|
|
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
DRC - (Final DRC). J& x) M/ l5 Q, L
-----------------
' X3 o" Z$ h7 j! k( ^1 i# Q" @: }' |. [4 J5 o5 R
08:00 AM TuESDay, September 09, 20081 C4 r2 G# O i) `
Job Name: D:\prj\080906\PCB\22V1.0.pcb& o0 H2 x6 s; w
" l$ E0 b7 W- Q {# e
8 n* x6 [3 I- u* j
---------- s" t; }* l; Q+ x) o$ h" _: J
PROXIMITY
4 x2 ?( x1 `' h( j+ J2 ^ ---------
, A2 F* S! u5 w, Y& i/ N 6 }0 e6 ]1 k4 G: d/ o3 w" M
Use DRC Window : NO
8 s0 ?& |2 E% G* Z" u7 G7 o* M: q, s& O8 u! `) U! H
( y n1 R, ^3 p! y- ]. } G Disable Same Cell Pad-Pad Checks : NO1 [' l# n0 Q. M/ {
* c x8 i1 F. Q5 A6 ]% a
6 g9 V7 N" F' ?/ N) v# v) W6 \
Enable Same Net Pad-Pad Checks : NO
4 r& s9 y8 M2 B/ d
% p* c$ g7 ?1 Q& E$ t w; q' r & T9 @; T" F) _* B
Layers Specifed To Check : Layer 1
; h/ K- X$ N6 c! B) ?4 K' |, w Layer 2
6 H( j6 |8 o0 n. g
( f6 n4 p! ?( T$ @2 B
" c$ s s- ~; s- |; i
$ r9 m j. F) x5 Z% L7 X. |7 R# E1 j5 ?
Net Class Clearances And Rules; c4 s! i7 l( I5 V) ]
------------------------------
0 `! w1 T1 G4 m% c5 w
! H0 C- N4 s/ ^& u- a s! H7 B >> Components Top TO Components Top- t+ F3 U) Y$ e( f
Hazards Found : 4
- } b- w. i# K: s0 w
. j1 b8 B$ x9 @) T& X Traces Layer 1 TO Traces Layer 1* T' M( s" `$ k+ W
No Hazards.# _5 y* Y- b. [
# p4 d. c0 h/ h; A6 P5 O# K% B Traces Layer 1 TO Part pads SMD Layer 1
! E8 ?$ k3 x+ Z3 Z# \ No Hazards.0 Z8 J8 P3 q1 T
, v8 h4 N& @: ?7 H' N; V6 ^7 Q, V8 f Traces Layer 1 TO Part Pads Thru Layer 1$ X0 P! y: d1 F9 W( C& [( b
No Hazards.
6 K6 g# \4 I* Z3 R% W1 V
- g5 s2 Z2 C) Y- y& B" ? S Traces Layer 1 TO Part Holes Layer 10 N. Q4 ?' w4 ]1 |+ I* z! _. t
No Hazards.- a% k1 D. U% q$ c0 j; O0 z0 i
: Y( S5 N p7 i* j) z Traces Layer 1 TO Via Pads Layer 1
8 E4 b" d, A7 J" L+ i4 ~- N No Hazards.) _4 W- P( n( X5 L5 ?
" o( {+ ?& q% f Traces Layer 1 TO Via Holes Layer 14 M* k1 n' `" I& p; G& a
No Hazards.. c5 o% ^' U- r9 L7 W! |
6 _- P) j- _& E* ~! b+ U( S1 I' | Part Pads SMD Layer 1 TO Part Pads SMD Layer 1% L: }- J; E/ d6 Q- \2 I' S
No Hazards.
- e6 M" r: v- |+ S& [1 g
, ?' ^9 Q) Z7 g$ } Part Pads SMD Layer 1 TO Part Pads Thru Layer 13 Y% G$ ]4 Z! ~8 D1 A x- Z
No Hazards.
* s9 } s; \7 @
0 {3 H& p0 m0 T- X& G Part Pads SMD Layer 1 TO Part Holes Layer 1$ X, X! Y: N! `! W
No Hazards.6 P7 y3 v1 Y# L& ?9 v
$ o4 {" w. N( k8 I2 f4 P Part Pads SMD Layer 1 TO Via Pads Layer 1, R2 y; W! q2 F5 O K7 q
No Hazards.
