X60008BIS8-41

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PMIC – Voltage Reference is an important type of power management integrated circuits (PMICs) that provide a reference voltage that serves as a reference or controlling/limiting element to other circuits. The X60008BIS8-41 application field and working principle is a great example of this type of PMIC.

This device is designed to be used in a variety of mobile, automotive, and IoT applications. Its two-lead SOT23L-6 package makes it suitable for space-constrained designs. The X60008BIS8-41 is a monolithic IC with an internal bandgap reference and temperature compensation circuitry, allowing it to provide stable performance over temperature variations.

The X60008BIS8-41 application field covers power management, energy management, and mixed-signal systems. It provides stable 9V reference voltage with an accuracy of ±2.5mV, and it can withstand up to 12V reverse voltage. The output voltage of X60008BIS8-41 is not dependent on power supply or loading conditions. It is also compatible with a wide range of operating environments, including both DC and AC supplies.

The working principle of the X60008BIS8-41 is based on its on-chip bandgap reference and a temperature compensation circuitry. The bandgap reference provides a stable 9V voltage regardless of outside conditions. The temperature compensation circuitry is integrated on-chip in the form an internal zener diode, and it provides compensation over the temperature range of -40 to +125oC (+125oC with a deglitching circuit).

The X60008BIS8-41 also has an adjustable trim function that allows the output voltage to be adjusted from 8.85V to 9.15V within a specific temperature range. The built-in trimming feature also helps in eliminating the need for an external voltage regulator or separate external zener-based temperature compensating circuits.

The X60008BIS8-41 application field and working principle make it suitable for a variety of power management, energy management, and mixed-signal systems. Its internal bandgap reference and temperature compensation circuitry ensure a stable 9V output voltage, while its adjustable trim function helps to further refine the output voltage within a specified temperature range. Its two-lead SOT23L-6 package also makes it ideal for space-constrained designs. This device is widely used in mobile, automotive, and IoT applications.

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