S-1335E25-A4T2U3

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The S-1335E25-A4T2U3 linear voltage regulator is used to control and stabilize the output voltage of different types 3-terminal DC power supply circuits. In general, the output voltage of a linear regulator is defined by two parameters: the feedback pin voltage (VI) and the output gain (A). This combination allows for a wide range of adjustable output voltages.

The S-1335E25-A4T2U3 linear voltage regulator has a maximum input voltage of 25 V and a maximum output voltage of 18 V. The regulator is highly efficient, not producing a large amount of heat, and having a low-noise operation. It has over current and over temperature protection features, in order to protect against damages due to excessive current or high temperatures.

The S-1335E25-A4T2U3 linear voltage regulator operates by comparing the voltage at one of its output terminals (Vref) to the voltage at its input terminal. When the voltage at the output terminal (Vref) exceeds the voltage at the input, the regulator compensates by decreasing the amount of current that flows through it. Conversely, when the voltage at the output terminal (Vref) is lower than the voltage at the input, the regulator increases the current flow to maintain a steady output voltage.

The S-1335E25-A4T2U3 linear voltage regulator has a wide variety of applications including but not limited to automotive applications, handheld devices, battery chargers, and DC power supplies. In automotive applications, it can be used to regulate the voltage output of alternators and boost converters. In handheld devices, it is used to regulate the voltage output of the circuitry. In battery chargers, it is used to regulate the charging of the batteries, as well as to provide over-current protection to the batteries. In DC power supplies, it is used to ensure that the output voltage is consistent, regardless of the load.

The S-1335E25-A4T2U3 linear voltage regulator is an essential component in the implementation of various complex power supply circuits. Its high efficiency and low-noise operation make it an ideal choice for applications where a steady and reliable output voltage is needed. It can also be used in applications requiring protection from excessive current and temperature spikes. Finally, it is also a cost-effective solution for applications requiring a large number of adjustable output voltages.

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