- B. ?* ~- l% U5 t: H
4 ^5 P: F$ w6 R. H1 H4 g J7 l Part Pads SMD Layer 1 TO Via Holes Layer 1- S8 e+ R7 G: Q$ A5 j( x0 |7 O, M
No Hazards.' Z' R( m: Z( p6 M
r8 |7 n7 i+ z8 e Part Pads Thru Layer 1 TO Part Pads Thru Layer 1
, u3 F0 g% D$ V' x& Y No Hazards.6 l# x0 P: ^7 P
R8 x( Y/ ]0 u- s$ J
Part Pads Thru Layer 1 TO Part Holes Layer 17 s; |( {1 C+ l7 A/ @
No Hazards.
+ {) |! m% I$ @% i6 z" n z
P" L- o: d. l- e* p. ?! t Part Pads Thru Layer 1 TO Via Pads Layer 1
8 N/ q/ g+ i8 E) Y No Hazards.1 {) K. _9 K7 Q; i' u/ R
: e$ Y$ i$ I$ G. w |' O+ k- `+ j Part Pads Thru Layer 1 TO Via Holes Layer 1
2 _0 X: D: }, p- \5 W No Hazards.
* B9 b1 f& a- v0 N* J0 Y) `& u, T& b$ X/ k7 U: C
Part Holes Layer 1 TO Via Pads Layer 1
; y1 X# e( L8 H: O- q/ ] No Hazards.
& h2 A$ ?7 p" d: X" f* n+ F \ q- `. j% @4 E& C4 U
Part Holes Layer 1 TO Via Holes Layer 1! V2 ?6 e+ Z1 [
No Hazards.1 t+ ]6 d! Z O% Q/ q1 q
" X: V0 q: V- }$ }
Via Pads Layer 1 TO Via Pads Layer 1
8 k. ~% z$ [) P$ u( `5 t No Hazards.0 V& N% p9 f: y6 p) `
0 }4 r5 l& {" W2 X0 B, @ Via Pads Layer 1 TO Via Holes Layer 13 v( [" c+ u" b5 `
No Hazards.+ N% Z! O2 x2 G. P- H( E
2 V- m5 V/ p0 @5 w2 ^) T6 _- j
Via Holes Layer 1 TO Via Holes Layer 1
. Y [9 e+ z' `$ c$ E3 s No Hazards.' l1 L# j W; b; `2 q% i( P
, d$ F, h* I+ }" A Traces Layer 2 TO Traces Layer 26 z# h% I* h3 H3 h h& g: K
No Hazards.. E6 _, U- a$ ]3 y5 p7 d4 ^5 Y/ n) I
; ?( Q4 X4 d7 ]/ ?& }" M# w% e Traces Layer 2 TO Part Pads SMD Layer 24 {$ a$ y$ h" q! h6 ?: ^
No Hazards., U0 x7 H" ^9 U1 ~; }
( y7 h; y3 ^, U0 h* L Traces Layer 2 TO Part Pads Thru Layer 2$ m/ ^( a$ d, S$ E, ~
No Hazards.
7 \. [; O% Y* P$ D7 F
6 \8 p4 Z6 E6 @$ b; `( s Traces Layer 2 TO Part Holes Layer 20 Q. `! ^: w' B; `) K. I
No Hazards.
5 W) J6 C# t; c$ W! \ |2 h" @6 `: c( |) e' T7 j3 s4 U' r: t6 g7 q
Traces Layer 2 TO Via Pads Layer 2
- r! m5 V* ~# [4 U h% p" T5 r No Hazards.
0 J7 X2 U7 I' p% Z; k
5 v: q- o/ D8 Y Traces Layer 2 TO Via Holes Layer 2% P: j1 L$ M- ?0 q9 n9 k7 J
No Hazards.
* E0 ?1 j+ j! i9 Q; Z; P0 e
" d9 g& u0 f4 B. Y. i, [( ^" N; b Part Pads SMD Layer 2 TO Part Pads SMD Layer 2+ N5 P( {7 V- V6 d7 s) r2 Z
No Hazards.
