MAX6190AESA

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The MAX6190AESA is an example of a voltage reference from the PMIC (power management integrated circuit) category. Voltage references are among the most well-used types of PMICs, providing voltage references for other circuits and systems. The MAX6190AESA is a low-power, low-noise, temperature-stable, automotive-grade, two-terminal voltage reference.

The MAX6190AESA is available in two precision versions, 0.5% and 10%. The higher the precision, the more accurate the device will be over a wide range of ambient temperatures, making the MAX6190AESA an ideal choice for automotive, industrial, and consumer applications.

The MAX6190AESA is an ultra-low power voltage reference; typically, it draws only 6V for one year at 25C ambient conditions. This low power consumption is especially beneficial for battery-operated devices, since it ensures long battery life. Additionally, the output of the MAX6190AESA is temperature stable, which means the device will operate reliably in harsh environmental conditions, including extremely high and low temperatures.

The MAX6190AESA is designed for applications in automotive and medical industries. It is used for providing highly accurate and reliable voltage references for other circuits and systems. Additionally, it can be used for precision measurements and calibration in many areas, including pressure, temperature and strain gauges, as well as in other areas in which high accuracy is required.

The MAX6190AESA works on the principle of a voltage reference. This is a type of electrical device whose output is a fixed reference voltage, regardless of changes in input, such as changes in power supply or temperature. The MAX6190AESA is a two-terminal reference voltage source, meaning it has two pins, one for the input voltage and one for the output voltage. The input voltage is regulated according to a reference voltage source and different feedback circuits. The output voltage of the device is then regulated via a voltage regulator, which maintains a fixed voltage regardless of external changes in input voltage.

As a two-terminal voltage reference, the MAX6190AESA offers an excellent reference voltage accuracy and stability over a wide range of temperatures and load conditions, making it an ideal choice for many precision measurement and control applications. In addition to its accuracy and stability, the device is also very small in size and has extremely low power consumption, making it ideal for battery-operated devices.

The MAX6190AESA is a great choice for vehicle power system design and data acquisition, as well as for sensor signal conditioning, analogue-to-digital converters, and motor and motion control. Additionally, it is suitable for industrial and medical equipment, scientific instrumentation and consumer appliances, where accuracy and low power consumption are key requirements.

In conclusion, the MAX6190AESA is an example of an ultra-low-power, temperature-stable, two-terminal voltage reference. It is designed for applications in automotive and medical industries and is used for providing highly accurate and reliable voltage references for other circuits and systems. Additionally, this voltage reference is suitable for a broad range of applications, due to its accuracy and stability, low power consumption, and small size.

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