DAC1617D1G0HN-C18

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Data Acquisition - Digital to Analog Converters (DAC) are designed to convert digital signals into analog signals. The DAC1617D1G0HN-C18 is a 16-bit, 18-bit resolution, and high-speed digital to analog converter with a rail-to-rail output stage. This converter is a versatile piece of hardware that is suitable for a variety of applications.

The DAC1617D1G0HN-C18 is most often used in medical imaging equipment, high-resolution imaging systems, and precision instrumentation. It is also used in audio and video systems, communications, automotive and industrial applications as well as scientific applications such as medical diagnostics, medical instrumentation, and security systems. In addition, the DAC1617D1G0HN-C18 is used in test and measurement applications, such as analog-to-digital converters and digital-to-analog converters.

The DAC1617D1G0HN-C18 is designed to convert 16-bit digital data into a continuous analog Voltage. The converter has a wide range of resolution that can be set for the output, ranging from 18-bit to 16-bit. The output has a high speed response, typically about 10 μs, and a rail-to-rail voltage output range of -1.25 to +1.25VDC. The device operates from a dual 5V power supply and is capable of operating over temperature ranges from -40 to +85°C.

The DAC1617D1G0HN-C18 is also very efficient and has a low-power consumption of just 2.47W. This makes it suitable for battery powered applications. The device also has rapid self-calibration which is used to ensure that it produces accurate output signals over the full temperature range.

The device is capable of accepting digital data in parallel, serial or dual port formats. The parallel input port has a number of configurations including 16-bit, 15-bit, 14-bit, and 8-bit formats, while the serial and dual port format inputs are compatible with I2C-bus and SPI interfaces. The dual port inputs are also compatible with the STBus protocol.

The DAC1617D1G0HN-C18 also offers different power consumption modes according to which output setting it is set to. There are several power consumption settings including low power for battery operation and high power for systems with large output. The converter also has a Sleep Mode that allows for further power savings. The DAC1617D1G0HN-C18 can accept input voltages from 4.5V to 4.85V and has a data latency of only 2μs. Therefore, it is suitable for applications where high speed is required.

The DAC1617D1G0HN-C18 also has a number of features which make it easy to use. The device comes with an integrated software-controlled calibration feature which enhances the accuracy of the converter, settling within 0.004% of full scale specified in the supply voltage range. It also uses an open-drain input that prevents any parasitic currents caused by device mismatches. Furthermore, the DAC1617D1G0HN-C18 includes an on-chip reference voltage generator for generating an internal reference for the converter, eliminating the need for an external reference.

The DAC1617D1G0HN-C18 is an ideal choice for a wide range of applications including medical imaging, precision instrumentation, automotive and industrial, test and measurement, and audio and video systems. Its versatility, power efficiency, and high resolution make it a suitable choice for any application where accurate analog output signals are required.

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