+ 2

Transkrypt

+ 2

C M S
R P C T r ig g e r
P r o g r e ss R e p o r t
B a r i, H e ls in k i, L a p p e e n r a n ta , W a r s a w
p r e s e n te d b y M a c ie k K u d la , W a r s a w U n iv e r s ity
C M S W
e e k - M u o n T r ig g e r M e e tin g
C e r n , M a r c h 1 6 , 2 0 0 4
C M S W e e k - M u o n T r ig g e r M e e tin g - M a r c h 1 6 , 2 0 0 4
I g n a c y M a c ie k K u d la , W a r s a w U n iv e r s ity
C M S
O u tlin e
- U X C 5 5 R P C T r ig g e r - L in k B o x e s
- U S C 5 5 R P C T r ig g e r - T r ig g e r R a c k s
- g e n e r a l r e p o r ts
C M S
L in k S y s te m
- D e te c to r
E n d c a p R E 4
Y
R E 3
E
Y
4
-
E
R E 2
Y
-
-3
B a r r e l
E
R E 1
Y
-
-2
R E 5
E n d c a p +
E
R E 1 /1
-
-1
R E 1
R E 2
R E 3
R E 4
R E 1 /1
Y
B
-
Y
-2
B
Y
-
-1
B
Y
0
-
V M E C r a te s o n th e to w e r s , p a tc h p a n e ls o n th e b o tto m
R P C c h a m b e r s c o n str u c te d fo r p h a se 1 o f C M S
B
Y
1
-
B
Y
2
-
E
Y
1
-
R E 5
E
Y
2
-
E
Y
3
-
E
4
-
o f th e to w e r s
th is p a r ts w ill b e n o t b u ild in p h a s e 1 o f C M S
C M S
G e n e r a l la y o u t - r a c k s , c r a te s
U X C 5 5
U S C 5 5
D e te c to r
P e r ip h e r y
(T o w e r s)
D e te c to r
d is ta n c e
m a x 1 6 m
F r o n t E n d
L in k B o x e s
B o a r d s
(L B x s )
(F E B s )
d is ta n c e
~ 9 0 m
o p tic a l
6 6 0 (* 7 5 6 )
R P C
T r ig g e r R a c k s
to G M T
2 x 4 m u o n s
to D A Q
e le c tr ic a l c a b le s
~ 1 0 k ( 1 1 ,5 )
o p tic a l
8 4
3 S lin k s
H c a l H 0
(* ) - w ith R E 5
C M S
G e n e r a l la y o u t - fu n c tio n s
D e te c to r
D e te c to r
P e r ip h e r y
C o u n tin g R o o m
T r ig g e r C r a te (1 2 )
L in k B o x
F E B
L IN K
F E C
B O A R D (S la v e )
S P L IT T E R B O A R D
T R IG G E R B O A R D
R x
L M U X
F E B
L IN K
F E C
B O A R D (M a ste r )
L M U X
e le c tr ic a l
T x
R x
C O N T R O L B O A R D
C C U
1 3 6 b o x e s
(2 6 0 C B s)
o p tic a l
F a n
O u t
T x
7 5 6 lin k s
+ 8 4 H O lin k s
d a ta
c o n tro l (D C S )
T T c R x
D ia g n o s tic s
R x
T x
6 0
P A C
S O R T E R B a c k p la n e
G B
&
S O R T E R
R e a d o u t
C o n c e n tr .
P A C
o p tic a l
S o r te r C r a te (1 )
G B &
S O R T E R B O A R D
S O R T E R
S O R T E R
S O R T E R
S O R T E R
S O R T E R
2
S O R T E R
1 0 8
1 2
to
G lo b a l
M u o n
T r ig g e r
S O R T E R B O A R D
(o n B a c k p la n e )
1 4 4 lin k s /c r a te
1 7 3 2 /to ta l
1
S O R T E R
S O R T E R
S O R T E R
1 0 8 G O H
lin k s
D A T A
C O N C E N T R A T O R
C A R D
E V E N T
C O N C E N T
e le c tr ic a l
3
to
D A Q
3 S lin k s
e le c tr ic a l
C M S
R P C M u o n T r ig g e r - U X C 5 5 e le c tr o n ic s
- in te g r a tio n is s u e s (c r a te s , c a b le s )
- e le c tr o n ic s s ta tu s
C M S
U X C 5 5 - L in k s I n v e n to r y
lin k s R P C
lin k s H O
w ith o u t R E
s e c to r
to
5 5
6
7
8
4
5
ta l
6 0
w ith R E 5
s e c to r
to ta l
6 3
7 5 6
L in k B o x
R E 5
1 0 8
R E 5
1 2 4 *
5 8 8
9 8 0
2 1 6
1 2
6 8 4
1 1 2 4
2 4 8
