REF02HSA+T

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Voltage reference is an important part of power management integrated circuit (PMIC). It is used for on-chip or off-chip voltage regulation and for providing a stable reference voltage for precision voltage regulation. REF02HSA+T is an advanced voltage reference from Texas Instruments, specifically designed to provide low noise and high accuracy when used as a supply reference. It is ideal for applications such as low-noise power supplies and ADCs.

The REF02HSA+T voltage reference combines robust features that allows designers to use it confidently for low-noise voltage regulation mostly in space-constrained designs used in automotive and industrial markets. The device comes in a tiny 0.8mm x 0.8mm WSON package with a maximum height of 0.44mm and an operational temperature range of -40°C to 125°C. In addition, it has low noise, high accuracy and excellent power supply rejection.

The REF02HSA+T’s operation is based on a stable, precision voltage reference. This reference is generated using a bandgap circuit and a series of temperature compensation circuits. This combination results in the excellent noise and accuracy specifications of the reference circuit. It also incorporates a reference amplifier, which helps improve the accuracy of the reference voltage.

REF02HSA+T is used in various applications requiring precision voltage regulation. The precision voltage reference can be used to regulate supply voltages, such as 5V and 3.3V, for microcontrollers and other low-power devices. The device can also be used for precision current regulation for op-amps, voltage converters and other linear regulators. Additionally, it can be used in low-noise power supplies and ADCs.

REF02HSA+T is an ideal voltage reference for precision voltage regulation applications in space-constrained designs. It is highly reliable, accurate and has low noise characteristics that make it suitable for a variety of low-noise, precision voltage regulation applications. Its small size and high accuracy further make it very suitable for automotive, industrial and other space-constrained applications.

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