schmo 11 v10 top - max planck society€¦ · taster jumper leds from pbus ich lasse die leitung...
TRANSCRIPT
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
IN_AUX0
IN_AUX1OUT_AUX1
OUT_AUX0
DATA_COLL_DAT_[15:0]
HA0_[5:0]
HA1_[5:0]
HA2_[5:0]
HA3_[5:0]
HA4_[5:0]
HA5_[5:0]
HA6_[5:0]
HA7_[5:0]
CC_READYCC_SEND
HA0_[5:0]
HA1_[5:0]
HA2_[5:0]
HA3_[5:0]
HA4_[5:0]
HA5_[5:0]
HA6_[5:0]
HA7_[5:0]
EXT_O[4:0]
EXT_I[4:0]
EXTERN H1 BUS
INDEX
to BUS
from BUS
10MHZ
10MHZ_0,~10MHZ_0,10MHZ_1,~10MHZ_1,10MHZ_2,~10MHZ_2,10MHZ_3,~10MHZ_3
10MHZ_4,~10MHZ_4,10MHZ_5,~10MHZ_5,10MHZ_6,~10MHZ_6,10MHZ_7,~10MHZ_7
10MHZ_ASIC
50MHZ_F
50MHZ_F0,~50MHZ_F0,50MHZ_F1,~50MHZ_F1,50MHZ_F2,~50MHZ_F2,50MHZ_F3,~50MHZ_F3
50MHZ_F4,~50MHZ_F4,50MHZ_F5,~50MHZ_F5,50MHZ_F6,~50MHZ_F6,50MHZ_F7,~50MHZ_F7
50MHZ_F_ASIC
50MHZ_R
50MHZ_R0,~50MHZ_R0,50MHZ_R1,~50MHZ_R1,50MHZ_R2,~50MHZ_R2,50MHZ_R3,~50MHZ_R3
50MHZ_R4,~50MHZ_R4,50MHZ_R5,~50MHZ_R5,50MHZ_R6,~50MHZ_R6,50MHZ_R7,~50MHZ_R7
50MHZ_R_ASICNC_IN
10MHZ
50MHZ_F
50MHZ_R
NC_IN
to
CLOCK
fromConnector(LVDS)
INDEX
toASIC
DAUs
5V_VME
ADC5V
VDDLV_IN
ADC5V_IN
INDEX
POWER
GNDVDDLVNC
EE_WP
SCL_MX
SDA_MX
INDEX
VDDLV
I2C
GND
from PBUS
IN_AUX1
WRITE_LED0
PER_BUS[7:0]WRITE_LED1
READ245_IO
IN_AUX0
INDEX
INPUT / OUTPUT
TasterJumperLEDs
from PBUS
Ich lasse die Leitung los wenn alle daten geschickt sind.Coll Board lässt Leitung losIch schicke mindestens ein Datum und ziehe die Leitung auf lowColl Board zieht Leitung auf LOW
Ich schicke nicht die 4 Adressen für max.(4*4+4) 16 x 16 Bit Wortekeine Adressen ! alle 16 Daten (16 BIT) werden übertragen !!! keine Zero Supp.
from Backplane
POWER P
I2C C
IN/OUT I
CLK K
Externe Signale E
S_PBUS10S_PBUS9S_PBUS8
5V_VME
IN_AUX0
IN_AUX1
S_PBUS8
18.04.01
TOP
MOTHER-BOARD
01T W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
1
2-- NEXT
ADC5VADC5V_IN
VDDLV_IN
SCL_MX
SDA_MX
10MHZ_ASIC
50MHZ_F4,~50MHZ_F4,50MHZ_F5,~50MHZ_F5,50MHZ_F6,~50MHZ_F6,50MHZ_F7,~50MHZ_F7
10MHZ_4,~10MHZ_4,10MHZ_5,~10MHZ_5,10MHZ_6,~10MHZ_6,10MHZ_7,~10MHZ_7
10MHZ_0,~10MHZ_0,10MHZ_1,~10MHZ_1,10MHZ_2,~10MHZ_2,10MHZ_3,~10MHZ_3
50MHZ_F0,~50MHZ_F0,50MHZ_F1,~50MHZ_F1,50MHZ_F2,~50MHZ_F2,50MHZ_F3,~50MHZ_F3PER_BUS[7:0]
50MHZ_R4,~50MHZ_R4,50MHZ_R5,~50MHZ_R5,50MHZ_R6,~50MHZ_R6,50MHZ_R7,~50MHZ_R7
50MHZ_R0,~50MHZ_R0,50MHZ_R1,~50MHZ_R1,50MHZ_R2,~50MHZ_R2,50MHZ_R3,~50MHZ_R3
50MHZ_R_ASIC
50MHZ_F_ASIC
