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Analog Devices, Inc.  (ADI) announced the launch of a new precision and medium bandwidth signal chain platform, which can improve the system performance of DC to about 500kHz signal bandwidth in industrial and instrument applications.This new platform provides a series of complete signal chains with customized solutions options, and is equipped with a set of selected development tools, such as LTSPice®Simulation helps simplify the design process.These reliable signal chains are designed for accurate measurement time and frequency, so that the terminal system supports various sensors and measurement mode input from IEPE vibration/acceleration to temperature/pressure.More importantly, these signal chains can help engineers full of confidence in designing, and calmly cope with status -based monitoring (CBM), multi -channel or distributed data collection system (DAQ), location and motor control, and sounding precision applications.The rigorous challenges brought by the instrument.

• Click to understand the precision and medium bandwidth signal chain adapted, including design tools for specific applications, development of special knowledge bases and customized solutions:  analog.com/Pr221221/Precision-Medium-Bandwidth
• Watch a video about ADI reliable industrial signal chain:  analog.com/Pr221221/videos/6314835197112
• Find ADI application notes and technical articles about CBM:  analog.com/Pr221221/condition-based-monitoring
• Support the community ENGINEERZONE through online technology™Contact engineer and ADI expert:  ez.analog.com/cn

The signal chain contained in the platform has accuracy and power component options. It can give priority to communication and DC precision design requirements, including options for single -channel or multi -channel systems, and high -channel density options that support multi -channel digital systems.The precision and medium bandwidth signal chain option provided by the platform includes the AC accuracy of the instrumentation of the instrumentation of the instrument. The options adjusted according to the power, the low latency options for the motor control and the location sensing, and the use of the signal chain μMOLE SIP solution or multi -channel converterHigh -density options.Multi -channel digital system designers can choose to give priority to the signal chain of the channel synchronization, whether in channel isolation or non -isolation system.

The main characteristics of precision and medium bandwidth:

• Optimize the resolution and gain of the signal chain, regardless of the amplitude, can provide the required 16 -to 24 -bit accuracy within the widest range of the sensor bandwidth
• Can flexibly adjust the priority of noise performance, signal bandwidth and power. Through simple software updates, the preferred layout and multiple use cases of the circuit can be reused.
• The higher channel density option can expand accuracy to distributed or centralized multi -channel several scenes