AD5241BRZ100

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The AD5241BRZ100 is a popular digital potentiometer from Analog Devices\' lineup of data acquisition products. It is a versatile, single-channel digital potentiometer that provides many capabilities in a small package. It is widely used in automotive, consumer, industrial, instrumentation, medical, and telecom/datacom applications.

The AD5241BRZ100 is a potentiometer with a simple, digital-to-analog conversion system. It can be used to adjust levels in applications such as signal conditioning, power supplies, and sensor control. The chip has a digital input ports and a single-channel digital-to-analog (D/A) conversion system. The microcontroller sends a command to the on-chip memory which stores the desired wiper setting. The on-chip potentiometer either adjusts the resistance between the two fixed pins (A/B) or to ground (W) based on the programmed setting.

The AD5241BRZ100 is popular because it offers high accuracy and resolution, wide input voltage range, and low power consumption. The chip also has a low minimum resistance, allowing it to be an effective adjustable resistor in applications such as signal conditioning or power supply voltage or current regulation. It is also easier to use and configure than an analog potentiometer due to its digital interface.

The AD5241BRZ100 features a 10-bit resolution, meaning it can effectively output 10 binary numbers—0 to 1023—which are equivalent to 0V to 7V as output levels. The chip also includes an on-chip voltage reference, which makes it easy to implement precision measurement applications. It also has a low power consumption of just 1mW.

The AD5241BRZ100 is a single-channel digital potentiometer in a small 3x3mm QSOP package. The chip includes a digital interface and integrated temperature compensation, enabling it to be a reliable, adjustable resistor in applications such as signal conditioning and power supply voltage/current regulation. It offers high accuracy and resolution, wide input voltage range, low power consumption, and on-chip voltage reference.

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