集成电路课程的设计实习内容ppt课件

1、集成电路课程设计集成电路课程设计7月月1525日：集成电路课程设计日：集成电路课程设计7月月2628日：撰写课程设计报告日：撰写课程设计报告集成电路课程设计标题集成电路课程设计标题1. DESIGN FLIP-FLOP 2. DESIGN A CMOS 8-BIT ALU 3. DESIGN A CMOS 8-BIT ACCUMULATOR4. DESIGN A CMOS 8-BIT MULTIPLIER 5. DESIGN A 8-BIT BIDIRECTIONAL SHIFT REGISTER 6. DESIGN A SYNCHRONOUS 8-BIT UP AND DOWN COUNTE

2、R1必做已做，必做已做，26选作选作1个或自拟标题个或自拟标题集成电路课程设计集成电路课程设计uA Pseudo-Random Code Generator u8-bit binary divideruCRC (cyclic redundancy checker ) . u7x4 Signed Parallel Division CircuituAutomobile Locking Control SystemuProgrammable counter 参考电路参考电路uDFFuALUuFULL ADDERuN- BIT ADDERuMULTIPLIERDFFDFFDFFM1DQM3CLKM4

3、M2CLKVDDCL1XCL2Master S t a g eM5M7CLKCLKM8M6VDDSlave S t a g e C2MOSDFFCLKCLKDVDDM3M2M1CLKYVDDQQM9M8M7CLKXVDDM6M5M4ALU44444AULUMUXABF01SC-1C3S0S1S2Full AdderFULL ADDER SCHEMATICFULL ADDER SCHEMATICCMOS TG Full Adder CircuitSumCoutABCinnp-CMOS Adder CircuitB0C0C0C0!C1!Sum0B0A0A0B0B0A0A0CLKCLK!CLK!CL

4、KC2Sum1!A1!A1!B1!B1!A1!A1!B1!B1!C1!C1!CLK!CLKCLKCLK1 x0 x0 x1 x0 x0 x1 x1 xN- bit AdderFAFAFAFAA0B0S0A1B1S1A2B2S2A3B3S3Ci,0Co,0(= Ci,1)Co,1Co,2Co,3N- bit Adderu超前进位加法器进位逻辑N- bit AdderMULTIPLIERMULTIPLIERHAHAHAHAFAFAFAHAFAHAFAFAFAHAFAHAVector Merging AdderHow to Get StarteduFind relevant reading mate

5、rials.uDevelop a set of specifications that meet the requirements of the chosen applicationuMake a high level rough sketchuDivide and conqueruMake a schedule and stick to it课程设计报告要求u摘要u选题意义、背景，根本实际，方案选择u设计详细内容uASIC设计流程u代码描画及仿真向量u仿真验证Verilog XL 或 NC-lanchu逻辑综合u规划布线u幅员生成uDRC，EXTRACT，LVSu定制设计流程u电路原理及电路

6、设计u电路仿真验证Verilog XL 或 NC-lanchu幅员设计uDRC，EXTRACT，LVSu最高任务频率分析u结论功能、面积、功耗、延时Some Final TipsuStart early; dont leave anything until last minute.uPeriodically save backups.uKeep track of what needs to be turned in as you go along.Some Design TipsuMake everything modular, and test often u at every step.u

7、Try to keep everything a standard rectangular shape, including final design.uUsing Euler paths to create efficient layouts for complex gates is better than stringing together many simple gates.uAlways keep in mind big picture. uHow am I going to route inputs / power to each block in the final layout?uUse wide V