|
|
EDA365欢迎您登录！
您需要 登录 才可以下载或查看，没有帐号？注册
x
本帖最后由 紫菁 于 2017-9-20 08:58 编辑
; c. u. |# s2 p2 i# v8 X; \+ w, Z5 B; ? K8 V, k2 X5 _3 B
第一章 约束管理器介绍............................................................................49 K, h/ p! W& n. M
1.1 约束管理器简介.................................................................................................................43 X, }7 g& A; b$ _
1.2 约束管理器界面简介.........................................................................................................82 q3 Z0 q1 _; R5 l
1.2.1 worksheet selector.......................................................................................................8
: d4 k" k x. [1.2.2 用户接口.....................................................................................................................91 C. p1 b! {& F6 q3 b
1.2.3 View 选项....................................................................................................................9
w9 |. z4 F- h( h7 S `* g1.3 启动约束管理器...............................................................................................................111 Q' g/ Z; x2 s7 a3 g/ V
第2 章OBJECTS 介绍.........................................................................123 H" K. e0 E; a( A4 R" M
2.1 PIN-PAIRS ..........................................................................................................................134 L8 L, J, m' {6 F% `# |5 F2 l/ F
2.1.1 Pin-Pair 规则............................................................................................................14! l" x- S) K* i& B* W/ e& w
2.2 NETS 和XNETS .................................................................................................................142 X" F4 h$ U! e# ` \
2.3 BUSES................................................................................................................................15
# _8 J- ]2 M" T# N0 B2 t2.4 MATCH GROUPS ................................................................................................................15
7 p5 Q$ Y4 Y& u7 ? W0 k2.4.1 如何确定 target pin pair ..........................................................................................16
* }+ D) ~$ P# \( z: n2 R# F2.4.2 相对/匹配的群组规则..............................................................................................166 F$ ~3 M' K- n. A& S+ M; H
2.5 DIFF PAIRS.........................................................................................................................166 q& P$ X( a; h/ h1 j
2.5.1 差分对工作表...........................................................................................................17
: b. K+ P/ U* z* e2.5.2 差分计算器（Differential Calculator）的使用方法..............................................19; r' x; |! Q5 u* v! k% `) j/ R7 ?
2.5.3 差分对规则...............................................................................................................190 i, K5 W% ]/ U7 P: F
2.6 DESIGNS AND SYSTEMS.....................................................................................................20
3 y: g5 f; J5 V2 u% g9 I第3 章设置网络的走线约束.................................................................21# W3 ` d1 M2 T
3.1.1 设置网络的最大最小传输延迟...............................................................................21/ s: B4 P1 i0 u" e
3.1.2 设置网络相对传输延迟...........................................................................................24
9 L- ?) i( \' R! c% q8 `3.1.3 设置差分对约束.......................................................................................................26
2 E U0 V8 M4 z5 Z. n3.1.4 查看网络规范格式和物理格式...............................................................................283 `& a0 U; ~5 ], s- n' G
第 4 章设置网络的时序和信号完整性约束 ........................................30: I' g+ t2 k' Z$ K. ]1 W w, L
4.1 设置时序约束...................................................................................................................30
; |- @! r. _) H1 a9 E, J. m4.2 设置信号完整性约束.......................................................................................................321 p( U5 W; f/ ~) N7 ]$ n
4.2.1 设置电气属性约束...................................................................................................32) e! x' s! J2 x. {/ N& _1 j* _
0 第一章约束管理器介绍
+ Z. `2 n, q$ p/ v5 p20 E8 d5 c3 r2 i- A
4.2.2 设置反射属性约束...................................................................................................335 v9 G. I. p- e0 ?: ~1 U
第 5 章电子约束创建和应用.................................................................35/ c8 Z$ {% g0 s% l% W% U) g
5.1 创建ECSET ......................................................................................................................35
& n2 u4 N5 v' B) _* d! {6 n" s6 N8 ~5 d5.2 指定ECSET 给网络.........................................................................................................40
# I& v1 W0 c4 D) K1 j- @1 @0 H5.3 不考虑ECSET 的缺省约束值..........................................................................................41
6 [$ V1 I* Q5 @% v4 e" u+ o/ [5.4 在原理图中查看ECSET ..................................................................................................41
" P" z& T0 p s& ?% ^: [, o第6 章ECOS 实现.................................................................................43! L3 Y2 H' y. n8 x2 _% ]
6.1 在原理图中增加网络.......................................................................................................43. J1 S% q+ D6 w1 \" Z: T ~* S
6.2 在原理图中修改约束.......................................................................................................45
* ^6 F5 X: t; ^9 x7 Y; u' g6.3 在约束管理器中修改约束...............................................................................................46' M: R( N5 ?% i4 W6 t1 L
6.4 在约束管理器中删除约束...............................................................................................463 ?% N% p7 c R M7 c- t
6.5 在原理图中重新命名网络...............................................................................................473 s( O; m/ }& {! G, B0 N( C
第7 章在原理图和 PCB 之间同步约束..............................................504 S C5 o8 V0 ^- ~+ n. k
7.1 从原理图中输出约束.......................................................................................................50
3 m+ h- u3 s5 ~! f J* C7.2 在PCB DESIGN 中查看和添加约束................................................................................50
2 x" W( U4 B2 ^( G+ I& d. E3 c7.3 在原理图中导入并查看约束...........................................................................................51" L( f$ o7 m) s$ s- S+ Y5 H' O
7.4 在PCB 和原理图之间同步约束的两种模式.................................................................52
' n7 ~6 U6 u' K' Y3 b6 G7.4.1 用原理图中的约束重写 PCB 中的约束.................................................................53
& ]( i2 |, [) W5 a i5 u7.4.2 在原理图中导入 PCB 中变更的约束.....................................................................566 a* ?- P0 H3 h8 M- B% a8 M
第 8 章约束分析.....................................................................................58
+ |# H8 g! w; \* F: D, z1 d8.1 查看工作表单元格和对象...............................................................................................58# \6 N3 g t9 B2 @) y! V& t
8.2 定制约束、定制测量和定制激励...................................................................................59
. j' ^5 n; W$ C% P' {8.2.1 定制约束...................................................................................................................59
# S/ P0 y( N! |* O3 q" f8.2.1.1 用户定义的属性......................................................................................................59
1 R* _. S/ _ u4 x4 h: e' z! @8.2.1.2 约束的定制测量......................................................................................................59
% X$ d5 J; f6 u6 c r9 K8 Q0 L6 w+ I第9 章SCHEDULING NETS ..............................................................61
, j4 D% Y% R6 y9.1 SCHEDULING NETS............................................................................................................61, h) W* \* {% `
9.2 SCHEDULING NETS-REVISITED..........................................................................................65) ^6 {1 l" D3 I& a+ D; q
第10 章相对传输延迟.............................................................................68* ]9 k4 ?" n6 @9 U. ?
0 ]' { e3 Y6 n' I8 f0 r9 A
# w" f; m" y1 M0 P& M% k, c% l- F: v% X7 `; {
2 \+ Q: x2 q+ I! I' D; a
|
|
/1 
发表于 2012-9-4 11:06
收藏
淘帖
支持！
反对！
楼主