4 V" B( f4 N4 p6 R- H/ x# e( s2 L! N7 F5 J& |' l) L) J
Part Pads SMD Layer 2 TO Part Pads Thru Layer 2
8 V& ^+ A$ @# D$ f+ F- A No Hazards.9 ~1 q3 s! X0 H. H: ?6 C' S
; L1 F8 j" O7 Z7 j
Part Pads SMD Layer 2 TO Part Holes Layer 2
! h j& F, K- W4 k: O+ O ~; y No Hazards.
: e; a5 Z1 K# l* b$ z" x1 @. B0 e7 Q. _% m" G* b% I/ t0 g$ Q
Part Pads SMD Layer 2 TO Via Pads Layer 25 [3 Z! f5 P: v$ F! X, o/ m
No Hazards.
) C; Y! j5 F2 E4 U4 a- W
1 U) x1 g9 W( u! _2 i) E Part Pads SMD Layer 2 TO Via Holes Layer 2" ?' m, z3 b% R
No Hazards.
( W. Y7 j4 ^! T! x+ G: m$ Z" N! i" I# a9 C+ L
Part Pads Thru Layer 2 TO Part Pads Thru Layer 2
/ ^9 w& [+ r- A; r9 E; k$ P; K9 D No Hazards.
; \" F; m) p" p @4 k. L0 J4 h3 \# B' _1 v' u
Part Pads Thru Layer 2 TO Part Holes Layer 2
, w+ f$ v/ c- U. S" H/ A: s { No Hazards.
3 S) e8 C" t; j# [8 I8 w/ V' |# }- b% S2 k: g; C, c
Part Pads Thru Layer 2 TO Via Pads Layer 2, o! r+ X' b( U* f# M
No Hazards." g4 E" J4 M5 Z" k' |
9 I& e/ n% H1 p! e: ?' s
Part Pads Thru Layer 2 TO Via Holes Layer 2; i# b6 u8 l5 ^
No Hazards.$ e: e' ^/ K9 _8 t
G6 O1 S; q8 {. x Part Holes Layer 2 TO Via Pads Layer 2
9 | |' j5 H: g$ I9 O/ { No Hazards.
+ k; F$ F; F" Z: n' a- e" R9 ?" @% e0 k# k5 v7 O* z/ `' L
Part Holes Layer 2 TO Via Holes Layer 2 X4 ]7 D1 f6 F
No Hazards.% l' y+ Q% W4 Z4 b4 X
* I# D: L) n: ?# s5 f Y3 D* j Via Pads Layer 2 TO Via Pads Layer 2- D/ H$ [; J- n- j$ _
No Hazards.( ~9 x K. v) o( g, g* u4 ^
+ D5 {7 p5 G: |5 ]! D6 `$ Z8 i Via Pads Layer 2 TO Via Holes Layer 2
( Z; P$ I/ i8 O7 l No Hazards.; B: j8 C- V: b4 h/ z- [& O
) h2 A4 w0 J( ?8 S# U4 ^ Via Holes Layer 2 TO Via Holes Layer 23 X3 E1 @2 \' [6 }7 _
No Hazards.) y( t/ s. `* c+ C
: z2 E4 t7 T# Q% g# _( {, ~
: ]1 M# \: E5 f0 w5 e
Total Hazards Found : 42 @8 r) P' X; X1 K3 q+ B
6 P1 K1 R# f; c+ u+ h+ @( S
+ J; \% W2 N! ?
/ x. k: G) L: _1 t7 V& ^/ r7 c) k1 Q2 X6 P
Planes Clearances And Rules
" N5 B8 k9 h* d' n4 t3 P ---------------------------
- L' ?! _. S1 u0 k' T( V' H2 T( J
2 P. X2 O+ J7 {5 V" g7 J5 q Positive Planes Layer 1 TO Part Pads SMD Layer 14 j( d$ V; y1 x! [. j
No Hazards.' h6 A& R/ _' r8 D2 ~8 R9 E& L( x
8 ^* c/ ?; _6 T" w) [# n
Positive Planes Layer 1 TO Part Pads Thru Layer 1
0 \2 }$ a' ^) X No Hazards.% _8 _5 p. x* o i
" D9 z9 E! x1 q4 W+ W2 `1 D
Positive Planes Layer 1 TO Part Holes Layer 1& v$ r; s) S9 c3 n) N
No Hazards.8 t o1 R6 M4 v6 C. J5 d
" d$ }$ z/ ^) l" ~
Positive Planes Layer 1 TO Positive Planes Layer 1
& L0 ]) C7 @7 {* }5 }9 B) q No Hazards.
