TS4061BICT-1.25

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The TS4061BICT-1.25 is an ultra-fast voltage reference device that is commonly used as an active voltage reference for voltage scaling, calibration circuits, and μP supervisory circuits, as well as for various control applications. It is one of the many voltage reference devices offered by Texas Instruments.

The TS4061BICT-1.25 is a member of TI\'s family of miniature and low-power quad voltage references. The device\'s operating voltage range is 2.5V to 6.25V and its output voltage range is 1.21V to 1.25V.

The TS4061BICT-1.25 is designed to provide ultra-fast transient response times of 0.25µsec, making it ideal for a wide range of applications. The device is suitable for use in communications, computing and entertainment equipment where the supply voltage may be sensitive to noise and the response time needs to be as short as possible.

The TS4061BICT-1.25 also features a low-drift architecture, meaning it has a guaranteed temperature coefficient of 10ppm/°C maximum and a guaranteed drift from 0°C to 85°C of ±1.9mV. This makes it suitable for use in equipment that requires high voltage accuracy and stability over a wide temperature range.

The device features a four-channel architecture, with four separate outputs that can be used to provide an adjustable voltage reference. Each output can be adjusted independently using an external resistor, so the user can adjust the device to a range of voltages over its operating voltage range.

The TS4061BICT-1.25 also features a low-power consumption of 150µA, making it ideal for applications where power efficiency is critical. The device is rated for 1,000,000 hour MTBF, making it a reliable option for continuous operation.

In summary, the TS4061BICT-1.25 is an ideal voltage reference device for a wide range of applications, from voltage scaling and calibration circuits to μP supervisory circuits and beyond. Its ultra-fast transient response times, low-drift architecture, and low-power consumption make it an excellent choice for equipment that requires high voltage accuracy and stability over a wide temperature range.

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