|
|
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
* U- ]' z% Y1 t0 m- i' v; I5 F5 c m- L$ N; t, ?
第一章 约束管理器介绍............................................................................40 z5 i0 {# b, a& ~, P! Z
1.1 约束管理器简介.................................................................................................................4
+ b1 ?) X+ s' n2 X8 h1.2 约束管理器界面简介.........................................................................................................8: O/ E4 Y( S; d/ ?, e
1.2.1 worksheet selector.......................................................................................................8# m' X4 e4 i$ h9 E9 ]4 M6 U
1.2.2 用户接口.....................................................................................................................9
. N" g1 S* f8 F" P) ?* G1.2.3 View 选项....................................................................................................................9
6 ]$ I9 A( q3 Y4 s( y1.3 启动约束管理器...............................................................................................................11
# w# q1 i& M" x' G i6 ^0 a第2 章OBJECTS 介绍.........................................................................125 Q( ^' d# S0 @' a
2.1 PIN-PAIRS ..........................................................................................................................130 e( D7 F$ ]2 M- N
2.1.1 Pin-Pair 规则............................................................................................................14
( A$ `6 r/ p5 D# J2 l% d2.2 NETS 和XNETS .................................................................................................................14
+ i1 r$ O2 {6 E2.3 BUSES................................................................................................................................15
$ a) }5 O( Q0 P! c0 d2.4 MATCH GROUPS ................................................................................................................15
8 ]- b: ~5 `. `" c! q2.4.1 如何确定 target pin pair ..........................................................................................16
9 x: d1 }/ Y( X2 s' h# t+ z2 n2.4.2 相对/匹配的群组规则..............................................................................................16 b0 P8 r9 a1 Y2 j3 @
2.5 DIFF PAIRS.........................................................................................................................16* R. ]. p2 [' y \2 w% R
2.5.1 差分对工作表...........................................................................................................171 X/ X9 m2 L7 }3 [( U7 N
2.5.2 差分计算器（Differential Calculator）的使用方法..............................................19
% i6 m5 F3 H& z$ \4 g2 L2.5.3 差分对规则...............................................................................................................192 d# c$ N$ f/ ?& p# \5 c* p
2.6 DESIGNS AND SYSTEMS.....................................................................................................209 S6 b6 e% v' A2 u. Z v" C
第3 章设置网络的走线约束.................................................................21
$ P7 A C$ r! S' A) S4 k/ {3.1.1 设置网络的最大最小传输延迟...............................................................................21
% @( @/ f4 `- `0 w8 u: G3.1.2 设置网络相对传输延迟...........................................................................................24
; I0 l) d9 L. ?3.1.3 设置差分对约束.......................................................................................................26
' U2 ?' t" v7 F& R% |* w! S3.1.4 查看网络规范格式和物理格式...............................................................................28
8 w2 m. D4 n( ~3 c$ G W$ v8 n第 4 章设置网络的时序和信号完整性约束 ........................................30
/ W: x6 w. q* {' @, v4.1 设置时序约束...................................................................................................................30
2 \; I* X. P7 a4 X- Z) T4.2 设置信号完整性约束.......................................................................................................32
4 _2 o1 b* `0 _ |$ `# {" z: n' r4.2.1 设置电气属性约束...................................................................................................32
# |2 t& I" ?( j# E' W9 z0 第一章约束管理器介绍
, t2 ?) l0 s; Y7 F) |$ l' ^/ Z# ]2 h2, Y. T' J0 E( g5 C( f
4.2.2 设置反射属性约束...................................................................................................33* P2 M0 G$ f7 B3 L! a0 F# O2 }% G
第 5 章电子约束创建和应用.................................................................35
/ x; X& a& v ?8 H5 S: ^: a: ^. p5.1 创建ECSET ......................................................................................................................359 f. O- J7 K. L) v
5.2 指定ECSET 给网络.........................................................................................................40
! Z3 v! X3 j+ r9 }( ^2 }/ T# g' W0 [5.3 不考虑ECSET 的缺省约束值..........................................................................................41
5 n4 R- l; O6 M& a( m5.4 在原理图中查看ECSET ..................................................................................................41
" N9 S) i! r1 u. s+ l第6 章ECOS 实现.................................................................................43
+ q( o3 y A: y( k# o% k$ ~: L6.1 在原理图中增加网络.......................................................................................................439 a2 u( n! Q5 `, a* a$ [3 h
6.2 在原理图中修改约束.......................................................................................................455 _: c4 B3 _9 c, V4 k5 G' g+ m
6.3 在约束管理器中修改约束...............................................................................................46
1 e5 n7 E% ?2 u; ]( `2 g" J; ^4 Z& I6.4 在约束管理器中删除约束...............................................................................................46& ~ c& h5 o1 y' [7 m# x
6.5 在原理图中重新命名网络...............................................................................................47* F- b4 c- q% Z& B3 s3 b4 v
第7 章在原理图和 PCB 之间同步约束..............................................50
8 o3 X9 r% q& o( D' ~7.1 从原理图中输出约束.......................................................................................................50
{8 a& j/ R0 m8 ~) d0 ]" {) U7.2 在PCB DESIGN 中查看和添加约束................................................................................50& `7 s4 l* {+ N
7.3 在原理图中导入并查看约束...........................................................................................51 I2 D( S. F8 G0 W
7.4 在PCB 和原理图之间同步约束的两种模式.................................................................520 y. @7 w0 s8 k5 w8 B
7.4.1 用原理图中的约束重写 PCB 中的约束.................................................................53, f; J d# T6 p! I- d# c
7.4.2 在原理图中导入 PCB 中变更的约束.....................................................................56
3 ]3 B9 r) G- w8 I6 n第 8 章约束分析.....................................................................................58
1 [2 _, N1 k( c# e6 w+ n1 p, H. G3 I8.1 查看工作表单元格和对象...............................................................................................58
% q% d5 U6 e* i8 X1 |8.2 定制约束、定制测量和定制激励...................................................................................59
% C! F& E! A8 E' X9 \1 r6 A4 M8.2.1 定制约束...................................................................................................................59
7 \* ^4 K7 d) x4 ]+ j8.2.1.1 用户定义的属性......................................................................................................59* b7 t& g Z/ v7 p/ z% i3 r/ u/ X
8.2.1.2 约束的定制测量......................................................................................................59' q, m- B# x5 ~. z; |4 ?
第9 章SCHEDULING NETS ..............................................................61) X& k Q5 B4 ]# U7 e0 U
9.1 SCHEDULING NETS............................................................................................................61
- ]- s' L! }# R3 i9.2 SCHEDULING NETS-REVISITED..........................................................................................658 ~' Q1 M! p& C: ~" ]) S7 h
第10 章相对传输延迟.............................................................................68
/ Z0 ~( y& k. G, X& }% w
3 F0 h2 h; e* }5 L: Z
& M& H0 p- j7 M* h+ _8 z6 u! w* Q, A5 R9 \9 v; P5 n5 w. @$ f
/ `% J( E! E% ?! Q- A; S: p* w
|
|
/1 
发表于 2012-9-4 11:06
收藏
淘帖
支持！
反对！
楼主