j( K7 ]4 O3 v# {3 S4 c3 B2 b1 Q4 ?+ x* a6 c4 V
Positive Planes Layer 1 TO Route Border- m6 Q& U3 l) ]* G* W! t; Q
No Hazards.
( n9 P( c3 Y1 ]; X0 A$ s0 ^5 V% t6 t, L, ^% {8 m
Positive Planes Layer 1 TO Traces Layer 1
5 D# u- ~: n& C No Hazards.. ]+ g# l' g' w
s+ \) Z0 V5 ?- |, { Positive Planes Layer 1 TO Via Pads Layer 1 B% s1 N. N( N# k9 q
No Hazards.6 T# L3 ]) d1 X/ ]7 o' o- O
2 H7 ^2 I9 A7 e! J Positive Planes Layer 1 TO Via Holes Layer 1
- g$ X. z: m9 m9 S: [2 T No Hazards.
) |8 Q: u) V2 n5 u, K! \
5 d3 Z; y/ n4 l% V5 r Positive Planes Layer 2 TO Part Pads SMD Layer 2! C0 Y4 e; v0 X" t% z! F2 `
No Hazards.2 m7 @: |/ }% I- }
* R9 H% U" _( H' j3 j3 x+ X
Positive Planes Layer 2 TO Part Pads Thru Layer 2
3 D' w% w, X6 m& K j6 [ No Hazards. Q/ _3 {2 c: a0 S
) h, {+ \, K2 _3 {5 [2 ~+ }
Positive Planes Layer 2 TO Part Holes Layer 2
, e/ \* }- r; c! ^. L, [0 R No Hazards.0 T2 ]5 j; P$ f
9 x$ Z3 R- A4 u M5 o1 F' T
Positive Planes Layer 2 TO Route Border
) ?; P2 U; k; ~8 I% n% | No Hazards.
" j) W) \1 \ n1 Z9 ^/ l/ \
. {& `" h! F: \; _ w$ G5 C8 Y: ?3 L Positive Planes Layer 2 TO Traces Layer 23 _. U+ @4 F; u; S1 L
No Hazards.
( p* b0 y! N N: d7 p$ ~/ i' A% X2 ~. p
Positive Planes Layer 2 TO Via Pads Layer 2$ b4 p1 ?% ]- R! [% t [3 \$ s6 J
No Hazards.
' v+ `# v( M7 r0 k( V0 X, {; g% V9 @+ G1 Z5 J* `1 n# D3 {9 @' C
Positive Planes Layer 2 TO Via Holes Layer 2
/ L) G4 A9 V0 ~% B No Hazards.4 ]! l6 s6 A* x4 i, Z
! r3 X/ N, a0 U, {) q: m* s, [! j- L, w
Total Hazards Found : 0
' H8 q% E" d7 @1 [$ h. @9 O" H- C* q6 m7 z: |- a- T( x
, i' a, i( R) K2 l+ w
# `$ [3 d; G1 S& b0 N
; v/ D6 W N& Y6 \ Non-Net Class Element To Element Clearances And Rules
1 x. _ S7 A$ P& g -----------------------------------------------------: s6 `) S6 u; G- O3 V; k- I& }
! f& s) n$ F5 N3 D5 g
Route Border TO Via Pads Layer 1 Clearance: 0mm
! m& f9 ~$ b8 \ o No Hazards.5 d/ g2 L' c+ N1 ?2 z, p
) c, a1 i- u# n8 u& J+ n5 E: C
Route Border TO Traces Layer 1 Clearance: 0mm
. ^: R9 k/ T- b0 i. a No Hazards.