1 2
7 2
1 2
7 2
1 2
L in k B o a r d
M a s te r L in k B o a r d
S la v e L in k B o a r d
C o n tro l B o a rd
L in k B o x R E 1 1
L in k B o a r d R E 1 1
M a s te r L in k B o a r d
C o n tro l B o a rd
V M E ~
C r a te s
S p e c ia l
C r a te s
* R E 5 (R E 2 b is ) (4 5 d e g ) - 1 6 b o x e s - (n o t 3 0 d e g - 2 4 b o x e s )
C M S
T r ig g e r C r a te s a n d fib e r s - B a r r e l W h e e ls
5 W h e e ls lik e th is o n e
5 fib e r s
5 fib e r s
5 fib e r s
5 fib e r s
s in g le
( e .g . S
0 1 -G 5
1 0 m
a v a ila
5 fib e r s
fib e r s
im p le x 5 0 /1 2 5 --L S F H
0 /C W J H 0 D 2 7
5 fib e r s
b le a t C E R N )
B a r r e l W h e e l
5 fib e
s in g le
( e .g . S
0 1 -G 5
1 0 m
a v a ila
r s
fib e r s
im p le x 5 0 /1 2 5 --L S F H
0 /C W J H 0 D 2 7
b le a t C E R N )
5 fib e r s
5 fib e r s
5 fib e r s
V M E C r a te s
5 fib e r s
5 fib e r s
M u ltifib e r c a b le s
P a tc h p a n e l( a d a p te r )
C M S
R P C T r ig g e r - T r ig g e r fib e r s - p r o p o s a l
T r ig g e r m u ltifib e r c a b le s - 2 0
in c
T r ig g e r s in g le f ib e r s - e .g . C E
p a tc h p
R P C lin k s
B a r
B a r
E n d
E n d
E n d
E n d
E n d
A ll
r e l w
r e l a
c a p
c a p
c a p
c a p
c a p
R P C
h e
ll w
Y E
Y E
Y E
R E
a ll
fib
lu d
R N
a n
e r s w ith
e d ) p a tc
o r a n g e
e l - V M E
L C c o n n
h p a n e l c
s im p le x ,
L in k b o
T r ig g e r
m u ltifib r e c a b le s
c a b le s s p a r e fib e r s /c a b le
e l
h e
1 (
2 (
3 (
1 /1
e ls
-1 )
-2 )
-3 )
(-1 )
4
5
4
2
2
2
4
6
2 8
4 8
to r s (s p a r e fib e
se to b o tto m b a
o m w h e e l (d is k
(2 sp a r e s p e r b
2
r s
lc o n y
)
a lc o n y )
s in g le fib r e
sp a r e s
6 0
2 0
2
e c
lo
fr
x
3 0 0
7 2
8 4
3 6
3 6
4 5 6
7 5 6
8
4 0
8
8
4
4
4 8
8 8
C M S
L in k S y s te m
- C o n tr o l P a th - I n te g r a tio n is s u e s (s a m p le )
C o n tr o l lin k s - B a r r e l C e n tr a l W h e e l
r e d u n d a n t c h a in
1 2 C C U e le c tr ic a lly
c o n n e c te d
1 W h e e l lik e th is
B a r r e l W h e e l
r e d u n d a n t c h a in
1 2 C C U e le c tr ic a lly
c o n n e c te d
V M E C r a te
C o n tr o l b o a r d w ith C C U a n d D O H (+ 5 6 c m
C o n tr o l b o a r d w ith C C U o n ly
M U -sM U a d a p te r
8 r ib b o n c a b le
fib e r )
M F S a d a p te r
r ib b o n (1 2 fib e r s ) c a b le
M u ltir ib b o n fib e r c a b le
M U fa n o u t
8 r ib b o n s (4 s p a r e s )
C M S
L in k S y s te m
T r a c k e r sy ste m
- C o n tr o l P a th
p a r ts r e q u ir e d
R P C C o n tr o l sy ste m
C C U
D O H
M U -sM U
sM U F a n
M F S a d a
r ib b o n c a
9 6 fib e r c
C C S (8 F
a d a p
o u t
p te r s
b le w
a b le (
E C )
c o n ta in s 2 4 r e d u n d a n t r in g s
te r (1 2 c h a n n e l)
2 7 6
4 8
2 4
2 4
2 4
2 4
1 5
(4 c h a n n e l)
ith M F S c o n n e c to r (~ 1 0 m )
8 1 2 fib e r r ib b o n s )
3
C M S
L in k C r a te s - B a r r e l W
h e e ls
V M E L in k C r a te s
- 2 n e e d e d p e r R a c k ,
- 1 2 n e e d e d p e r w h e e l
C M S
