Hi plz bare with me as i am a bit of a novice when it comes to verilog. I have been tasked with producing a frequency divider implemented in verilog from a counter module that I have made earlier. The idea being the counter counts to a set value then resets, when that happens it to...
Counter Verilog Codemodule Counter( input clk, input enable, input reset, output reg[31:0] Final_value, output reg trig ); reg[31:0] counter_out; reg [7:0] temp=0; reg [31:0] counter_result; wire temp1; wire temp2; always@(posedge clk) begin ...
The working principle behind the meter is a counter which accumulates the number of events occurring within a specific period of time. After a preset period known as the gate time, the value in the counter is transferred to a display and the counter is reset to zero. In this case, the ...
Package: Frequency_counter.rar [view]Upload User: chen54650Upload Date: 2008-05-17Package Size: 1133kCode Size: 19kCategory: VHDL-FPGA-VerilogDevelopment Platform: VHDLFrequency_counter.sim.vwf:Code Content /* WARNING: Do NOT edit the input and output ports in this file in a text editor ...
You can generate a counter to 10000 with the MegaWizard or write a few lines of HDL code. The Quartus Editor has VHDL and Verilog design templates for counters, you can easily change it to a 10000 counter. In situations, where a divided clock is necessary, use a clock enable rather ...
I'll provide my "remedy" in Verilog, if you don't mind. It's easier to do and much more flexible than any block design methodology. First, let's create a 15MHz clock from a 150MHz clock. initial counter_15mhz = 0; always @(posedge i_clk_150mhz) if (counter_15mhz >= 9) beg...
(1/1GHz) and are idle during much of the cycle. And this is why you want to invest some effort to up the frequency in that design – to not have mostly-idle circuitry leaking power and using up area. But the theoretically possible perfectly balanced 1 GHz design is a valid counter-...
The overhead is also more negligible than that of the original CRIT. We applied this mechanism to the Verilog code of a processor and evaluated the area using Synopsys Design Compiler, and the impact of this change in CPU area was less than 0.01%....
We select the ePWM1 module as the output of the PWM control signal in the system. The PWM time base period is set to 1000, producing a 50 kHz frequency PWM signal with a 50% duty ratio, as shown inFigure 3a. Counter Compare A (CMPA) and Counter Compare B (CMPB) are set to 500...
Counter Verilog Codemodule Counter( input clk, input enable, input reset, output reg[31:0] Final_value, output reg trig ); reg[31:0] counter_out; reg [7:0] temp=0; reg [31:0] counter_result; wire temp1; wire temp2; always@(posedge c...