: G$ _7 o- z4 V+ i% r$ Z% r# L7 n
/ {( T, D- H# a' d& j Part Pads SMD Layer 1 TO Route Border Clearance: 0mm3 ^# t1 {# J1 R% u) a+ J& o5 U
No Hazards.
# N, J. d& Q+ q$ V* o$ K0 L! f: V8 K9 n7 a- ^4 w
Part Pads Thru Layer 1 TO Route Border Clearance: 0mm
+ r* X+ C$ }2 e! \* w; l) o0 O8 k+ M No Hazards.- t; G. {4 w# ?! d: [3 E
" T9 m: I' y1 Z& n0 E
Board Outline TO Part Pads Thru Layer 1 Clearance: 0mm
a' g4 R; l$ ]8 s: B1 n7 d$ B No Hazards.6 b; N, S& Y! O8 `; }
7 n, {5 A- K% K* O/ C! @
Board Outline TO Via Holes Layer 1 Clearance: 0mm
' T1 v7 d) x+ o+ H; y( G No Hazards.* N* t' C$ S; W. H
# V X( ~. J: B1 Q; ] Board Outline TO Via Pads Layer 1 Clearance: 0mm/ }) ~ Z" ]9 w+ ?% b+ y' y# a8 m
No Hazards.4 N( @, [8 c1 ?0 [5 j M
5 ^6 d* {5 b) `5 Q% Z' K Board Outline TO Part Holes Layer 1 Clearance: 0mm5 I9 k r" v* ~' B0 j. m7 C
No Hazards.% i# |: M8 ~7 K. N& Q6 O
! [! {# T5 i+ _: \ >> Board Outline TO Placement Outlines Top Clearance: 0.15mm( P# I8 D- A1 j1 i0 O
Hazards Found : 2
) ]0 w3 W4 m) ^5 V, G: b3 c* A
Board Outline TO Part Pads SMD Layer 1 Clearance: 0mm f: k. C& J6 r8 m% T, C
No Hazards.+ k7 }0 x4 D- q5 I6 ]* _
+ l- u3 _/ D/ c Board Outline TO Traces Layer 1 Clearance: 0mm/ d/ I3 r' s: _ A/ {
No Hazards.1 M+ Q, k4 p% F3 W" A
% J/ V1 R; j N( m2 \$ z) T9 N2 L$ F' V Route Border TO Via Pads Layer 2 Clearance: 0mm
& m+ G9 t# `7 x$ q" K! q No Hazards.
5 P5 m" {4 J5 a9 R
8 s# ` v% x6 Z! X+ m& Y/ S6 n Route Border TO Traces Layer 2 Clearance: 0mm
' E$ e9 A3 `$ h No Hazards., S, t7 B4 Q4 `" O
$ T8 w. p7 |( U' {7 y Part Pads SMD Layer 2 TO Route Border Clearance: 0mm
F3 l5 Z9 e. b" i8 }4 N. K/ K No Hazards.
