S-1142D86I-E6T1U

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The S-1142D86I-E6T1U is a Linear Voltage Regulator which is part of the Positive-Voltage-Regulator family of products. It is designed to regulate a fixed voltage between 0.75V and 5.5V, while also providing up to 1A of output current. It is a package of three pieces, including an output voltage value, an unpowered linear regulator, and a feedback control circuit. This regulator is an ideal solution for systems that require a high level of precision and stability.

The S-1142D86I-E6T1U is composed of differential amplifiers, resistors, and capacitors which together form the feedback control circuit and improve the regulation accuracy of the linear regulator. The differential amplifiers take an input from the output of the linear regulator and compares it to the reference voltage. This voltage is then used to drive the output stage transistors, allowing a more accurate control of the output voltage. The capacitors provide a low impedance path to ground, while the resistor provides feedback to control the loop, resulting in improved stability.

The S-1142D86I-E6T1U is a power-regulation device that can be used for many different applications, such as providing the power for microcontrollers, processors, and other integrated circuits, as well as providing the power for small motors and other low-power projects. It is also a suitable choice for powering high-speed data and clock signals. When used in these applications, the S-1142D86I-E6T1U provides a stable and reliable power source, even under dynamic load conditions. Its wide input voltage range makes it suitable for use in many different applications.

The S-1142D86I-E6T1U is a three-piece linear voltage regulator that features a package with an output voltage, an unpowered linear regulator, and a feedback control circuit. The device provides precision and stability, allowing it to be used in many different applications such as powering small motors and powering high-speed data and clock signals. It has a wide input voltage range and is an ideal solution for systems that require a high level of accuracy and reliability.

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