TS822IZ

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PMIC – Voltage Reference is broadly applied stepper motor control system that enables control over voltage levels in various electronic products. TS822IZ is an integrated voltage reference that provides reference voltage levels and temperature stability with extreme accuracy and ease of use. The TS822IZ system allows for the voltage reference to be adjusted over the reference voltage range and does not require a separate reference oscillator for the operation.

The TS822IZ integrated voltage reference consists of two parts. The first is the input voltage reference, which is used to adjust the reference voltage range over an extended period of time. The input voltage reference can be adjusted from +2.2V to +4.4V for applications that require low and high voltage requirements. The input voltage reference is provided with a 5V internal reference resistor to reduce component count, as well as to maintain accuracy. The second component of the voltage reference is the output voltage reference, which is used to adjust the reference output to a desired level. The output voltage reference is capable of detecting changes in temperature (with ±3mV accuracy) and is provided with a guarantee of ±25mV accuracy.

The TS822IZ voltage reference is suitable for high reliability applications, such as telecom and networking equipment. Additionally, the TS822IZ can be used in applications with long measure time, such as high-transient range applications, where temperatures can quickly change and be difficult to control. Additionally, the integrated voltage reference of the TS822IZ can also be used for other applications in the current measurement, voltage measurement, battery, analog-to-digital conversion, signal processing, and other industrial applications.

The TS822IZ integrated voltage reference system has been designed for ease of use for designers. Firstly, the device includes on-chip and off-chip options for parametric operation. Secondly, the chip has an adjustable temperature compensation, which ensures that the reference output remains stable at a range of temperature conditions. Thirdly, the device includes high-accuracy and low-noise characteristics that enable it to be used in applications requiring an ultra-low jitter reference. Finally, it has an easy-to-use graphical user interface that is designed to help users to quickly configure their TS822IZ integrated voltage reference.

The TS822IZ integrated voltage reference system is designed to provide maximum performance and stability, even in the most challenging environment. The device utilizes an on-chip stable internal reference voltage reference, as well as an output voltage reference, to ensure maximum accuracy and stability of the reference voltage. Additionally, the device features an adjustable temperature compensation, which ensures that the reference output remains stable over a wide temperature range. Finally, the device has a low jitter of the reference, which is beneficial for applications requiring long measurement time.

Overall, the TS822IZ integrated voltage reference system is a versatile and powerful solution for applications that require accurate voltage reference over a wide range of temperatures and environments. The device is designed to reduce the complexity of the system and to ensure maximum accuracy and stability. Through the inclusion of an on-chip, off-chip parametric options and a graphical user interface, the TS822IZ provides a robust and easy to use solution for engineers to quickly set up their voltage reference.

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