+ H4 D' L( u# } q
4 R0 V/ G6 H+ f/ _* j E Part Pads Thru Layer 2 TO Route Border Clearance: 0mm6 T5 ]. |& G0 `( F4 ~ f2 e# h
No Hazards.- l }( m/ Z, v( Q d% v' R
7 }; V% f- I6 {# }
Board Outline TO Part Pads Thru Layer 2 Clearance: 0mm
( p* s* L! p6 x' ] No Hazards.9 J9 l! g! B7 M
: `: r1 o- @, K& E, C2 |6 i
Board Outline TO Via Holes Layer 2 Clearance: 0mm
# f { v1 Z. [) |! Y8 w( r+ U( H) C No Hazards.
* h' N. I3 g2 R3 O4 j
6 c, b+ `; _5 R' s, [ Board Outline TO Via Pads Layer 2 Clearance: 0mm
* j! o) W- M3 ]1 Q! q No Hazards.( v# g* ?2 U" O& [- ]+ t& U( C" C
. U- {) |; A G$ a7 o! M Board Outline TO Part Holes Layer 2 Clearance: 0mm/ y; e/ i' c- h! F
No Hazards.4 O) ^& H, g& h1 l. D5 p" z! b9 x- r( X
1 r3 [ P+ [' G' {# F% Z( H! @
Board Outline TO Placement Outlines Bottom Clearance: 0.15mm
9 }; ]% G& g% Q No Hazards." r: Z' ^! o$ E: K0 m
& t! [$ l' T5 Z6 M% ? Board Outline TO Part Pads SMD Layer 2 Clearance: 0mm
$ i3 b0 ^! O. B+ R7 m+ U No Hazards.7 f2 W" t3 g# d
0 f1 X8 J$ i! I
Board Outline TO Traces Layer 2 Clearance: 0mm
N. b$ }3 u! y* t No Hazards.7 f# H$ [ W$ h( T
0 l% i) B& [7 J! a. s4 C$ E6 z: @7 M! J+ E7 ]% \7 l) r$ z2 J
Total Hazards Found : 2; [! b2 v0 ?- j0 p8 s3 m$ X3 }
1 p, E( n# c. d$ T& H" d' @' {) m5 U6 O. X; `9 X C7 }% N0 Q! X
. y; b% j1 |" w, L: C9 h Total Proximity Hazards Found : 6' c% R% W; g+ \: v
4 M1 E* B4 [8 m! j* `9 Q& w' V: @, l. Y1 S
8 i( e3 c2 ^' @# w& @5 w
) D- P; k. [, G4 S2 q7 i ----------------------------
- W/ e# A& s( S: b: f" H* u CONNECTIVITY & SPECIAL RULES
# E7 L6 ?9 r) o: w) P ----------------------------* |' R9 e _; o5 s7 Y, F$ g
) N; S! a- D5 e' M l/ I- ?' i6 N( \. l7 q/ Q* x% o1 }- s1 c$ y& i
Check For Unplaced Parts : YES+ W$ k$ Y U) o, X- d" W, {1 ]
No Hazards.
& \' u* ^3 }( o1 Y% C$ D" R/ H3 n3 w3 ?
% r! v5 s: p$ i# {8 }0 }- S
Check For Missing Parts : YES0 O* q o ^: }
No Hazards.
4 w g( G0 G: b/ O, b- J# q
7 a: o2 |/ k+ I j( _8 b0 I5 \' L+ S: t1 a5 z9 _# u2 s2 y
Check Trace Hangers : YES. B+ F; B' \- w( ]
No Hazards.
2 N5 E& J* @8 g2 y A7 p6 ?& i1 M8 O6 I) n
7 A4 e. X& N4 h* j$ Y
Check Trace Loops : YES
, R# W4 N0 C5 Z$ ]( Z @- F No Hazards.
! u: ?6 n0 F$ |0 r
+ ]+ T2 d1 C8 K
: r- m. R2 \; g; J& w Check Trace Widths : YES6 n% f& j8 e* u+ P2 j5 r6 K: z
Hazards Found : 1229 e6 l4 y3 d/ _' |( ?7 \
% t# x; b2 |4 j) ]. d
% p% L. g4 n$ a. P# U) s
Check Single Point Nets : YES5 `" X8 O" C" K
Hazards Found : 18 {* H/ z/ r0 Z7 a. i/ w8 @$ R
6 H! ?1 s9 Z4 U. [ r
1 U* X- H3 \: Z' T3 ]0 } Check NonPlane Unrouted/Partially Routed Nets : YES
$ r$ B$ `3 V4 m5 F1 L2 o5 ` No Hazards.$ a7 M, {- @! Z& f- X* F2 ], a
7 ?# ~) w0 v6 {! p' X! W, D9 c* {* `( T+ E, r M
Check Plane Unrouted/Partial Routed Nets : YES Q, d. l& P" M* ^
No Hazards.
% h2 D8 @8 k& N' d- ^- \% f7 v0 h" Y0 F- j
0 y2 `3 a4 D7 i8 I
Check Routed Plane Pins : YES+ M, L; U$ | l5 U
No Hazards.
- i Y2 a- r6 n7 q
& s. x# M% g* s. O: h4 _, x/ r+ b9 L6 Z5 ^* @" F, |
Check Plane Islands : YES
$ k( v9 G5 @0 H, q6 E No Hazards.