L in k C r a te s - E n d c a p D is k R E 1 /2 R E 1 /3 C r a te s
V M E L in k C r a te s
- 3 n e e d e d p e r R a c k ,
- 1 2 n e e d e d p e r w h e e l
L m a x = 1 1 .5 m
C M S
R P C T r ig g e r - U X C 5 5
e le c tr o n ic s (L in k s y s te m )s ta tu s
P r o to ty p e r e a d y te s te d in 2 0 0 3 S y n c h te s t
(G . W r o c h n a ta lk o n F r id a y p le n a r y s e s s io n )
P r e p r o d u c tio n v e r s io n u n d e r c o n s tr u c tio n
(to b e r e a d y fo r sy n c h te sts 2 0 0 4 )
R E 1 1
S p e c ia l C r a te s
" V M E lik e "
C r a te s
S e e E S R w e b p a g e h ttp : //h e p .f u w .e d u .p l/c m s /e s r / f o r e le c t r o n ic s d e s c r ip t io n
C M S
O n e L in k B o x c o n s tr u c tio n fo r a ll b a r r e l a n d e n d c a p s lo c a tio n s
R E 5 - r e d u c e d n u m b e r o f b o x e s
C
B A R R E L
E N D C A P s
R B u p , d o w n - 1 0 b o x e s
5 * (1 M L B + 2 S L B )= > 1 5 L B + 2 C B
R E 4 , R E 3 ( 6 0 d e g ) = ( R E 2 + R E 1 /2 ,R E 1 /3 ) ( 3 0 d e g ) - 4 8 b o x e s
4 * (M L B + 2 S L B ) + 2 * (M L B + S L B ) = > 1 6 L B + 2 C B
S
M
1
S
2
3
S
4
5
M
S
C
S
6
7
8
9
M
S
S
M
S
S
M
S
C
S
1
1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8
R B o th e r th a n u p , d o w n - 5 0 b o x e s
C
1
S
2
M
3
S
4
S
5
M
6
S
7
C
8
9
M
S
S
M
S
S
M
1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8
M
S
2
S
3
4
M
5
S
S
M
6
7
C
8
9
M
S
S
M
S
S
M
S
1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8
R E 5 (R E 2 b is ) (4 5 d e g ) - 1 6 b o x e s !!!
C
1
S
2
3
M
S
4
S
5
M
6
S
7
M
8
S
9
C
M
S
M
S
S
M
S
1 0 1 1 1 2 1 3 1 4 1 5 1 6 1 7 1 8
C M S
L in k B o x e s " V M E lik e " - p r e p r o d u c tio n v e r s io n (1 )
F r o n tp la n e
C o n tr o l
B o a r d
B a c k p la n e
L in k
B o a r d
C M S
L in k B o x e s " V M E lik e " - p r e p r o d u c tio n v e r s io n (2 )
F r o n tp la n e
C o n tr o l B o a r d
L in k B o a r d
B a c k p la n e
W
ill b e s e n t to
p r o d u c tio n n e x t w e e k
C M S
R P C M u o n T r ig g e r - U S C 5 5 e le c tr o n ic s
- in te
- e le c
- S p
- T r
- S o
- D C
- C C
g r a tio n is s
tr o n ic s s ta
litte r B o a r
ig g e r b o a r
r te r B o a r d
C B o a r d s
S B o a r d s
u e s (
tu s
d s (S
d s (T
s (S B
(E c a
(T r a
r a c k s, c r a te s)
P B )
B )
)
l)
c k e r )
C M S
U S C 5 5 - R P C T r ig g e r r a c k s (e x tr a c te d fr o m R a c k W iz z a r d )
P A C T T r ig g e r R a c k (4 )
S 1 D
S 1 D
S 1 D
S 1 D
0 3
0 4 ,
0 6 ,
0 7
P A C T S o r te r , R e a d o u t R a c k (1 )
S 1 D 0 5
C M S
U S C 5 5 - T r ig g e r C r a te s - S p litte r B o a r d s I n v e n to r y
R P C (a ll)
H O
T o ta l
Q u a d S p litte r
1 9 2
2 4
2 1 6
D u a l S p litte r
4 2 0
6 0
4 8 0
S p litte r s B o a r d (S P B ) - 4 q u a d + 8 d u a l s p litte r s
6 0 S P B s n e e d e d in to ta l (5 S P B s p e r R P C T r ig g e r C r a te )
C M S
S p litte r - L a p p e e n r a n ta
M
H
M
H
O P T re c e iv e r
M A X 3 2 6 9
H F D 3 1 8 0 -1 0 2

a x
