What Does Timescale 1Ns/1Ps Mean

SingleCycleProc `timescale 1ns 1ps module SingleCycleProc(CLK Reset_L

What Does Timescale 1Ns/1Ps Mean. Web what does timescale 1ns 1ps mean? // to see how many tests are passed real point = 0;

SingleCycleProc `timescale 1ns 1ps module SingleCycleProc(CLK Reset_L
SingleCycleProc `timescale 1ns 1ps module SingleCycleProc(CLK Reset_L

Web verilog is a hdl hardware description language used to model electronic systems. Web `timescale 1ns/1ps means that all the delays that follow (like# 5.1234) are interpreted to be in nanoseconds and any fractions will be rounded to the nearest picosecond (5123ps). Sim_tb.v first and c.v last). Here, 1ps/1ps = 1 = 10 0, as the result is 10 0, no digit will be taken after decimal. We usually use it during design of a digital circuit and verification Web in the below code, timescale is `timescale 1ps / 1ps. In the waveforms, the precision and scale of toggling of signal is changed if we change timescale. Use the following timescale constructs to use different time units in. Web `timescale 1ns/1ps means that all the delays that follow (like# 5.1234) are interpreted to be in nanoseconds and any fractions will be rounded to the nearest picosecond (5123ps). It contains 2 numbers, the time unit and the precision;

You'll get a detailed solution from a subject matter expert that helps you learn core concepts. Web what does timescale 1ns 1ps mean? Sim_tb.v first and c.v last). It contains 2 numbers, the time unit and the precision; C.v defines module c and no timescale directive. The exponent number will be your result. Web `timescale 1ns/1ps means that all the delays that follow (like# 5.1234) are interpreted to be in nanoseconds and any fractions will be rounded to the nearest picosecond (5123ps). Web `timescale 1ns/1ps means that all the delays that follow (like# 5.1234) are interpreted to be in nanoseconds and any fractions will be rounded to the nearest picosecond (5123ps). `timescale 1ns/1ps means that all the delays that follow (like# 5.1234) are interpreted to be in nanoseconds and any fractions will be rounded to the nearest picosecond (5123ps). To find out number of digits taken after decimal, first divide time scale with time precision. We usually use it during design of a digital circuit and verification