|
|
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
4 {4 F' u$ H( N* P, Y8 \1 e0 A4 i" V6 r- P! ]; d: M
第一章 约束管理器介绍............................................................................4
" i1 v$ {) y. L8 y; u3 R: a1.1 约束管理器简介.................................................................................................................41 W: _) `5 }6 Q- G9 U# z* W
1.2 约束管理器界面简介.........................................................................................................8
; z( O* `+ I, q5 B) L1.2.1 worksheet selector.......................................................................................................8
5 t& D2 n( T$ e1.2.2 用户接口.....................................................................................................................94 k2 o: Q) B3 p' F3 u' \
1.2.3 View 选项....................................................................................................................9( X8 r) {- [) F4 k
1.3 启动约束管理器...............................................................................................................11
& ]4 j3 S" C1 r7 x' k# i7 K第2 章OBJECTS 介绍.........................................................................12, }& k& L/ d) W+ u- B1 e
2.1 PIN-PAIRS ..........................................................................................................................13. s- q/ d1 _% c# `( A1 j2 t2 r: F
2.1.1 Pin-Pair 规则............................................................................................................14
2 o. p. S! X9 T2.2 NETS 和XNETS .................................................................................................................14! m6 T9 m- g# l; I5 O
2.3 BUSES................................................................................................................................15
" A C+ Q+ x' E; P# J2.4 MATCH GROUPS ................................................................................................................15
; A" }: J3 i" I. x5 I4 w2.4.1 如何确定 target pin pair ..........................................................................................16) O; }2 j$ @ B" d: i' b
2.4.2 相对/匹配的群组规则..............................................................................................165 J9 c# _9 p2 B. o% u/ _% ?
2.5 DIFF PAIRS.........................................................................................................................16* A) Z" D/ ~3 z6 G0 `# b4 `. C4 J
2.5.1 差分对工作表...........................................................................................................17
" H- M9 m! X$ Y2 Y2.5.2 差分计算器（Differential Calculator）的使用方法..............................................19
2 \# m$ I8 Q3 i( A* R, U2.5.3 差分对规则...............................................................................................................19
: S7 L- w& \ {2.6 DESIGNS AND SYSTEMS.....................................................................................................20( }3 F8 c' a1 \7 E/ V" j
第3 章设置网络的走线约束.................................................................21
5 x; I5 ?* e2 f- z9 u3 a) D" @3.1.1 设置网络的最大最小传输延迟...............................................................................218 W+ u9 Y3 Q' A( v6 k" s" ~4 K
3.1.2 设置网络相对传输延迟...........................................................................................24
" e& l U% { |" h" g8 S3 [3.1.3 设置差分对约束.......................................................................................................26: \, D, x M2 V
3.1.4 查看网络规范格式和物理格式...............................................................................28
( I6 ~! M7 l* `/ {& c; n第 4 章设置网络的时序和信号完整性约束 ........................................30
. Z- J. A* H: I" O1 q& E' n" k) n/ w4.1 设置时序约束...................................................................................................................30' M2 S- Z+ E/ J' Y* h
4.2 设置信号完整性约束.......................................................................................................32
; ]9 Q" ^) [6 t4.2.1 设置电气属性约束...................................................................................................32
9 o9 L+ L. m D$ O0 E8 V0 第一章约束管理器介绍
) b2 z: T8 Z6 V! ]2
3 Y0 p y+ j `& G9 l+ i+ M" c0 ^4.2.2 设置反射属性约束...................................................................................................33
1 C' q4 b- ^% A( q( x# p( _3 ^) I* s第 5 章电子约束创建和应用.................................................................358 |3 A& n. S$ ]
5.1 创建ECSET ......................................................................................................................35$ s1 N( Q T" T
5.2 指定ECSET 给网络.........................................................................................................40! k- ?2 ]; Z7 T6 [6 f' N
5.3 不考虑ECSET 的缺省约束值..........................................................................................41
7 e8 S* l3 o$ x6 S1 ^5 d5.4 在原理图中查看ECSET ..................................................................................................414 L( l0 m! Z0 N
第6 章ECOS 实现.................................................................................43
; |% u0 [$ Y3 v9 |# {/ M6.1 在原理图中增加网络.......................................................................................................43/ B7 _/ B; j! ~
6.2 在原理图中修改约束.......................................................................................................455 F6 Y6 U/ Q1 p
6.3 在约束管理器中修改约束...............................................................................................46$ n" r5 \/ F0 D9 N* @5 C
6.4 在约束管理器中删除约束...............................................................................................46
* }5 g- F4 i8 f6.5 在原理图中重新命名网络...............................................................................................47
1 A5 m) l3 R8 M6 Q, Z N3 N第7 章在原理图和 PCB 之间同步约束..............................................50
- t4 f, S& v: o% i7 \) S7.1 从原理图中输出约束.......................................................................................................50# b F$ A* l4 o z a9 c9 ^. [
7.2 在PCB DESIGN 中查看和添加约束................................................................................50
( l$ O- u: a0 @+ ?7.3 在原理图中导入并查看约束...........................................................................................51
! \# \6 x/ o: j- T, n7.4 在PCB 和原理图之间同步约束的两种模式.................................................................52+ `' K9 ~, U# q# e, W# U& G
7.4.1 用原理图中的约束重写 PCB 中的约束.................................................................53
5 X; J4 ^0 ]! ?, ?! c/ U7.4.2 在原理图中导入 PCB 中变更的约束.....................................................................56! h# k& c& R# l4 _5 H
第 8 章约束分析.....................................................................................58" E5 Q: n! w8 F9 V0 {( T9 K r
8.1 查看工作表单元格和对象...............................................................................................58
9 `8 H) x1 l6 ?1 n- _8.2 定制约束、定制测量和定制激励...................................................................................59
1 f' Y' z( B: C0 |& C5 ^8.2.1 定制约束...................................................................................................................59; s; j" M4 p3 p' K. D6 k0 {; b, v
8.2.1.1 用户定义的属性......................................................................................................59& |7 f: s3 T( j5 Y2 k( f
8.2.1.2 约束的定制测量......................................................................................................59
8 R, @9 S0 g9 j/ i/ {第9 章SCHEDULING NETS ..............................................................61
" f/ s( S) I1 J" S, Z* F7 s9.1 SCHEDULING NETS............................................................................................................611 \9 f* q7 L* t* _3 \
9.2 SCHEDULING NETS-REVISITED..........................................................................................65
2 P- s9 W2 X" Z7 c& i第10 章相对传输延迟.............................................................................683 [8 |( E0 R$ V6 P; @3 J
9 r( K5 g& N( F: @2 Z; G7 E
; T# `6 O9 b2 k% `/ k
6 W1 `, ^, h* I1 X0 U
4 M+ S& V' e- i |
|
/1 
发表于 2012-9-4 11:06
收藏
淘帖
支持！
反对！
楼主