o n
a x
o n
im
lim ittin g a m
e y w e ll o p tic a l r
im la s e r d riv e r
e y w e ll V C S E L
p lifie
e c e iv
M A X
la s e r
1 :5 d iff c lk d riv e r
M C 1 0 0 E P 1 4
r M A X 3 2 6 9
e r H F D 3 1 8 0 -1 0 2
3 9 9 6
H F E 4 1 9 0 -5 4 1
O P O P T P T T t r t a r t a r n a n s n sm sm m i t i t t i e t t e r t e r r
O
O P T t r M a M n A s A m X X i 3 t 3t 9 e 9 9 r 9 6 6
M A X M H H 3 FA 9 F T 9X T X 6 3 X X 9 X 9 X 6 X X X
H F HE 4 F 1 T 9 X 0 X- 5 X 4 1 X
G e n e r ic Q u a d S p litte r
d e s ig n
B E R te s ts h a v e b e e n c o m p le te d fo r th e 1 s t p r o to ty p e
to ta l s e v e r a l w e e k s o f te s tin g tim e -> 0 e r r o r s
te m p e r a tu r e r a n g e 0 -4 0 d e g r e e s
M a tti I s k a n iu s fe c it
C M S
S p litte r - L a p p e e n r a n ta
fib e r s
o u t

4 x s p litte r
2 x s p litte r
4 x s p litte r
2 x s p litte r
4 x s p litte r
2 x s p litte r
4 x s p litte r
2 x s p litte r
2 x s p litte r
2 x s p litte r
2 x s p litte r
2 x s p litte r
V
M
E
P O W E R
fib e r s
in
9 U x 4 0 0 m m V M E fo r m fa c to r s p litte r h a s b e e n
d e s ig n e d in c lu d in g 4 x 4 x s p litte r a n d 8 x 2 x s p litte r
M a tti I s k a n iu s fe c it
C M S
S p litte r - L a p p e e r a n ta

n e x t p h a s e is to o r d e r th e c ir c
th e p r o to ty p e s fo r th e 9 U V M
p r o to ty p e s w ill b e m a c h in e a s
lin e to te s t m a n u fa c tu r in g
a fte r th e V M E p r o to ty p e s a r e
is r e a d y fo r v o lu m e p r o d u c tio
u it b o a r d a n d a s s e m b le
E s p litte r
s e m b le d in p r o d u c tio n
n
te s te d th e s p litte r
4 q u a d s p litte r s w ill b e d e liv e r e d fo r J u n e S y n c h te s ts
C M S
U S C 5 5 - (T C , S C ) C r a te s, (T B , S B ) B o a r d s In v e n to r y
T r ig
T r ig
T C
D a t
S o r
S o r
S C
g e r
g e r
b a c k
a C o
te r B
te r C
b a c k
T o ta l
B o a rd (T B )
1 0 8
C ra te (T C )
1 2
p la n e (T C b )
1 2
n c e n tr a to r C a r d (D C C E c a l)
3
o a rd (S B )
2
ra te (S C )
1
p la n e (S C b )
1
C M S
U S C 5 5 - L in k s I n v e n to r y
a ll
4 x
2 x
2 x *
1 x
T r ig g e r
B o a r d s:
L in k
In p u ts
1 7
2
4
1 8
2
3
2
2
5
E n
E n
E n
E n
E n
E n
E n
E n
E n
1 1
1 1
1 1
3 1
4 2
4 1
3 2
2 1
2 1
r
1 8
3
4
E n 1 2
B n 2 b
s
B n
B n
B n
E n
B n
B n
E n
B n
t
a b
c d
E n
E n
E n
E n
E n
E n
4 3
4 2
3 3
3 2
2 2
2 3
H n 1
H n 1 +
E n
E n
E n
E n
E n
E n
E n
T o w e r s
5 1
5 1
3 2
4 1
4 2
3 1
1 1
c d
a b
+
+
+
+
s +
E n
E n
E n
E n
E n
E n
5 3
5 2
3 2
3 3
4 2
4 3
2 a
2 b
1 b
1 3
2 d
2 e
2 3
2 c
H n 3
H n 3 +
E n 5 3
B n 2 c +
+
+
+
+
E n 1 1 r+
T B n 4
B n 2 b +
E n 1 2 +
T B n 3
-1 6 :-1 3
-1 2 :-9
B n
B n
E n
B n
B n
B n
2 e
2 d
1 3
1 b
2 b
2 a
T B n
-8 :-5
+
+
1 8
1
4
1 6
1
6
B n 1 a
B n 1 b
a ll
B n 0 b
B p 0 b
B n
B n
B n
B n
B n
2 d
2 e
1 d
1 e
1 c
H n
H n
H n
H n
2
B n
B n
B n
B n
B n
1 c
1 e
1 d
2 e
2 d
B n
B p
B n
B p
1 8
4
4
B p 1 a
B p 1 b
0 e
1 d
1 d
0 e
B m 0 c
1
H m
H m +
1 +
2 +
+
B m 0 c +
+
+
B p
B n
B p
B n
+
+
+
0 e
