The ADC was driven by asynchronous control logic, which was implemented using Verilog code and did not require a clock signal.N., MeghaShetty, PrajwalKudtarkar, Rahul R.Naik, Siddesh U.Abhilash, A. L.Journal of VLSI Circuits & Systems (JVCS)...
SAR LOGIC veriloga编写 verilog">//加载库文件,加载常数库和数学‘include"constant.vam"‘include"disciplines"//新建模块名称为heshuai_icmoduleheshuai_ic(VDD,GND,EN,CLK,freq,D);inputEN,freq,CLK;output[7:0]D;inoutVDD,GND;electricalVDD,GND,EN,CLK,freq,Half;electrical[7:0]D;integeri,freq_targ...
The ADC adopts a mixed digital–analog design scheme, in which the internal comparator, latch, DAC capacitor array, etc., are analog parts, and the rest of the SAR algorithms and calibration algorithms are all implemented in digital Verilog code, with a conversion accuracy of 0.8 mV and a ...
The ADC adopts a mixed digital–analog design scheme, in which the internal comparator, latch, DAC capacitor array, etc., are analog parts, and the rest of the SAR algorithms and calibration algorithms are all implemented in digital Verilog code, with a conversion accuracy of 0.8 mV and a ...
The ADC adopts a mixed digital–analog design scheme, in which the internal comparator, latch, DAC capacitor array, etc., are analog parts, and the rest of the SAR algorithms and calibration algorithms are all implemented in digital Verilog code, with a conversion accuracy of 0.8 mV and a ...