TL4275KTTR

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The TL4275KTTR is one of the most popular Voltage References in use today. It is widely used in a variety of applications, ranging from industrial and automotive to consumer and commercial products. A Voltage Reference is an electronic component that is commonly used to maintain a stable voltage level in a circuit, regardless of changes in the input or load current. With its low-noise, low-cost, and high-accuracy characteristics, it has become one of the most relied-upon voltage references in the industry.

The TL4275KTTR is a low-power, CMOS-based voltage reference that is designed for use in battery-powered and general electronics applications. It is built on a CMOS integrated-circuit process, which offers minimal power dissipation, excellent accuracy, and high stability. The TL4275KTTR is available in three operating voltage ranges: 0.3V to 24V, 1.2V to 18V, and 3.3V to 10.0V.

The TL4275KTTR voltage reference can be divided into two types--the 1V and 2.5V output versions--each with its own unique design features. The 1V version is optimized for use in low-noise applications, while the 2.5V version is best suited for medium-to-high noise applications. The 1V version is available in four reference voltage output options--0.3, 0.6, 1.2, and 2.5V--while the 2.5V version offers three reference voltage output options--1.2, 2.5, and 3.3V.

The TL4275KTTR voltage reference has a temperature coefficient of ±150ppm/°C, making it highly suitable for applications that require accuracy and stability over wide temperature ranges. It also has a wide input range of 1.14V to 9V, which allows for greater flexibility in its application. In addition, the TL4275KTTR has a low quiescent current consumption of just 1µA, which makes it ideal for battery-powered applications.

The TL4275KTTR voltage reference works by controlling the output voltage of its circuitry in order to maintain a constant voltage reference level. It works by using a combination of internal resistors and an external voltage to regulate the output voltage and current. When an input voltage is applied to the TL4275KTTR, an internal voltage divider produces a reference voltage, which is then compared to the external voltage. The output is then regulated to produce the desired reference voltage.

In addition to its wide operating temperature range and low-noise characteristics, the TL4275KTTR also has several other useful features. It has an output voltage accuracy of ±0.1%, a low reference impendence of 5 Ω, and a high ripple rejection of -54dB. The TL4275KTTR also has an adjustable PSRR as well as a total harmonic distortion of -60dB.

The TL4275KTTR voltage reference is an ideal component for applications that require low-power, high-accuracy, and low-noise voltage references. It can be used in applications that range from automotive, industrial and consumer products, to commercial and medical products, offering the best of both worlds--great performance and low cost. Its features, including its low-power consumption, wide temperature range and high stability, make it one of the most relied-upon voltage references in the industry today.

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