AD5311BRMZ

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The AD5311BRMZ is a low power, 12-bit, serial input digital-to-analog converter (DAC) with a built-in output amplifier. The AD5311BRMZ is capable of operating from a single +3V power-supply and has an adjustable output voltage range of 0-VREF. The input is 12 bits wide and is divided into four nibbles that are sent via a serial interface. The AD5311BRMZ is a monolithic device with a built-in voltage reference, amplifier, and other common building blocks.

The key features of the AD5311BRMZ are excellent dynamic performance while consuming only 2.8mW of power. It also offers excellent temperature drift specifications and high accuracy at both +3V and -2V supply voltages.

The AD5311BRMZ is designed to work in applications requiring high accuracy including data acquisition, industrial control, and audio systems. It is ideal for devices with limited board space, providing a low power solution with support for both single and dual supply operations. It can also support a range of output voltage settings with its wide output voltage range of 0.5-4.5V.

The AD5311BRMZ DAC has a variety of uses from basic analog voltage control and audio applications to more complex data acquisition and control applications. It is commonly used in systems that require an analog voltage control, such as process control, audio systems, and precision instrumentation.

The AD5311BRMZ works by converting digital information to an analog voltage output. The digital inputs on the device are sent via a serial interface and then converted to analog voltages using internal switching and reference circuitry. The device is designed such that the digital inputs are sampled and then the corresponding analog output is generated.

The device also has a built-in output amplifier, allowing the output to be adjusted and amplified as needed. This allows the user to control the output voltage range of the device. The device also has a power-saving, low-power mode that can be enabled by an external command, resulting in an even lower total power consumption.

The AD5311BRMZ also includes an on-chip voltage reference and an output voltage regulator, which provides additional protection and flexibility when used in a wide range of applications. The device also has a built-in temperature compensation feature, ensuring accuracy over temperature and iC-temp correction circuitry, allowing accurate results even in the presence of temperature variations.

In conclusion, the AD5311BRMZ is an excellent choice for applications requiring a low power, high accuracy, and precisely controlled output voltage range. It is ideal for applications such as process control, audio systems, and precision instrumentation. The device offers excellent dynamic performance while consuming minimal power, and offers excellent temperature drift characteristics as well. It is a monolithic integrated circuit with a built-in voltage reference, amplifier, and other internal building blocks.

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