Master-slave JK flip flopOptical counterZ-domainAll-optical universal JK flip-flop (FF) is designed and demonstrated using ripple ring resonator (RRR). Four InGaAsP-InP optical microring resonators (OMRRs) are used to design the proposed JK FF test bed. Master-slave configuration for the same...
All-optical universal JK flip-flop (FF) is designed and demonstrated using ripple ring resonator (RRR). Four InGaAsP-InP optical microring resonators (OMRRs) are used to design the proposed JK FF test bed. Master-slave configuration for the same is also presented to overcome race-around condit...
// Ripple counter 4 给出对于整个设计的验证方法,详见《xxxx总体仿真验证方案》。 源程序: // Edge triggered D flipflop module edge_dff(q, qbar, d, clk, clear); // Inputs and outputs output q,qbar; input d, clk, clear; // Internal variables wire s, sbar, r, rbar,cbar; // Data ...
edge_dff ff1(q, ,~q, clk, clear); endmodule // Ripple counter 4.模块分述(设计比较复杂的时候,根据需要对模块进行细化说明,需要加上模块分述这一部分。) 4.1模块A 4.2模块B 4.3模块C .4.4模块 D 5.验证方案给出对于整个设计的验证方法,详见《xxxx总体仿真验证方案》。源程序: // Edge triggered D ...
The SN 74LS74A dual edge-triggered flip-flop utilizes Schottky .TTL circuitry to produce high speed D-type flip-flops. Each flip-flop has individual clear and set inputs, and also complementary Q and Q outputs.Information at input D is tran ...
A:顶层模块 B:D_FF模块 .C:T_FF模块 3.1概述(叙述一下划分的几个大的模块) 3.2模块A modulecounter(Q,clock,clear); //I/Oports output[3:0]Q; inputclock,clear; //InstantiatetheTflipflops T_fftff0(Q[0],clock,clear); T_fftff1(Q[1],Q[0],clear); T_fftff2(Q[2],Q[1],clear); ...