DAC5682ZIRGC

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DAC5682ZIRGC is a bi-polar digital to analog converter (DAC) designed to achieve high accuracy and resolution from 8 bits to 16 bits. It is part of the Texas Instruments DAC family of devices. The DAC5682ZIRGC features integrated programmable gain and offset, high voltage gain precision and low power consumption. It is suitable for a wide range of applications including precision automation, optical instrumentation, control systems and robotics.The DAC5682ZIRGC offers up to 16-bit accuracy, up to 0.04% gain linearity and up to 0.02% offset linearity. It also provides low power consumption of less than 20mW, low temperature coefficient of typically 2ppm/C and low hysteresis of typically 1-1.5mV. The converter is also capable of providing arbitrary high voltage gains.The device enables high accuracy conversion from 8 to 16 bits in a single device. The DAC5682ZIRGC provides accurate linearity and calibration system design optimization for improved accuracy over temperature. It also supports configurable input ranges for single point or multi-point calibration, which allows optimal design accuracy to be achieved.In addition, it provides high voltage gains with a range of 0-10v and adjustable full-scale voltage up to 2xFs. The DAC5682ZIRGC also enables a wide range of common digital interfaces such as I2C, SPI, USB and UART. The device is available in a QFN/TSSOP-8 package with an operating temperature range of -40 to 85C.The DAC5682ZIRGC can be used in various applications such as motor control, temperature control and automated production lines. It can be used for precision signal conditioning, providing hundreds of PWM, D/A signal paths in a single package. It is also useful for analog-to-digital signal conditioning with multiple resolutions, including 8-bit and 12-bit conversions.In summary, the DAC5682ZIRGC is a high accuracy, low power digital to analog converter designed for applications needing both high precision and accuracy. It features a low temperature coefficient and low hysteresis, integrated programmable gain and offset, and a configurable input range for optimal design accuracy. It is suitable for a wide range of applications including precision automation, optical instrumentation, control systems and robotics.

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