AS431IAZTR-G1

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The AS431IAZTR-G1 is a type of PMIC (Power Management Integrated Circuit) Voltage Reference. It is a miniature reference voltage generator designed for high precision, low power operation and low noise. This type of voltage reference can be used for precision voltage regulation, active current and voltage measurements, and as a reference source for analog control circuits.

The AS431IAZTR-G1\'s output voltage is adjustable, with a generally accepted range of 0.8 V to 4.5 V. Its regulated output is extremely stable, with a temperature coefficient of only 1 mV/°C, and it features a voltage-setting accuracy of ±0.25 %, making it an ideal reference for high-accuracy and low-noise voltage measurements. The AS431IAZTR-G1 also has low-power operation of only 2.5 mA, and its package options are extremely small, with a width of only 3 mm.

The principle of the AS431IAZTR-G1 is the same as that of a standard reference voltage generator. The input signal is a low-level signal with a certain level, and the reference voltage signal is generated by comparing the input voltage with a stable reference voltage.

The AS431IAZTR-G1 features a low-noise, high-accuracy IC which accurately amplifies the input signal. The signal is then sent to an op-amp which is configured to generate a highly accurate reference voltage signal. The reference voltage is then compared to the input signal and the difference is used to adjust the output voltage. This ensures that the output voltage is highly accurate and stable.

The AS431IAZTR-G1 can be used in a variety of applications, including precision voltage regulation, active current and voltage measurements, and as a reference source for analog control circuits. The AS431IAZTR-G1 is one of the most accurate and stable voltage references available, and it has been used in a wide range of industrial and automotive applications.

The AS431IAZTR-G1 is an ideal voltage reference for precision voltage regulation, active current and voltage measurements, and as a reference source for analog control circuits. Its low-noise, high-accuracy, low-power operation and small package options make it a great choice for applications requiring precision voltage regulation such as automotive and industrial applications.

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