessary adjustments to the current and keep the output voltage stable. The whole process is monitored and regulated by the feedback loop.

In summary, S-1323B23NB-N8ITFG is a linear voltage regulator of PMIC offering high accuracy, good temperature tolerance, and latching protection for a variety of applications. It has a built-in over-temperature protection circuit, as well as reverse current protection to prevent over-voltage and over-load conditions. And its working principle is based on a feedback loop which monitors and regulates the output voltage according to the pre-set reference voltage.

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