TS821AIZ-AP

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The TS821AIZ-AP is a member of the TS821 family of voltage references that provide accurate, programmable voltage references up to +8V. The chip is ideal for applications requiring output voltages greater than +8V and where low operating current is desired. The chip is capable of operating from a single supply voltage and offer the best accuracy for programmable voltage references.

The TS821AIZ-AP is a monolithic IC consisting of an amplifier, an adjustable reference circuit and a reference input amplifier. The amplifier is used to compare the output voltage to an externally adjustable reference voltage. When the output voltage is greater than the reference voltage, the amplifier will generate a control signal to reduce the output voltage and vice versa. The reference input amplifier provides the reference voltage to the amplifier and is adjustable using an external potentiometer.

The TS821AIZ-AP provides precise, easily programmable reference voltages up to +8V with accuracy better than ± 0.05%. The voltage reference is highly accurate over temperature and supply voltage variation. It is also capable of providing a wide output voltage range with a wide range of valid gain settings. The output voltage is adjustable via a 10 / 2 kΩ potentiometer. The input voltage range is also wide, up to +8V, and it provides a fast response.

The TS821AIZ-AP can be used in a variety of applications such as temperature compensation, power regulation, reference voltage sources, voltage tracking systems, and many more. It can also be used for LED current regulation, battery management and digital systems for power supply control.

In general, the TS821AIZ-AP has a low operating current and is capable of maintaining accuracy and stability with a wide range of supply voltage. This makes it a good choice for applications that require high accuracy, low power consumption and wide operating temperature range. It is also suitable for applications in which output voltage is greater than +8V and where accuracy is a priority.

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