ZR431LC01STZ

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The ZR431LC01STZ is an integrated circuit designed to provide excellent electrical performance in a wide range of applications. This device is categorized as a Voltage Reference due to its ability to maintain a stable output voltage over a range of input voltage. The ZR431LC01STZ is designed to provide a constant output voltage under varying temperatures and input supply voltages.

The ZR431LC01STZ can be used in various power management applications, such as providing a fixed reference voltage and current for CPU cores. It is also used as a supply voltage holder to hold the voltage for the main controller and peripheral devices. The device can also be used to ensure proper device signal levels, as well as protecting sensitive components from over-voltage conditions.

The ZR431LC01STZ functions by utilizing a voltage-controlled amplifier. This amplifier is designed to keep the output voltage at a defined level, even under input voltage fluctuations. The amplifier works by adjusting the resistance of the control element in order to maintain a stable output voltage, providing a highly-accurate performance. The device is protected against excessive current and voltage levels, by providing a maximum output current of 9 mA and maximum output voltage of 1.9V.

The ZR431LC01STZ is manufactured using advanced CMOS technology, providing excellent performance, low power dissipation and cost-effectiveness. The device operates over a temperature range of −40°C to +85°C, allowing it to be used in a wide variety of applications. It is designed to be used in various systems where voltage reference accuracy is critical, including cell phones, PDAs, hard disk drivers and automotive electronics.

In summary, the ZR431LC01STZ is a voltage reference device that can be used in a variety of power management applications. It utilizes a voltage-controlled amplifier to maintain a stable output voltage, even under input voltage fluctuations. The device is protected against excessive current and voltage levels and is manufactured using advanced CMOS technology, providing excellent performance and cost-effectiveness.

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