10MHZ
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
NC_IN
NC_IN
10MHZ
EE_WP
S_PBUS9
S_PBUS10
EXT_I[4:0]
CC_SEND
DATA_COLL_DAT_[15:0]
HA0_[5:0]
HA0_[5:0]
HA1_[5:0]
HA1_[5:0]
HA2_[5:0]
HA2_[5:0]
HA3_[5:0]
HA3_[5:0]
HA7_[5:0]
HA7_[5:0]
HA6_[5:0]
HA6_[5:0]
HA5_[5:0]
HA5_[5:0]
HA4_[5:0]
HA4_[5:0]
CC_READY
EXT_O[4:0]
IN_AUX0
IN_AUX1
OUT_AUX0
OUT_AUX1
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
S
S
S
S
S
S
S
S
S
I O
I O
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
S
S
S S
S
I O
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
I O
I O
OE
DIR
IC20DW
A B
B-A
A-BDIR
I O
I O
I O
OE
DIR
IC20DW
A B
B-A
A-BDIR
OE
DIR
A[1:8]B[1:8]
A-B
B-A
DIR
I O
I O
I O
I O
I O
I O
I O
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
I O
EPF10K50VBC35610K50VBC356D,10K50VBC356P,10K50VBC356S
10K50_BC356
10MHZ_ASIC
AB[31:1]
AMB[5:0]
CNF_DATA
CNF_DCLK
DATA_COLL_DAT_[15:0]
DB[31:0]
DIR_PERBUS
D_CLK1
D_CLK2
D_IN0
D_IN1
D_IN2
D_IN3
EXT_A_DAUS_[7:0]
EXT_D_DAU0_[15:0]
EXT_D_DAU2_[15:0]
EXT_D_DAU4_[15:0]
EXT_D_DAU6_[15:0]
EXT_I[4:0] EXT_O[4:0]
NCC[0:4]
NCD[0:4]
PER_BUS_MX[7:0]
SCL_MX
SDA_MX
SELADR_DAUS_[1:0]
SEL_PERBUS1
SEL_PERBUS2
SEL_PERBUS3
W/_R_VME
~-AD/EXT_DAU0,~-AD/EXT_DAU1,~-AD/EXT_DAU2,~-AD/EXT_DAU3
~-AD/EXT_DAU4,~-AD/EXT_DAU5,~-AD/EXT_DAU6,~-AD/EXT_DAU7
~-NORM/STATEM_DAU0,~-NORM/STATEM_DAU1,~-NORM/STATEM_DAU2,~-NORM/STATEM_DAU3
~-NORM/STATEM_DAU4,~-NORM/STATEM_DAU5,~-NORM/STATEM_DAU6,~-NORM/STATEM_DAU7
~-PULSE/RANGE_DAU0,~-PULSE/RANGE_DAU1,~-PULSE/RANGE_DAU2,~-PULSE/RANGE_DAU3
~-PULSE/RANGE_DAU4,~-PULSE/RANGE_DAU5,~-PULSE/RANGE_DAU6,~-PULSE/RANGE_DAU7
ASB
BERR_O
BUSY_DAUS
CC_READY CC_SEND
CON_MX1
CON_MX2
~CS_DAU0,~CS_DAU1,~CS_DAU2,~CS_DAU3,~CS_DAU4,~CS_DAU5,~CS_DAU6,~CS_DAU7
DS0B
DS1B DTACK_O
EN_A_VME
EN_D_VME
EN_PERBUS0
EN_PERBUS1
ERROR_DAUS
LWORDB
RESET_DAUS
START_DAUS
STOP_DAUS
WE_DAUS
WRITEB
SC_TEST
SC_SAVE
Inputs
Dedicated
Dedicated
PER BUS
VME 78
14
DAU
Clocks
88
NO 20
DATA COLLECTION 18
24
I2C 2
CONNECT
CLK 1
EXTERN IO 10
DAU STATE
252 IOs
I O
I O
011 1PAGE OF
NOTUSED
S_PBUS11
RN1T..RN3T
X1TV1T..V14T
R1T..R16T
U1T,U2TU10T,U11T
X40T..X44T
R140T..R148TR150T..R160T
~CS_DAU0,~CS_DAU1,~CS_DAU2,~CS_DAU3,~CS_DAU4,~CS_DAU5,~CS_DAU6,~CS_DAU7
DATA_COLL_DAT_[15:0]
CC_SEND
EXT_O[4:0]
1 2
R15T
0603_RK
0
21
0
0603_RK
R16T
AF15