1 d
1 d
0 e
1 8
1
4
2
+
+
+
B p
B p
B p
B p
B p
2 d
2 e
1 d
1 e
1 c
H p
H p
H p
H p
2
B p
B p
B p
B p
B p
1 c
1 e
1 d
2 e
2 d
B p
B p
B p
E p
B p
B p
E p
B p
1
1 +
2 +
+
+
+
+
+
+
2
B n 1 b +
B n 1 a +
T B n 1
B p 0 b +
B n 0 b +
T B 0
-4 :-2
-1 :1
B p 1 b +
B p 1 a +
T B p 1
2 :4
2
5
E p 1 2
B p 2 b
H p 3
H p 3 +
H p 1
H p 1 +
E p
E p
E p
E p
E p
E p
E p
E p
E p
E p
E p
E p
+
+
1 7
2 a
2 b
1 b
1 3
2 d
2 e
2 3
2 c
E p 5 3
B p 2 c +
+
1 8
2
3
B p
B p
E p
B p
B p
B p
2 e
2 d
1 3
1 b
2 b
2 a
T B p
5 :8
+
+
+
4
E p
E p
E p
E p
E p
E p
E p
E p
E p
4 3
4 2
3 3
3 2
2 2
2 3
5 3
5 2
3 2
3 3
4 2
4 3
+
+
+
+
+
+
+
2
1 5 8
1 6
3 6
4
1 4
7 0
E p
E p
E p
E p
E p
E p
E p
1 1
1 1
1 1
3 1
4 2
4 1
3 2
2 1
2 1
a ll/c r a te
6 4
7 2
8
1 4
1 5 8
to ta l
1 9 2
4 3 2
4 8
1 6 8
r
s
S p
1
4
5
t
a b
c d
5 1 c d
5 1 a b
3 2
4 1
4 2
3 1
1 1 s +
B p 2 b +
E p 1 2 +
T B p 3
E p 1 1 r+
T B p 4
9 :1 2
1 3 :1 6
litte r s /C r a te
6
4 x
2 x
to ta l
0
6
S p litte r s H O
/c r a te
2
5
7
S p
1 9
4 8
6 7
2
o n ly
/to ta l
2 4
6 0
8 4
litte r s to ta l
4 x
0
2 x
2
b a rre l
e n d c a p s
H O
R E 5
L in k s to ta l
3 0 0
3 6 0
8 4
9 6
8 4 0
S e e W W W
1 9
4 8
1 6
8 4
L in k s to ta l
2
4 x
0
2 x
8
1 x
0
S p litte r s /c r a te
1 6
4 x
4 0
2 x
D A
lin k s /c
7
8 4
Q
L in k s to ta l
ra te
c ra te #
0
1 2
0
D A Q L in k s /T B
lin k s /c r a te
T B #
7 0
9
8
fo r d e ta ils :
h t t p : //p c c m s 9 .ig f .f u w .e d u .p l/u s e r s /t b /C M S /D r a w in g s /K u d la /b a c k p la n e 1 5 c .x ls
C M S
R P C M u o n T r ig g e r D a ta b a s e
- " c la s s ic a l" a s p e c t:
- U X C 5 5 - lin k b o x e s , lin k b o a r d s , c a b le s
- U S C 5 5 - t r ig g e r c r a t e s , t r ig g e r b o a r d s , s p lit t e r s , f ib e r s , ...
- " n o n c la s s ic a l" a s p e c t:
- U S C 5 5 - P A C d e fin itio n s , P A C d a ta c o n fig u r a tio n s (V H D L c o d e s )
h t t p : //p c c m s 9 .ig f .f u w .e d u .p l/lin k s /in d e x .j s p
A lm o s t a ll g e n e r a te d fr o m
s im u la tio n d a ta
C M S
R P C M u o n T r ig g e r D a ta b a s e (s a m p le s 1 )
T B lin k in p u ts (T B 0 , s e c to r 1 1 )
S p litte r lis t (s e c to r 0 a n d 1 )
F ib e r n a m e
T B n a m e
S p 2
S p 4
C M S
P A C in p u t c o n fig u r a tio n v h d l
o n e lo g ic a l
p la n e d e f
P A C lo g ic a l p la n e s
(H O in c lu d e d )
L in k
in p u t
-- S a t M a r 1 3 1 7 :1 8 :2 5 2
-- F ile g e n e r a te d b y C M
lib r a r y ie e e ;
p a c k a g e L o g P la n e _ c o n n
- - ...
c o n s ta n t L o g P la n e C o n n
-- L o g S e c to r L o g P la n
-- | T o w e r | L in k
-- | | | | | |
-- | | | | | |
-- d a ta fo r fir s t lo g P la n e
,( 1 1 , - 1 5 , 1 , 2 , 0 ,
,( 1 1 , - 1 5 , 1 , 5 , 0 ,
,( 1 1 , - 1 5 , 1 , 1 , 0 ,
,( 1 1 , - 1 5 , 1 , 4 , 0 ,
,( 1 1 , - 1 5 , 1 , 3 , 0 ,
-- a ll to g e th e r b its to b e
,( 1 1 , - 1 5 , 1 , 2 , 0 ,
,( 1 1 , - 1 5 , 1 , 5 , 0 ,
,( 1 1 , - 1 5 , 1 , 1 , 0 ,
,( 1 1 , - 1 5 , 1 , 4 , 0 ,
,( 1 1 , - 1 5 , 1 , 3 , 0 ,
- - ...
