Clk n1 lk2 n1 clk clk2 (0 delay thru AND) Control the pulse width in clk2 (real) The pulse genera...
clk n1 lk2 n1 clk clk2 (0 delay thru AND) Control the pulse width in clk2 (real) The pulse generator generates a narrow pulse with pulse-width denoted total pulse width tpw for every rising edge of the clock signal clk . Use any gates to design a pulse generator circuit that will generate one active high pulse with tpw-5n (this width is only for simulation) for every falling edge of the clock signal clk Prove to the TA that the circuit works as using an oscilloscope. show code and simulation results (with tpw-5ns) show board test results (no requirement on tpw)
clk n1 lk2 n1 clk clk2 (0 delay thru AND) Control the pulse width in clk2 (real) The pulse generator generates a narrow pulse with pulse-width denoted total pulse width tpw for every rising edge of the clock signal clk . Use any gates to design a pulse generator circuit that will generate one active high pulse with tpw-5n (this width is only for simulation) for every falling edge of the clock signal clk Prove to the TA that the circuit works as using an oscilloscope. show code and simulation results (with tpw-5ns) show board test results (no requirement on tpw)