AD5317RBRUZ

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The AD5317RBRUZ is an industrial digital-to-analog converter (DAC) from Analog Devices. The high-resolution DAC offers 16-bits of accuracy and a wide variety of features including excellent linearity, low power consumption, a wide operating temperature range and a wide selection of output ranges, making it ideal for a variety of precision data acquisition applications.

AD5317RBRUZ’s core technology comprises of a successive approximation register (SAR), a highly linear, low power switch-capacitor network, plus associated reference and trimming circuitry. The device’s architecture ensures low-offset, low-noise, high-dynamic linearity throughout the entire DAC range and over a wide temperature range. Output current accuracy is held to within ±3%.

The AD5317RBRUZ is capable of operating from many supply sources such as a regulated 2.7 V to 5.5 V digital interface to an analog output range of 0 V to 10 V. It has the capability of sourcing a regulated current output of 0 mA to 10 mA.The AD5317RBRUZ is available in a tiny MSOP package that is ideal for space-constrained applications. It comes with an on-chip power-on reset circuit that resets the DAC registers and holds the output at zero volts for a user-defined interval.

This device can be used for a variety of challenging industrial applications such as temperature measurement, signal calibration and data acquisition. It is suitable for harsh industrial environments such as process control, instrumentation and servo systems. The AD5317RBRUZ also features on-chip self-calibration, which provides flexibility and accuracy in applications where the device is frequently subjected to temperature or trimming-induced offset and gain errors.

Due to its versatility, the AD5317RBRUZ can also be used in a variety of analog-to-digital applications such as voltage segmentation, sensor monitoring, medical equipment and generating digital bar graphs.

The operating principle behind the AD5317RBRUZ is quite simple. The digital input logic code is converted to a corresponding analog voltage output using a capacitor array. The device has a unity gain of 10 V/10 mA and a full-scale range of 0 V to 10 V. The digital interface consists of 32 bits of data. Eight bits of sign bit, eight bits of gain, eight bits of offset and eight bits of data. The data is sent to the analog-to-digital converter, which then converts the code into a corresponding voltage or current output.

The device uses a successive approximation register to ensure a high-precision output. The SAR works by internally selecting a capacitor network in order to convert the digital input data to an analog output. The main benefit of this is that it enables minimal offset error, high accuracy and excellent linearity over the entire DAC range.

In conclusion, the AD5317RBRUZ is an ideal choice for a number of precision data acquisition applications. It is incredibly versatile, with a wide variety of output ranges and a wide temperature range. It also ensures excellent linearity, low power consumption, and accurate output current over the entire DAC range. Additionally, its on-chip self-calibration and on-chip power-on reset circuit further enhances its capabilities for industrial and analog-to-digital applications. All these features make the AD5317RBRUZ the perfect Digital-to-Analog Converter (DAC) for industrial applications.

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