C12,B12,B15,C16,B16,C17,B17,C18,B18,C19,B19,C20,B20,C21,B21,F22,E22,C22,F23,E23,C23,B23,F24,E24,C24,B24,F25,E25,F26,E26,D26
J22,K22,L22,M22,N22,P22
W23
W24
K23,K24,K25,K26,L23,L24,L25,L26,M24,M25,N23,N24,N25,P23,P24,P25
C3,B3,C4,A4,C5,B5,A5,C6,B6,A6,C7,B7,C8,B8,A8,B9,A9,C10,B10,C11,B11,A11,A12,A15,A16,A17,A18,A19,A21,A22,A24,A25
AB23
A14
AF13
A13
B14
AF14
AE13
V5,W5,Y5,AA5,AB5,AC4,AE6,AD7
C1,D1,E1,G1,H1,L1,P1,U1,V1,Y1,AC1,AD1,AE3,AE4,AF5,AF6
A3,B2,E2,F2,G2,H2,J2,K2,L2,M2,N2,R2,T2,U2,W2,Y2
G3,H3,J3,K3,L3,M3,N3,P3,R3,T3,U3,V3,W3,Y3,AA2,AB2
G4,H4,J4,K4,L4,M4,N4,P4,R4,T4,U4,V4,W4,Y4,AA3,AB3
R22,R23,R24,R25,T22 T23,U23,U24,U25,V22
Y25,Y26,AA25,AA26,AB24
AB25,AB26,AC26,AF23,AF24
AF20,AE20,AF21,AE21,AD21,AF22,AE22,AD22
V25
V24
AA4,AB4
AB22
AA22
Y22
J25
AF8,AF9,AF10,AF12
AF17,AF18,AE18,AE19
AE8,AE9,AE10,AE11
AE12,AE15,AE16,AE17
AD9,AD10,AD11,AD12
AD15,AD16,AD17,AD19
G26
J23
F3
V26 P26
H26
V23
H5,J5,L5,M5,N5,P5,R5,T5
G24
G23 J24
Y24
H25
AA23
Y23
E3
G22
F5
E5
E4
G5
G25
W25
W26U1T
EXT_I[4:0]
CC_READY
1 2
R1T0603_R0
21
R2T0
0603_RK
81
2 7
54
3 6
47K
RN3T
63
4 5
72
1 8RN2T
47K
21
330603_R
R160T
1 2
R159T
0603_R33
21
330603_R
R158T
WEU_DAUS
SELADRU_DAUS_0
SELADRU_DAUS_1
WE_DAUS
EXTU_A_DAUS_0
EXTU_A_DAUS_1
EXTU_A_DAUS_2
EXTU_A_DAUS_3
EXTU_A_DAUS_4
EXTU_A_DAUS_5
EXTU_A_DAUS_6
EXTU_A_DAUS_7
EX
TU
_A_D
AU
S_[
7:0
]
EXTU_A_DAUS_[7:0]
EXT_A_DAUS_0
EXT_A_DAUS_1
EXT_A_DAUS_2
EXT_A_DAUS_3
EXT_A_DAUS_4
EXT_A_DAUS_5
EXT_A_DAUS_6
EXT_A_DAUS_7
EX
T_A
_DA
US
_[7
:0]
1 2
R150T
0603_R33
1 2
R5T
0603_R0
21
00603_R
R10T
1 2
R148T
0603_R
470 191
2,3,4,5,6,7,8,9
18,17,16,15,14,13,12,11
U11T
VDDLV;20GND;10IC20DW74LVC245A
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVC245A
GND;10VDDLV;20
U10T
GND
1 2
R142T0603_RK0
GND
21
0
0603_RK
R140T
21
470
0603_R
R141TVDDLV
1
PF01PX40T
SELADRO_DAUS_1
SELADRO_DAUS_0
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U2T
VDDLV;20GND;10
74LVC245A
EXTO_A_DAUS_[7:0]
GND
1 2
R147T
0603_RK
0
SC_SEL1
X1TPF01P
SC_SAVE
21
00603_R
R11T
S_PBUS11
VDDLV
21
10M
0603_R
R14T
63
4 5
72
1 8RN1T
47K
WRITEBR
LWORDBR
WRITEB
LWORDB
1 2
R9T
0603_R0
AM
BR
[5:0
]
AMBR5
AMBR4
AMBR3
AMBR2
AMBR1
AMBR0
AM
B[5
:0]
AMB5
AMB4
AMB3
AMB2
AMB1
AMB0
AMB0
AMB1
AMB2
AMB3
AMB4
AMB5 11 V11T
11 V10T11 V5T
11 V9T
11 V1T
18.04.01
TOP
MOTHER-BOARD
01T W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
2
31PREV NEXT
CON_MX2
CON_MX1
1 2
R3T
0603_RK
0CNF_DATA
CNF_DCLK
SC_TEST
21
0
0603_RK
R4T
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
NCD1
NCD2
NCD3
NCD4
NCC2
NCC3
NCC4
NCD0 VDDLV
VDDLV
VDDLV
VDDLV
NCC0
NCC1
11 V2T
11 V3T
11 V4T
NCC4
NCC3
NCC2
NCC1
NCC0
11 V8T
11 V7T
11 V6T
NCD4
NCD3
NCD2
NCD1
NCD0
11 V12T
11 V13T
11 V14T
21
0
0603_RK
R13T
PER_BUS6
PER_BUS7
PER_BUS0
PER_BUS1
PER_BUS2
PER_BUS3
PER_BUS4
PER_BUS5
21
00603_R
R6T
1 2
R7T
0603_R0
21
00603_R
R8T
1 2
R12T
0603_R0
LWORDB
WRITEB
CON_MX1
CON_MX2
D_IN3
D_IN2
D_IN1
D_IN0
VDDLV
WEO_DAUS
1X41TPF01P
1
PF01PX42T
1X43TPF01P
1
PF01PX44T
21
0 0603_RK
R143TGND
1 2
R144T
0603_RK0
GND
21
0 0603_RK
R145TGND
1 2
R146T
0603_RK0
GND
21
330603_R
R151T
1 2
R152T
0603_R33
21
330603_R
R153T
1 2
R157T
0603_R33
21
330603_R
R156T
1 2
R155T
0603_R33
21
330603_R
R154T
SELADR_DAUS_0
SELADR_DAUS_1SELADRU_DAUS_1
SELADRU_DAUS_0
WEU_DAUS
DIR_PERBUS
NCC[0:4]
NCD[0:4]
SEL_PERBUS1
SEL_PERBUS2
SEL_PERBUS3
W/_R_VME
DTACK_O
EN_D_VME
EN_PERBUS0
EN_PERBUS1
START_DAUS
STOP_DAUS
BERR_O
SCL_MX
SDA_MX
EN_A_VME
EXTO_A_DAUS_[7:0]
SELADRO_DAUS_[1:0]
WEO_DAUS
RESET_DAUS
10MHZ_ASIC
AB[31:1]
AMBR[5:0]
DBR[31:0]
50MHZ_R_ASIC
50MHZ_F_ASIC
EXT_D_DAU2_[15:0]
EXT_D_DAU4_[15:0]
EXT_D_DAU6_[15:0]
PER_BUS_MX[7:0]
~-AD/EXT_DAU0,~-AD/EXT_DAU1,~-AD/EXT_DAU2,~-AD/EXT_DAU3
~-AD/EXT_DAU4,~-AD/EXT_DAU5,~-AD/EXT_DAU6,~-AD/EXT_DAU7
~-NORM/STATEM_DAU0,~-NORM/STATEM_DAU1,~-NORM/STATEM_DAU2,~-NORM/STATEM_DAU3
~-NORM/STATEM_DAU4,~-NORM/STATEM_DAU5,~-NORM/STATEM_DAU6,~-NORM/STATEM_DAU7
~-PULSE/RANGE_DAU4,~-PULSE/RANGE_DAU5,~-PULSE/RANGE_DAU6,~-PULSE/RANGE_DAU7
ASB
BUSY_DAUS
DS0B
DS1B
ERROR_DAUS
WRITEBR
EXT_D_DAU0_[15:0]
~-PULSE/RANGE_DAU0,~-PULSE/RANGE_DAU1,~-PULSE/RANGE_DAU2,~-PULSE/RANGE_DAU3
LWORDBR
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I OI O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
011 1PAGE OF
5V_VME
10MHZ
50MHZ_F
50MHZ_R
AB[31:1]
ADC5V_IN
AMB[5:0]
DB[31:0]
NC_IN
SC_CLK
SC_CONFIG
SC_NC_INSC_NC_OUT
SC_RESPONSEA
SC_RESPONSEB
SC_RESPONSEX
SC_SAVE
SC_SEL
SC_SER
SC_TEST
SC_TESTX
W/_R_VME
10MHZ
50MHZ_F
50MHZ_R
ASB
BERR_O
DS0B
DS1B
DTACK_O
EN_A_VME
EN_D_VME
LWORDB
NC_IN
WRITEB
VDDLV_IN
UNDERLAYING
SCHEMATIC
VMEINPUT
INDEX V
GNDVDDLV
+5VDC+12VDC
= 5V_VME
Clo
cks
fro
m B
ac
kpla
ne
-12VDC
Powerfrom VME
RN1T..RN3TR1T..R16TX1TV1T..V14T
SEL = LOW = MXSEL = HIGH = DAUs
Wired OR
VME V
!!!
U1T,U2T
R20T..R82TRN20T,RN22T
42PREV NEXT
18.04.01
TOP
MOTHER-BOARD
01T W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
3
EXTO_A_DAUS_[7:0]
SELADRO_DAUS_[1:0]
SELADRO_DAUS_0
SELADRO_DAUS_1
RESET_DAUS
EXTO_A_DAUS_0
EXTO_A_DAUS_1
EXTO_A_DAUS_2
EXTO_A_DAUS_3
EXTO_A_DAUS_4
EXTO_A_DAUS_5
EXTO_A_DAUS_6
EXTO_A_DAUS_7
WEO_DAUS
81
2 7
54
3 6
47K
RN21T
5V_VME
VDDLV_IN
1 2R20T0603_RK
0DB0
DBR1
EN_D_VME
DBR[31:0]
DBR2
DBR3
DBR4
DBR5
DBR6
DBR7
DBR8
DBR9
DBR10
DBR11
DBR12
DBR13
DBR14
DBR15
DBR16
DBR17
DBR18
DBR19
DBR20
DBR21
DBR22
DBR23
DBR24
DBR25
DBR26
DBR27
DBR28
DBR29
DBR30
DBR31
DB[31:0]
AB1
AB2
AB3
AB4
AB5
AB6
AB7
AB8
AB9
AB10
AB11
AB12
AB13
AB14
AB15
AB16
AB17
AB18
AB19
AB20
AB21
AB22
AB23
AB24
AB25
AB26
AB27
AB28
AB29
AB30
AB31
DB1
DB2
DB3
DB4
DB5
DB6
DB7
DB8
DB9
DB10
DB11
DB12
DB13
DB14
DB15
DB16
DB17
DB18
DB19
DB20
DB21
DB22
DB23
DB24
DB25
DB26
DB27
DB28
DB29
DB30
DB31
AB[31:1]
ADC5V_IN
BERR_O
DTACK_O
WRITEB
ASB
DS0B
DS1B
LWORDB
AMB[5:0]
AB[31:1]
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
NC_IN
NC_IN
10MHZ
10MHZ
CNF_DCLK
CNF_DATA
SC_SEL
SC_SAVE
SC_TESTX
SC_TEST
SC_CONFIG
SC_NC_INSC_NC_OUT
SC_RESPONSEX
SC_RESPONSEB
SC_RESPONSEA
21
10M
0603_R
R21T
1 2R22T0603_R
0
21
0
0603_RR26T
1 2
R25T
0603_R
10M
21
10M
0603_R
R23T
1 2R24T0603_R
0
21
0
0603_RR32T
1 2
R31T
0603_R
10M
21
10M
0603_R
R33T
1 2R34T0603_R
0
21
0
0603_RR30T
1 2
R29T
0603_R
10M
21
10M
0603_R
R27T
1 2R28T0603_R
0
21
0
0603_RR44T
1 2
R43T
0603_R
10M
21
10M
0603_R
R45T
1 2R46T0603_R
0
21
0
0603_RR50T
1 2
R49T
0603_R
10M
21
10M
0603_R
R47T
1 2R48T0603_R
0
21
0
0603_RR40T
1 2
R39T
0603_R
10M
21
10M
0603_R
R41T
1 2R42T0603_R
0
21
0
0603_RR38T
1 2
R37T
0603_R
10M
21
10M
0603_R
R35T
1 2R36T0603_R
0
21
0
0603_RR68T
1 2
R67T
0603_R
10M
21
10M
0603_R
R69T
1 2R70T0603_R
0
21
0
0603_RR74T
1 2
R73T
0603_R
10M
21
10M
0603_R
R71T
1 2R72T0603_R
0
21
0
0603_RR80T
1 2
R79T
0603_R
10M
21
10M
0603_R
R81T
1 2R82T0603_R
0
21
0
0603_RR78T
1 2
R77T
0603_R
10M
21
10M
0603_R
R75T
1 2R76T0603_R
0
21
0
0603_RR60T
1 2
R59T
0603_R
10M
21
10M
0603_R
R61T
1 2R62T0603_R
0
21
0
0603_RR66T
1 2
R65T
0603_R
10M
21
10M
0603_R
R63T
1 2R64T0603_R
0
21
0
0603_RR56T
1 2
R55T
0603_R
10M
21
10M
0603_R
R57T
1 2R58T0603_R
0
21
0
0603_RR54T
1 2
R53T
0603_R
10M
21
10M
0603_R
R51T
1 2R52T0603_R
0
DB[31:0]
W/_R_VME
EN_A_VME
DBR0
63
4 5
72
1 8RN20T
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN22T
47K
VDDLV
VDDLV
VDDLV
VDDLV
V
V
V
V
V
V
V
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I
O
I
O
I
O
I O
I O
I O
I O
I O
FF08/2FEMALE_CON08/2
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=I
O1O2
10MV2
V1
V2=0 OhmV1=
I O
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
I O
CLKUSR
CONFIG_DONE
CS
DATA0
DATA7
DATA[6:1]
DCLK
DEV_OE
INIT_DONE
MSEL0
MSEL1
RDY/_BSY
TCK
TDI TDO
TMS
TRST
CE CEO
CONFIG
CS
DEV_CLR
RS
STATUS
WS
EPF10K50VBC35610K50VBC356D,10K50VBC356P,10K50VBC356S
10K50_BC356
clear FFs
out enable all IOs
start config.
config clock
data input
BIDIR
BIDIR
Optional Pins
user clk. for sync.
allow config.
Multi Device
write strobe
config. complete
read strobe
chip select
ready for next dat.
like RDY/_BSYchip select
mode select
clock input
test reset
data input data outputBoundary-Scan
JTAG
PPA
only
Configuration
PINS30
V
I O
I
O1O2
V2
V1=V2=
V1 I
O1O2
V2
V1=V2=
V1
011 1PAGE OF
RN1T..RN3TR1T..R16TX1TV1T..V14T
U1T,U2T
UND Verknüpft
PIN1No
rma
l CP
LD
read the instruction
WARNING
manual.
passive serial / EPROMMSEL1 = 0andMSEL0 = 0
J-T
AG
Co
nn
.
bei PPA
beide müssen aktiv sein
J-TAG PORT
If used - change Resistors
R20T..R82T U1TR100T..R118TJ1TRN10T,RN11TV20T..V27TX10T,X11T
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
1
23
R113T
0603_2R10M470
3 2
147010M
0603_2R
R112T
1
PF01PX11T
1
X10TPF01P
NC
1 2
R103T
0603_RK
0
11 V20T
TDI
DATA7
U22
D22
AD25
D23
AC3
AD23
AE23
D3
AC23
AC5
D2
AE14
AA24
AD3
T24
AF4
AD13
AC2 AC22
AC24
D24
AD8,AE5,AD6,AF2,AD5,AD4
D4
AE24
AD24
U1T
RDY/BSY
RDY/BSY
DATA7
DATA5
DATA1
DATA2
DATA3
DATA4
DATA[6:1]
DATA6
TRST
21
4700603_R
R100T
CS
GNDVDDLV
TDO
TDO
53PREV NEXT
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MOTHER-BOARD
01T W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
4
MSEL0
MSEL1
MS
EL
0
21
0
0603_RK
R102T
CNF_CONFIG_MX
CNF_DCLK
CNF_DATA
GNDVDDLV
3 2
1
0603_2RK
R117T 1
23
R118T
0603_2RK
VDDLV GND
MS
EL
1
1 2
R111T0805_R0
21
4700805_R
R108T
21
4700805_R
R110T
1 2
R109T0805_R470
GND
TDI
TMS
TCK
87
1
43
5 6
2
J1T
VDDLV
TMS
GND
TCK
TRST
21
4700603_R
R106T
1 2
R107T0603_R470
CS
VDDLV GND
1 2
R105T
0603_RK0
GND CEO
1 2
R101T0603_R470
1 2
R104T0603_R470
2
1 R114T
0805_R
1K
VDDLV
STATUS_MX
VDDLV
1
2
1K
0805_R
R115T
VDDLV
2
1 R116T
0805_R
1K
CONFIG_DONE_MX
INIT_DONE_MX
63
4 5
72
1 8RN11T
47K
VDDLV
VDDLV
VDDLV
VDDLV
DATA1
DATA4
DATA3
DATA2
VDDLV
VDDLV
VDDLV
VDDLV
81
2 7
54
3 6
47K
RN10T
DATA5
DATA6
11 V21T
11 V22T
11 V23T
11 V24T
11 V25T
11 V26T
11 V27T
I O
I O
I O
I O
I O
I O
I O
OE
DIR
IC20DW
A B
B-A
A-BDIR
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
I O
1Q
CLK
2Q
3Q
4Q
5Q
6Q
7Q
8Q
1D
4D
5D
7D
8D
3D
2D
6D
OE
011 1PAGE OF
DIR_PERBUS
PER_BUS[7:0]
PER_BUS_MX[7:0]
SEL_PERBUS1
SEL_PERBUS2
SEL_PERBUS3
EN_PERBUS0
EN_PERBUS1
S_PBUS0
S_PBUS1
S_PBUS10
S_PBUS11
S_PBUS12
S_PBUS13
S_PBUS14
S_PBUS15
S_PBUS2
S_PBUS3
S_PBUS4
S_PBUS5
S_PBUS6
S_PBUS7
S_PBUS8
S_PBUS9
PERBUS
from MX
INDEX
CNF_DATA
CNF_DCLK
CONFIG_DONE_DAUS
CONFIG_DONE_MX
INIT_DONE_DAUS
INIT_DONE_MX
PER_BUS[7:0]
SC_NC_IN
SC_NC_OUT
SC_RESPONSEA
SC_RESPONSEB
SC_RESPONSEXSC_SAVE
SC_SEL
SC_TEST
SC_TESTX
CNF_CONFIG_DAUS
CNF_CONFIG_MX
CON_MX1
CON_MX2
SC_CONFIG
S_PBUS7
INDEX
CONFIG
Outputsto Config-Card
RN1T..RN3TR1T..R16TX1TV1T..V14T
R20T..R82T U1TR100T..R118TJ1TRN10T,RN11TV20T..V27TX10T,X11T
IN / OUT
Top
DAUs
DAUs
DAUs
DAUs
INPUT to MX
INPUT to MX
INPUT to MX
INPUT to MX
OUTPUT from MX
rising Edge = Übernahme
SEL = LOW = MXSEL = HIGH = DAUs
OUTPUT from MX
INPUT to MX
PERBUS B
CONFIG FS_PBUS5
S_PBUS7
DAUs
Top
IN / OUT
IN / OUT
S_PBUS6
AM
Config
U5T,U6TC10T..C19TR120T..R127TX20T..X29T
U1T,U2T
19
11
18
17
16
15
14
13
12
2
5
6
8
9
4
3
7
1U5T
VDDLV;20GND;10IC20DW74LVC574
GND
VDDLV
SC_SAVE
S_PBUS7
S_PBUS7
S_PBUS11
VDDLV
21
470
0603_R
R122T
1X23TPF01P
1
PF01PX20T
EE_WP
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MOTHER-BOARD
01T W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
5
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U6T
VDDLV;20GND;10
74LVC245A
CON_MX2
CON_MX1
CNF_CONFIG_DAUS
S_PBUS5
INIT_DONE_DAUS
CONFIG_DONE_DAUS
SC_TESTX
SC_CONFIG
CNF_CONFIG_DAUS
INIT_DONE_DAUS
CONFIG_DONE_DAUS
CNF_CONFIG_MX
INIT_DONE_MX
CONFIG_DONE_MX
SC_RESPONSEA
S_PBUS4
PER_BUS[7:0]
PER_BUS[7:0]
PER_BUS_MX[7:0]
DIR_PERBUS
21
00603_RK
R127T
1 2
R123T
0603_RK0
21
00603_RK
R124T
21
00603_RK
R125T
1 2
R126T
0603_RK0
1 2
R120T
0603_RK
0
PER_BUS7
PER_BUS3
PER_BUS4
PER_BUS1
PER_BUS2
PER_BUS5
PER_BUS6
PER_BUS0 OUT_AUX0
OUT_AUX1
GND
SEL_PERBUS1
SEL_PERBUS2
SEL_PERBUS3
EN_PERBUS0
EN_PERBUS1
S_PBUS8
S_PBUS13
S_PBUS14
S_PBUS15
S_PBUS0
S_PBUS1
S_PBUS2
S_PBUS3
S_PBUS5
S_PBUS6
CNF_DCLK
CNF_DATA
SC_SEL
SC_TESTX
SC_TEST
SC_CONFIG
SC_NC_IN
SC_NC_OUT
SC_RESPONSEX
SC_RESPONSEB
SC_SAVE
SC_SEL
210
0603_RK
R121TS_PBUS6
PER_BUS6
PER_BUS7
PER_BUS0
PER_BUS1
PER_BUS2
PER_BUS3
PER_BUS4
PER_BUS5
1X27T
PF01P
1
PF01P
X28T
1X29T
PF01P
S_PBUS9
S_PBUS10
1X21TPF01P
1
PF01PX22T
1
PF01PX24T
1X25TPF01P
S_PBUS121
X26T
PF01P
2
11UF1206_C
C18T 1
2
C19T
1206_C1UF
2
1100N0805_C
C16T
2
1
C12T
0805_C100N 1
2
100N0805_C
C13T
2
1
C14T
0805_C100N
2
1
C10T
0805_C100N 1
2
100N0805_C
C11T
1
2
C15T
0805_C100N
1
2
C17T
1206_C1UF
GND
VDDLV
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
011 1PAGE OF
VDDIO
ADC5V
10MHZ_0,~10MHZ_0,10MHZ_1,~10MHZ_1,10MHZ_2,~10MHZ_2,10MHZ_3,~10MHZ_3
10MHZ_4,~10MHZ_4,10MHZ_5,~10MHZ_5,10MHZ_6,~10MHZ_6,10MHZ_7,~10MHZ_7
50MHZ_F0,~50MHZ_F0,50MHZ_F1,~50MHZ_F1,50MHZ_F2,~50MHZ_F2,50MHZ_F3,~50MHZ_F3
