73S8024C-DB

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Evaluation and Demonstration Boards and Kits

73S8024C-DB is a digital-analog universal signal interface integrated circuit, especially designed for low power, small size and ultra-high-precision measurement needs. This evaluation and demonstration board utilizes a single integrated circuit that provides two analog channels and six digital channels for a wide selection of signal conversion parameters. Here\'s a deeper dive into some of the details.

Application Field

The 73S8024C-DB has a broad range of applications, particularly in metrology, where it is often used for data acquisition and signal conversion. Its 10-bit accuracy makes it particularly suitable for measuring low-frequency signals, and while its multiple input/output channels provide versatile data capture options, it also offers many useful features such as a 10 million sample clock rate and an adjustable sample generator frequency. In addition, the integrated circuit is widely applicable in the fields of low-noise DC voltage measurement, battery sensing, medical instrumentation and sensor signal conditioning.

Working Principle

The schematic of the 73S8024C-DB shows the main operating components. It features two analog channels and six digital channels, each featuring 10-bit resolution with a +/- 10V input range. These channels can be programmed to convert signals with various sampling frequencies and formats.

The signal acquisition process is based on the charge coupled device (CCD), a fast electromagnetic device used in the analog-to-digital conversion process. This device provides analog input signals ranging from 0-10V, and the onboard 10-bit À/D converter then performs the analog-to-digital conversion. The 10-bit resolution ensures a high-precision conversion of the signal.

Furthermore, the 73S8024C-DB features a programmable microcontroller that simplifies development and operation; provides programmable control of the analog and digital input/output channels; and facilitates user interaction with the system. This microcontroller also allows for a wide variety of communication protocols, allowing for remote control and monitoring of the device.

Conclusion

The 73S8024C-DB is a powerful integrated circuit that can handle a variety of analog and digital signals. It is an optimal choice for designing systems such as data acquisition systems, battery sensors, medical instrument and sensor signal conditioners. Thanks to its comprehensive 10 bit resolution, superior accuracy and flexible programming capability, the 73S8024C-DB offers excellent performance that meets the requirements of a wide range of applications.

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