TS4061BICT-1.225

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The TS4061BICT-1.225 series is a PMIC (Power Management Integrated Circuits) voltage reference. It is designed to provide high accuracy, stable voltage reference and current, allowing components to continuously operate without any interruption or fluctuations. The TS4061BICT-1.225 series is a family of devices made up of three different voltage references.

The application field of the TS4061BICT-1.225 series is broad due to its unique features. It is commonly used for portable, high-accuracy and precise voltage and current reference circuit applications, such as portable instrument monitoring, wireless communication, industrial control, and aerospace electronic technologies. It is also widely used to stabilize multiple voltage rails, as an adjustable voltage source in power supply circuits, and to provide a low-noise voltage reference for high-precision measurement.

The working principle behind the TS4061BICT-1.225 series is relatively simple when broken down into standard terms. The reference voltage is generated by one of the three on-chip voltage references: a band gap reference, a shunt regulator or a Zener reference. The output voltage is regulated by either a series or a current-folding pass element. This enables a constant voltage output across a broad range of input voltages and a highly precise accuracy output.

The TS4061BICT-1.225 series offers many excellent performance features. These include high accuracy voltage and current references, wide input voltage and current ranges, low noise, and high power efficiency. It is also able to provide protection against overcurrent and ESD damage, and offers excellent thermal overlay performance.

Overall, the TS4061BICT-1.225 series is an ideal solution for various applications requiring high accuracy, reliable voltage and current reference. Its versatile design makes it suitable for a wide variety of applications where accurate, stable and low-noise reference is required. Its excellent performance features such as high accuracy, wide input voltage and current ranges, low noise, and excellent thermal characteristics make it a reliable, cost-effective solution for many power reference applications.

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