ADS900E/1KG4

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ADS900E/1KG4 is a 16-bit Analog-to-Digital Converter (ADC) for industrial-grade data acquisition. It converges analog signals into digital signals for modern electronic control systems. It has an 18-channel differential input parallel output, 24-bit conversion time, high accuracy, wide input range and a -40 to 125 degrees Celsius operating temperature range. It is designed to work with a variety of communication protocols including EtherCAT, PROFIBUS and EtherNet/IP.

The ADS900E/1KG4 is designed for industrial applications such as process control, manufacturing, automation, and machine control. It has an array of capabilities that make it ideal for these applications, including a high speed and current accuracy. It is especially suited for small, distributed systems in harsh industrial environments, where timely data acquisition and control is required. It is the ideal solution for designs that require accurately timed and reliable data acquisition and control. The ADS900E/1KG4 offers wide dynamic range with fast acquisition rates and wide, versatile range of inputs and connections.

Working Principle:

The working principle of the ADS900E/1KG4 is based on successive-approximation conversion technology. The principle is simple: the ADC converts an analog input voltage into a digital code. This digital code is stored in the register. The process of conversion is done by consecutively narrowing the interval between the lower and upper reference levels and eliminating those bits that do not agree with the input analog voltage. This method is known as successive-approximation because it tunes in progressively closer to the correct value in each clock cycle.

The successively approximated bits are then loaded into the register and serve as the digital output of the ADC. The final digital output is a 16-bit binary coded value, which is proportional to the analog input voltage. The ADS900E/1KG4 also offers 24-bit conversion time, which allows it to acquire data at a faster rate.

The ADS900E/1KG4 also features an integrated temperature sensor, which enables accurate temperature readings and allows for precision control in applications such as motor control and industrial process control. The temperature sensor can detect both ambient temperatures and fluctuations in the ambient temperature. This feature helps to ensure accuracy of the data acquired and helps to control processes in industries where temperatures must remain within a certain range.

The ADS900E/1KG4 features a wide input range, from -3V to +3V. This wide input range helps to ensure accurate measurement and data acquisition, even in applications where the input voltage may vary significantly. The ADS900E/1KG4 also features a low offset error, which helps to mitigate errors caused by differences in measurement points. The low offset error ensures that the output of the ADC is as close as possible to the true voltage value of the analog input.

The ADS900E/1KG4 also has an integrated signal conditioner. This signal conditioner helps to ensure accuracy by pre-filtering and conditioning the input signal prior to conversion into a digital signal. This signal conditioner also helps to reduce noise and helps to ensure accuracy of data acquired. The signal conditioner can also help to reduce power consumption, since it helps to decrease the total number of signal acquisitions.

Overall, the ADS900E/1KG4 is an ideal solution for applications in industrial data acquisition, process control, and automation. Its features make it an especially suitable solution for small, distributed systems in harsh environments where reliable and accurate data acquisition and control is required. The 16-bit analog-to-digital conversion, wide input range, low offset error, integrated temperature sensor and signal conditioner make the ADS900E/1KG4 an ideal choice for these applications.

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