AD10200BZ

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AD10200BZ Alplication Field and Working Principle

Data Acquisition is an activity aimed at collecting facts and figures in a given field for a research purpose. Data acquisition can involve monitoring and constructing networks for a great variety of applications. One of the most important parts of data acquisition is Analog To Digital converters (ADC) which convert analog signal from any source into a digital format. AD10200BZ is such a device that provides high speeds for data conversion with low noise and excellent linearity.

Application Field

The AD10200BZ enables higher accuracy and speed of data acquisition in various application fields. It is mainly used for medical imaging, ultrasonic measurement, multimedia, communications, and consumer electronics. For example, using AD10200BZ, devices can acquire information such as X-ray images, temperature, luminosity and voltage, etc.

Working Principle

AD10200BZ utilizes a high-speed, high-resolution conversion technique employing 1-bit sigma-delta analog to digital converter, giving it a low input noise level. The device samples and amplifies the analog signals and then takes the output and compare it with a reference voltage to convert the analog signal into a digital signal. The output of the ADC is a single-bit stream of pulse-width modulated (PWM) data, which is further processed by a decimation filter in order to convert the single bit output into 10-bit samples. Finally, this digital data is then fed to the user’s data acquisition system or computer for further processing.

Conclusion

AD10200BZ is an effective device for data conversion with many applications. It provides high speed, low noise and excellent linearity of data conversion using a 1-bit sigma-delta analog to digital converter and decimation filter. This device can be used in medical imaging, ultrasonic measurement, multimedia, communications, and consumer electronics applications.

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