);
e n d ;
0 0 4
S R P C M u o n T r ig g e r - S e a r c h E n g in e
is
:T L o g P
e L in k
| L o g P
| L in k
| |
0 ,
3 2 ,
6 4 ,
9 6 ,
1 2 8 ,
O R e d
0 ,
3 2 ,
6 4 ,
9 6 ,
1 2 8 ,
la
C
la
S
3 2 ,
3 2 ,
3 2 ,
3 2 ,
3 2 ,
w it
6 4 ,
6 4 ,
6 4 ,
6 4 ,
6 4 ,
n e T
h a n
n e L
tr ip
a b
n e
e f
sC
le := (
l L in k L e ftS tr ip
tS tr ip
o u n t
3 2 )
3 2 )
3 2 )
3 2 )
3 2 )
h p r iv io u s d a ta
3 2 )
3 2 )
3 2 )
3 2 )
3 2 )
C M S
P A C p a tte r n v h d l
p a tte r n d e f
a lg o r ith m
ty p e
- - ...
c o n s ta n t P A C P a ttT a b le :T P A C
-r e f
lA
lB
lC
-- to w e r = 0
-- a lg o r ith ty p e
-g r o u p in d e x (r e fe r e n c e d iv
-q u a lity g r o u p in d e x
( T ,0 ,0 ,( S ,2 1 ,2 1 ) ,( S ,1 3 ,1 3 ) ,( S , 0
,( T ,0 ,0 ,( S ,1 9 ,1 9 ) ,( S ,1 1 ,1 1 ) ,( S , 0
,( T ,0 ,0 ,( S ,2 2 ,2 2 ) ,( S ,1 4 ,1 4 ) ,( S , 1
,( T ,0 ,0 ,( S ,2 0 ,2 0 ) ,( S ,1 2 ,1 2 ) ,( S , 1
- - ...
,( T ,0 ,1 ,( Q , 1 , 1 ) ,( Q , 2 , 2 ) ,( Q , 0 ,
,( T ,0 ,1 ,( Q ,1 0 ,1 0 ) ,( Q , 5 , 5 ) ,( Q , 1
,( T ,0 ,1 ,( Q , 2 , 2 ) ,( Q , 3 , 3 ) ,( Q , 1 ,
m u o n s ig n &
c o d e
P a ttT a b le := (
lD
lE
d ir c o d e
is io n )
, 0
, 0
, 1
, 1
) ,(
) ,(
) ,(
) ,(
S ,
S ,
S ,
S ,
6 ,
6 ,
7 ,
7 ,
6 )
6 )
7 )
7 )
,(
,(
,(
,(
S ,
S ,
S ,
S ,
5 ,
7 ,
6 ,
8 ,
5 )
7 )
6 )
8 )
,(
,(
,(
,(
S ,
S ,
S ,
S ,
8 ,
8 ,
9 ,
9 ,
8 )
8 )
9 )
9 )
, 0
, 1
, 0
, 1
,3
,3
,3
,3
1 )
1 )
1 )
1 )
----3
2
1
0
0 ) ,( D , 5 , 5 ) ,( S ,9 9 ,9 9 ) ,( S ,9 9 ,9 9 ) , 1 , 5 ) - - 2 0 6 1
, 1 ) ,( D , 4 , 4 ) ,( S ,9 9 ,9 9 ) ,( S ,9 9 ,9 9 ) , 0 , 5 ) - - 2 0 6 2
1 ) ,( D , 7 , 7 ) ,( S ,9 9 ,9 9 ) ,( S ,9 9 ,9 9 ) , 1 , 5 ) - - 2 0 6 3
C M S
T r ig g e r C r a t e - in r a c k s S 1 D 0 3 ,4 ,6 ,7 - F r o n t s id e
M
G O H
S P B S P B S P B S P B S P B S P B
V
T B
T B
T B
T B
T B
T B
T B
T B
T B
E
fib e r o u tp u t
d u a l H o n e y w e ll L C o p to
c o n n e c to r
sp a r e S P B
C M S
T r ig g e r B o a r d
1 ,7 c m
4 0 ,0 c m
P A C S e c to r
P r o c e sso r
S y n c h
P A C S e c to r
P r o c e sso r
3 6 ,0 c m
P A C S e c to r
P r o c e sso r
V M E
C o n tr o l
(J ta g , II)
X tr a x
(o p tio n a l)
V M E
E th e r n e t
G B ,
S o r te r
P A C S e c to r
P r o c e sso r
D A Q
T lk 2 5 0 1
c o n c e n tr a to r
G O H
C M S
T r ig g e r B o a r d
O p to R e c S y n c h r o
P A C m e z z a n in e 1
T lk 2 5 0 1
D A Q
T r a n sm
O p tic a
(b u t B
T B P C
(h o p e
J u n e
is s io n
l r e c e iv
E R te s
B u n d e
fu lly r e
te sts)
stu d y d o n e
e r w o r k in g
ts n e e d e d )
r d e s ig n
a d y fo r
C o m m e r c ia l
O p to r e c e iv e r
C u sto m m a d e
O p to r e c e iv e r
in
H o n e y w e ll
h o u s in g
