ISL21060CFH633Z-TK

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The ISL21060CFH633Z-TK is an integrated circuit (IC), being classified as a power management integrated circuit (PMIC), manufactured by the Renesas Electronics Corporation. This particular PMIC is a voltage reference, or a three-terminal device that produces a fixed reference voltage. It’s designed to allow for a wide range of operating environments and provide enhanced low-voltage accuracy.

The ISL21060CFH633Z-TK voltage reference can be used in applications that require long-term stability and linear voltage regulation with low noise. Its key features include low reference voltage output, high accuracy, low noise, low temperature drift, fast turn-on time, and wide input voltage range.

The application field of the ISL21060CFH633Z-TK includes precision measurements and system monitoring, such as portable and handheld devices, automotive systems, instrumentation systems, measuring and test instruments and more.

The working principle of the ISL21060CFH633Z-TK is based on a band-gap reference technique, which takes advantage of the voltage differences between two semi-conductor junctions. The band-gap reference technique also includes a ratio-adjustment circuit, which is based on a voltage mirror, to generate an accurate reference voltage.

This precision voltage reference has an input voltage range from 0.95V to 5.5V. Its output voltage is adjustable in the range of 0.50V to 4.50V. The typical output voltage is 0.6V, with a temperature coefficient of 10ppm/°C. The maximum current output for the device is 10mA, with a maximum peak current of 20mA.

In addition, the ISL21060CFH633Z-TK is designed with low-noise operation and fast turn-on time. The device includes an energy-saving current-path switches, which shut off the device when not in use. This feature can help extend the life of a battery-powered device.

The ISL21060CFH633Z-TK is an excellent multi-functional precision voltage reference for applications requiring long-term stability, low-voltage accuracy, and low-noise operation. Its combination of adjustable voltage output, wide input voltage range, low reference voltage output, and fast turn-on time make it an ideal solution for many different applications in the industrial, automotive and instrumentation fields.

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