REF02HSZ

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REF02HSZ, a voltage reference integrated circuit, is a two-terminal device used in a variety of voltage controlling applications. It is the next-generation of ultra-high precision, low-power and low-voltage references which provide a stable reference voltage. This voltage is adjustable through 2 pins that act as a voltage divider. There are a few application fields in which this integrated circuit can be used, such as temperature/pressure monitors, high-precision DAC’s, voltage regulators, voltage references, digitizers and servo-control circuits.

This voltage reference can easily provide a reference voltage from 0.5 V to 5.5 V. It has a fast settling time of around 200 us and its typical power draw is around 2.3 uA. It also has an off-chip temperature sensing capability which allows it to operate above the temperature range of -40 C to 85 C. This also enables it to improve overall system accuracy and stability.

The main working principle of the REF02HSZ is based on its Bandgap voltage references. It uses the two-terminal voltage divider principle to achieve a reference voltage. The two terminals act as a voltage divider so that the output of the device matches the predetermined reference voltage. This integrated circuit has various advantages when compared to traditional bandgap references.

First, it has very low noise levels, which improve the accuracy and stability of the device. It also has a wide temperature range and low power dissipation so that it can be used in a variety of applications. It also allows for multiple voltage reference on a single chip, which increases the design flexibility.

The REF02HSZ is a very useful integrated circuit for those who require a highly accurate voltage reference. It is used in a variety of applications, from temperature/pressure monitors, high-precision DAC’s, voltage regulators, voltage references, digitizers, and servo-control circuits. Its advantages of low noise, wide temperature range, and low power dissipation make it a desirable option for any application that requires a stable reference voltage.

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