This is a 36-road multi-channel high-speed collector designed for an institute at the Central College of Sciences, which produces its core logic in the Verilog language, achieving efficient signal processing and data acquisition. Verilog, as a hardware descriptive language (HDL), has extensive applications in integrated circuit design that can effectively improve system stability and performance. Below are the features of the device: 1) Written using Verilog: The core logic of the collector is all written in Verilog. Veri...
This is a 36-road multi-channel high-speed collector designed for an institute at the Central College of Sciences, which produces its core logic in the Verilog language, achieving efficient signal processing and data acquisition. Verilog, as a hardware descriptive language (HDL), has extensive applications in integrated circuit design that can effectively improve system stability and performance.
The following are the characteristics of this equipment:
1) Written using Verilog: The core logic of the collector is written entirely in Verilog language. Verilog, a powerful hardware descriptive language, can describe and achieve complex digital circuits to ensure efficient and reliable operation of the equipment.
2) Modular design: The modular character of the Verilog language allows the collector design to be well scalable and sustainable. The harvesting logic of each channel can be achieved independently and integrated through top-level modules.
3) Design of an independent channel: The sampling logic of each channel operates independently, without interference, to ensure the accuracy of the data collection. The collector has a 36-way independent channel, which can be simulated by multiple circuits and is suitable for a dynamic matrix of pressure, angles, light power, etc.
4) Variable sampling frequency: The sampling frequency for each channel can be different.
5) Efficient data processing: a maximum sampling frequency of 2 KHz to ensure accurate, real-time data collection.
6) Data buffer and transmission: During the collection process, the buffer and transmission of data is achieved through Verilog to ensure continuity and stability of data transmission.
The equipment can be used in the areas of scientific research (experimental monitoring, data analysis), engineering testing (structural health monitoring of buildings/facilities, equipment testing), medical diagnosis (multiparameter monitoring, dynamic analysis).
The hardware diagram and the waveform diagram during debugging are as follows:
