ZR40401R50STOA

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The ZR40401R50STOA is a type of voltage reference, a key component of the Power Management IC (PMIC) chip. It is used to provide a stable reference voltage for the integrated circuit. This voltage reference is used in a wide range of applications and industries, ranging from automotive systems to consumer electronics.

The ZR40401R50STOA is a precision voltage reference with a fixed output voltage across a wide range of temperature and supply voltage conditions. The output voltage is set to a precise 5 volts, with a nominal accuracy of 0.5%. The terminal blocks are designed to be easily accessible and allow for easy, secure connection of wires or other components to the device.

The most important feature of the ZR40401R50STOA is its low power consumption, due to its use of high-precision bipolar technology. This feature makes the voltage reference perfect for battery-powered electronics, as it helps to extend battery life. It is also suitable for automotive systems, providing a precise and stable voltage reference in demanding applications.

The ZR40401R50STOA voltage reference is designed to be reliable and accurate even in harsh environments. It can operate in a wide temperature range, from -40°C to +85°C, and at different supply voltages, from 2.6 to 5.6V. This device is also suitable for a wide range of voltage source applications, such as powering LEDs or transistors.

The working principle of the ZR40401R50STOA is simple and efficient. It makes use of thermal energy from an external heat source to produce a reference voltage. This reference voltage is independent of the supply voltage, making it more accurate and reliable than other types of voltage references. In addition, the voltage reference is safe and durable, making it suitable for long-term use.

The ZR40401R50STOA is an ideal choice for applications requiring a precise and low-power voltage reference. It is suitable for a wide range of applications, such as automotive systems, consumer electronics, lighting, and more. The device provides a stable and reliable voltage reference that is both accurate and cost-effective.

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