2 _$ F( T7 t0 `: W3 c& @+ ~' W5 m& \) ]% B
( K' ?: ~0 k. {, X: {
Check Dangling Vias/Jumpers : YES* ~; w! p* @" O3 ]2 B0 g3 Q4 D
No Hazards., Z% r \; }& v/ d7 }
- A6 K/ ?1 I. Q9 Y! T, R8 d" E) z
Check Unrouted Pins : YES
. c E, d: M$ _; c No Hazards.
* h" J4 j$ |0 E2 g: z6 Q7 g' F0 Y
, o U0 h: ~0 f; g4 y( D
/ i( E' n3 }# S; g: _ Check Routed Non-Plated Pins : YES
M4 | \& U6 Z9 l4 n$ @" f No Hazards.5 d6 h# v) Y, H: Q- M, |
~! R% q) N l
3 p1 r* c# c) S. L/ A8 L7 o! K Check Minimum Annular Ring : NO
`# \! E+ k/ w" h, j2 U5 U2 S9 r6 A! A6 L) J' f
. N( L0 r4 G# s9 g4 P5 T
Check For Vias Under SMD Pads : YES
$ `( s; a2 n) y% R No Hazards.
& a. F+ F8 E4 @0 T u+ E h! C4 H; s
n( l1 T, [ y- R9 A Check For Vias Under Top Place Outlines : YES& K! P$ |5 {7 |& M) F, W
Hazards Found : 52
8 z* V8 }1 \; L$ k! F Q, {; ~6 ^ k) Z* N/ s$ P
! F2 a: R! P* i: B s' ?$ B K Check For Vias Under Bottom Place Outlines : YES% h5 T0 @/ k3 q2 o* ]# T
Hazards Found : 10$ |6 A& [7 i6 O6 B6 v
$ H/ `3 v$ Y) |0 @" B
) z& p) _2 D" b Check For Missing Conductive Pads : NO, X2 K6 S$ x: t' t* J4 a; z4 o
# q! N+ ]. b; ]! X4 Q' w
) r# u/ e7 L. g Check For Missing Part Soldermask Pads : NO$ u$ G* ~) ]5 I1 ^6 |
( H! G$ e- T& _3 X! C
0 q) P4 k5 c$ ~. h9 }( x( Z3 T Check For Missing Via Soldermask Pads : NO4 G9 A3 H4 z& L0 g" A/ u
7 i; y Z+ |7 Z. U3 r# S0 y
: d$ p$ s* { Z$ G Check For Missing Solderpaste Pads : NO
J8 v$ j6 h. f4 x% P
6 G- b% B& D8 \7 p' D% X
9 h0 p+ q! @" Z% M: k t
* z" I& h# s8 r# }% S3 l' C Total Connectivity/SpecialRules Hazards Found : 185
7 r) M8 T7 k' ~$ L3 Q6 E% B& e a2 G' O
5 K6 K Z E1 Q6 U
: y, _: {3 r2 O: l/ O ====================================================================
K. N) O' d [$ \$ f; q. i! a
2 J' ]% {" G* F
) d( r6 ^ X: m
3 T3 `* ?+ Y9 L# _! H) A Total DRC Hazards Found : 1917 h9 _* F5 ^/ ]! k! R
5 \7 ?% z% Z2 v! c5 b' N! N) j( h" x1 x
3 P" Q6 K; Z( S. [$ [( I3 M 08:00 AM Tuesday, September 09, 2008
2 ~: b) J: r: f' |# P1 t8 @! _* F& p$ C; ]) H0 n
. t$ t) k9 m! ]2 h: e0 l- V/ A' T
以上是我做的板子的DRC结果，
* ^5 A. L8 w, i" V3 c Check For Vias Under Top Place Outlines : YES$ E- I$ R' z5 a# F% [
Hazards Found : 52
' p. _# T1 P+ {* a
. y/ B& r' D3 i: l) o
7 p, l/ j. V& i Check For Vias Under Bottom Place Outlines : YES0 m' Q! N0 j) x2 I0 b. A
Hazards Found : 106 b5 o& ^ k# |* C3 B
7 Z$ F' u4 z. Y1 G1 \
其中元件的放置框内打孔有报错，怎么能让它不报错呢？ |
|
/1 
发表于 2008-9-9 10:18
收藏
淘帖
支持！
反对！
楼主