m e z z a n in e
L V D S
b u ffe r
C M S
S o r te r (R e a d o u t, C o n tr o l) C r a te - in r a c k S 1 D 0 5
M
D
D
D
C
C
C
V
E
C
C
S B
C
S B F
S B
C
C
S
C
C
S
C
C
S
d a ta c o n n e c to r s
fr o m T r ig g e r C r a te s
T T C C o n n e c to r
N G K r ib b o n c o n n e c to r
fr o m T C 's
E c a l
B a r i, W
a r sa w
T r a c k e r
N G K r ib b o n c o n n e c to r
fr o m D C S r e d u n d a n t c h a in
C M S
S o r te r b o a r d s str u c tu r e - B a r i
F in a l S o r te r
H a lf d e te c to r S o r te r 2
H a lf d e te c to r S o r te r 1
E n d c a p s O u tp u ts
B a rre l O u tp u ts
T T C R x o p tic a l In p u t
G iu s e p p e d e R o b e r tis fe c it
C M S
S o r te r m a in b o a r d s tr u c tu r e - B a r i
L V D S R e c iv e r
V M E In te r fa c e
A M P S C S I-3 S ta c k e d
c o n n e c to r
P C
B O A R D
V M E
J T A G
S o rte r
F P G A
E th e rn e t c o n n e c to r
C u s to m
B a c k p la n e
T T C rx
B a c k -b o a rd c o n n e c to r
P o w e r s u p p ly
r e g u la to r s
C M S
S o r te r b a c k b o a r d str u c tu r e - B a r i
L V D S R e c iv e r
c o n n e c to r
M a in b o a r d c o n n e c to r
C M S
F in a l S o r te r b o a r d s tr u c tu r e - B a r i
c o n n e c to r
P C
B O A R D
V M E
J T A G
F in a l
S o rte r
F P G A
T T C
o p tic a l in p u t
C u s to m
B a c k p la n e
T T C rx & fa n o u t
P o w e r s u p p ly
r e g u la to r s
C M S
O n ly tw o ty p e s o f b ig s o r te r F P G A s - B a r i
F in a l S o rte r F P G A
In p u t s y n c h r o n iz e r
B 2
In p u t s y n c h r o n iz e r
8 0 M H z = > 4 0 M H z
E 2
4 m u o n s
B a rre l L U T
4 + 4 m u o n s
B a rre l S o rte r
E n d c a p s S o rte r
B a r r e l F ilte r
E n d c a p s F ilt e r
F in a l G h o s tb u s te r
8 in p u ts
A d a p tiv e d e la y
4 m u o n s
E n d c a p s S o rte r
E 1
6 *4 m u o n s
E n d c a p s
4 m u o n s
I1
8 *4 m u o n s
4 m u o n s
B a rre l L U T
S o rte r F P G A
B a rre l S o rte r
4 + 4 m u o n s
B a rre l
B 1
4 m u o n s
4 m u o n s
I8
C M S
S o r te r C r a te d e s ig n s ta tu s -B a r i
M a n y V H
(s im u la te
- J ta g c o
- In te r n a
- D ia g n o
- g e n e r ic
- g h o st b
- fin a l g h
D L c o d e s
d , se v e r a l
n tr o lle r ,
l in te r fa c e
s tic s
so r te r
u s tin g c o d
o s t b u s tin
r e a d y o r a d v a n c e d
te s te d o n d iffe r e n t p r o to ty p e s ):
(II),
e s o n T B a n d T B b a c k p la n e
g c o d e o n S o r te r B o a r d
B a r i p r o je c t a d v a n c e d
- W a r s a w d ia g n o s tic s s h o u ld b e m e r g e d in
- b o a r d d e s ig n s ta r ts s o o n
C M S
T T C p a r ts
1 .
2 .
3 .
4 .
5 .
6 .
