DAC312HS-REEL

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Data Acquisition - Digital to Analog Converters (DAC) can be used to convert digital signals, such as those from a computer, into an analog signal. One example of a DAC is the DAC312HS-REEL, a device from Analog Devices which offers twelve bits of resolution, a ±10 V operating range, and an accuracy of 1 LSB. This article will cover the DAC312HS-REEL\'s application field and working principle.

Application Field

DACs can be used in a wide range of applications, from consumer electronics and testing equipment to automotive and motion control. The DAC312HS-REEL is particularly suited for applications with precise control, such as medical design. Its accuracy of 1 LSB is perfect for precise signal generation, while its resolution of 12 bits can provide smooth and accurate signal transmission. Despite its accuracy, the DAC312HS-REEL remains robust enough and able to withstand shock, vibration, temperature, and pressure, making it a suitable choice for industrial and military use.

The DAC312HS-REEL\'s operating range of ±10 V also makes it a great choice for applications where high dynamic range is important. Its high resolution and dynamic range allow it to accurately convert digital signals with noise levels even up to 21 MSPS. This makes it perfect for a wide range of control applications from automotive, motion control, robotics and CNC hardware.

Working Principle

At its heart, the DAC312HS-REEL includes two 12-bit, successive approximation ADCs and a 16-bit CPU to process digital signal data. Digital input is applied to the two 12-bit DACs, which convert it to an analog signal. The analog signal is then fed into a precision register to provide more accurate control. The DAC312HS-REEL\'s 16-bit CPU then performs conversion of the input signal to ensure it is accurate and correct.

Additionally, the DAC312HS-REEL is fitted with a complementary p-channel transistors to ensure the signal is clean and accurate. The transistors are also used to sense the temperature, which is then fed back to the 16-bit CPU. With this feedback, the DAC312HS-REEL can make constant adjustments to ensure the accuracy of the analog signal. As a result, the DAC312HS-REEL can produce accurate and reliable analog signals despite any external noise or environmental fluctuations.

Conclusion

The DAC312HS-REEL is a 12-bit, ±10V DAC made by Analog Devices, boasting an accuracy of just 1 LSB. It is suitable for applications where accurate and precise control is important, such as medical equipment, automotive and motion control, and robotics. It features two 12-bit DACs, a precision register, a 16-bit CPU and complementary p-channel transistors. As such, it can accurately convert digital signals with noise levels even up to 21 MSPS. Thanks to its robust design, the DAC312HS-REEL is also suitable for industrial and military applications.

The specific data is subject to PDF, and the above content is for reference