AD9762ARUZ

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Analog-to-digital converters (ADCs) are used to convert a wide range of analog signals into digital signals, but digital-to-analog converters (DACs) are also required to perform the reverse conversion. DACs are used in a wide variety of applications, ranging from audio playback to more advanced industrial and scientific applications. One such device is the AD9762ARUZ, a highly-accurate and reliable 16-bit, quad channel DAC from Analog Devices, Inc.The AD9762ARUZ is suitable for use in numerous industrial and scientific applications, including motor control, automated test equipment (ATE), image processing and digital video. The device supports a range of I/O configurations, including double-buffered digital parallel (DPD) and single-ended digital (SED) outputs. The device also includes several features that increase its accuracy and performance, including programmable offset and gain registers, an internal calibration feature and temperature-compensated reference.The AD9762ARUZ works by converting a digital word into an output voltage. It has a range of 0 V to +5 V differential and can produce a full-scale output voltage of +/- 10V. The device uses a precision DAC cell based on a plastic CMOS process, which ensures low power consumption and excellent linearity and accuracy. The DAC also features an on-chip mobile-current reference and a temperature-compensated reference.The device has a maximum conversion rate of 1MHz and can be configured in a variety of different output modes. These include amplifiers with an output ranging from single-ended or double-ended, as well as digital-only modes. It can also be configured for buffered parallel-only or SED output modes.The AD9762ARUZ is an ideal digital-to-analog converter for a wide range of industrial, scientific and consumer applications. Its features, such as its low power consumption and temperature-compensated reference, make it an ideal solution for applications requiring high accuracy and excellent linearity. Additionally, its programmable offset and gain registers provide added flexibility, making it suitable for a variety of applications.

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