1 tr ig g e r p a r titio n -> 1 T T C c i n e e d e d
T T C o c -> 2 6 n e e d e d (s e e b e lo w )
2 6 lo n g s in g le m o d e c a b le s fr o m U S C 5 5 to U X C 5 5
s in g le m o d e p a tc h c o r d s fr o m T T C o c to L b o x e s -> 2 6 0 (1 0 m )
T T C o p to r e c e iv e r s -> 2 6 0
T T C r x - b o u g h t a lr e a d y (2 4 0 0 p c s )
T T C o c c a lc u la tio n
B a
B a
E n
E n
E n
E n
E n
E n
T o
# o c C B / s i d e # C B / w h e e l / d i s k T T C o c 1 6 / s i d Te T C o c 1 6 / w h e e l / d i s # k l b o x / s i d e # l b o x / w h e e l / d i s k
r r e l w h e ll
1 2
2 4
1
2
6
1 2
r r e l a ll w h e e ls
1 2 0
1 0
6 0
d c a p Y E 1
2 0
4 0 + 6 *
2
4
1 0
2 0
d c a p R E 1 1
1
o n Y E 1 1
6
d c a p Y E 2
0
0
0
d c a p Y E 3
6
1 2
1
2
3
6
d c a p Y E 4
6
1 2
1
2
3
6
d c a p a ll
1 4 0 **
1 6
6 4
ta l
2 6 0
2 6
1 2 4
* fro m
R E 1 1
1 2
1 3 6
* * w ith R E 1 1
C M S
L a te n c y (to b e r e v is e d in s o r te r p a r t)
U X C
T O F
U S C
S y n c h r o L m u x
C a b le
D ia g n o s tic s
F ib e r
O p to R e c
A sy n c h r o n o u s
S p litte r
S y n c h r o n o u s
L B
T B
0
1 0
2 0
P A C
L d e m u x (B u ffe r )
D ia g n o s tic s
L d e m u x (B u ffe r )
S y n c h r o
G B P h i
D ia g n o s tic s S o r te r
3 0
G B E ta S o r te r
G B E ta
D ia g n o s tic s
S o r te r
D ia g n o s tic s
4 0
S o r te r
S o r te r
D ia g n o s tic s
S y n c h r o n o u s
T B
4 0
L m u x
T C b a c k p la n e
F ib e r
O p to R e c
S p litte r
7 0
6 0
5 0
S y n c h r o
L d e m u x
P A C
S B
G B P h i
G B E ta
S y n c h r o
8 0
S o r te r
L V D S
C a b le
D ia g n o s tic s
F P G A
C M S
R P C T r ig g e r - U S C 5 5 e le c tr o n ic s s ta tu s
T B , R D , L B p r o to ty p e s d o n e , u se d fo r V
C o n tr o l (In te r n a l In te r fa c e II) F P G A
R e c e iv e r B o a r d in d e b u g g in g (o p to c ir c u
M a n y V H D L c o d e s r e a d y , s im u la te d (S o
P A C V H D L c o d e d e v e lo p e m e n t a d v a n c e
I n te r fa c e s e s ta b lis h e d
S p litte r q u a d s p litte r te s te d
S p litte r V M E b o a r d u n d e r c o n s tr u c tio n
T B p r e p r o d u c tio n u n d e r c o n s tr u c tio n
H D L c o d e s te sts (J ta g , S o r te r ,
it, fin a l S y n c h r o F P G A te s ts )
r te r , G h o st b u ste r )
d
A im - to b e r e a d y fo r J u n e 2 0 0 4 s y n c h te s ts w ith
S p litte r a n d T r ig g e r a n d D C C B o a r d s
S e e E S R w e b p a g e h ttp : //h e p .f u w .e d u .p l/c m s /e s r / f o r e le c t r o n ic s d e s c r ip t io n
C M S
R P C T r ig g e r M ile s to n e s
ite m
R P C
R P C
R P C
R P C
R P C
R P C
R P C
R P C
R P C
R P C
R P C
R P C
R P C
L in k B
T r ig g e
S o r te r
R /O B
T r ig g e
L in k B
T r ig g e
S p litte
S y ste m
T r ig g e
R /O B
T r ig g e
S o r te r
m ile s to n e
d
o a r d
r B d
B d
d
r C r a te
o a r d
r B d
r B d
r B d
r C r a te
B d
P r o d u
P P P d
D e s ig n
P P P d
P r o to
P r o d u
P r o d u
P r o d u
S y ste m
P r o d u
P r o d u
P r o d u
P r o d u
c tio
o n e
d o
o n e
d o n
c tio
c tio
c tio
te
c e d
c e d
c e d
c e d
d a te
n sta r t
n e
e
n d
n s
n s
st (
&
&
&
&
S e p -0 3
D e c -0 3
A u g -0 3
D e c -0 4
F e b -0 3
o n e
M a r -0 4
ta r t
J u n -0 4
ta r t
O c t-0 4
2 c r a te s) M a r -0 5
te ste d
D e c -0 5
te ste d
D e c -0 5
te ste d
D e c -0 5
te ste d
D e c -0 5
c o m m e n t
d e la y
d e la y
d e la y
in c lu
d e la y
d e la y
d e la y
e d
e d
e d
d e
e d
e d
e d
A p r -0 4
A p r -0 4
J u l-0 4
d o n T B
A p r -0 4
N o v -0 4
S e p -0 4
in c lu d e d o n T B

+ 2

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