50MHZ_F4,~50MHZ_F4,50MHZ_F5,~50MHZ_F5,50MHZ_F6,~50MHZ_F6,50MHZ_F7,~50MHZ_F7
50MHZ_R0,~50MHZ_R0,50MHZ_R1,~50MHZ_R1,50MHZ_R2,~50MHZ_R2,50MHZ_R3,~50MHZ_R3
50MHZ_R4,~50MHZ_R4,50MHZ_R5,~50MHZ_R5,50MHZ_R6,~50MHZ_R6,50MHZ_R7,~50MHZ_R7
CNF_DCLK
EXT_A_DAUS_[7:0]
EXT_D_DAU0_[15:0]
EXT_D_DAU2_[15:0]
EXT_D_DAU4_[15:0]
EXT_D_DAU6_[15:0]
HA0_[5:0]
HA1_[5:0]
HA2_[5:0]
HA3_[5:0]
HA4_[5:0]
HA5_[5:0]
HA6_[5:0]
HA7_[5:0]
PER_BUS[7:0]
SELADR_DAUS_[1:0]
~-AD/EXT_DAU0,~-AD/EXT_DAU1,~-AD/EXT_DAU2,~-AD/EXT_DAU3
~-AD/EXT_DAU4,~-AD/EXT_DAU5,~-AD/EXT_DAU6,~-AD/EXT_DAU7
~-NORM/STATEM_DAU0,~-NORM/STATEM_DAU1,~-NORM/STATEM_DAU2,~-NORM/STATEM_DAU3
~-NORM/STATEM_DAU4,~-NORM/STATEM_DAU5,~-NORM/STATEM_DAU6,~-NORM/STATEM_DAU7
~-PULSE/RANGE_DAU0,~-PULSE/RANGE_DAU1,~-PULSE/RANGE_DAU2,~-PULSE/RANGE_DAU3
~-PULSE/RANGE_DAU4,~-PULSE/RANGE_DAU5,~-PULSE/RANGE_DAU6,~-PULSE/RANGE_DAU7
BUSY_DAUS
~CS_DAU0,~CS_DAU1,~CS_DAU2,~CS_DAU3,~CS_DAU4,~CS_DAU5,~CS_DAU6,~CS_DAU7
ERROR_DAUS
HA0_[5:0]
HA1_[5:0]
HA2_[5:0]
HA3_[5:0]
HA4_[5:0]
HA5_[5:0]
HA6_[5:0]
HA7_[5:0]
RESET_DAUS
START_DAUS
STOP_DAUS
S_PBUS0
S_PBUS1
S_PBUS2
S_PBUS3
S_PBUS4
WE_DAUS
CNF_DATA
VDDINT
PER BUS
DAUs
(24)
(64)
(10)
(8)
CLK
INDEX
OUTPUT TO BFU
CONFIG
POWERfor DAU
S_PBUS0
S_PBUS2
S_PBUS4S_PBUS3
S_PBUS1
DAUs D
75PREV NEXT
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MOTHER-BOARD
01T W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
6
ADC5V
~-PULSE/RANGE_DAU0,~-PULSE/RANGE_DAU1,~-PULSE/RANGE_DAU2,~-PULSE/RANGE_DAU3
50MHZ_R4,~50MHZ_R4,50MHZ_R5,~50MHZ_R5,50MHZ_R6,~50MHZ_R6,50MHZ_R7,~50MHZ_R7
50MHZ_R0,~50MHZ_R0,50MHZ_R1,~50MHZ_R1,50MHZ_R2,~50MHZ_R2,50MHZ_R3,~50MHZ_R3
~CS_DAU0,~CS_DAU1,~CS_DAU2,~CS_DAU3,~CS_DAU4,~CS_DAU5,~CS_DAU6,~CS_DAU7
PER_BUS[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
STOP_DAUS
START_DAUS
RESET_DAUS
EXT_D_DAU6_[15:0]
50MHZ_F4,~50MHZ_F4,50MHZ_F5,~50MHZ_F5,50MHZ_F6,~50MHZ_F6,50MHZ_F7,~50MHZ_F7
10MHZ_4,~10MHZ_4,10MHZ_5,~10MHZ_5,10MHZ_6,~10MHZ_6,10MHZ_7,~10MHZ_7
10MHZ_0,~10MHZ_0,10MHZ_1,~10MHZ_1,10MHZ_2,~10MHZ_2,10MHZ_3,~10MHZ_3
50MHZ_F0,~50MHZ_F0,50MHZ_F1,~50MHZ_F1,50MHZ_F2,~50MHZ_F2,50MHZ_F3,~50MHZ_F3
EXT_A_DAUS_[7:0]
BUSY_DAUS
ERROR_DAUS
EXT_D_DAU0_[15:0]
EXT_D_DAU2_[15:0]
EXT_D_DAU4_[15:0]
~-AD/EXT_DAU4,~-AD/EXT_DAU5,~-AD/EXT_DAU6,~-AD/EXT_DAU7
~-AD/EXT_DAU0,~-AD/EXT_DAU1,~-AD/EXT_DAU2,~-AD/EXT_DAU3
~-NORM/STATEM_DAU4,~-NORM/STATEM_DAU5,~-NORM/STATEM_DAU6,~-NORM/STATEM_DAU7
~-NORM/STATEM_DAU0,~-NORM/STATEM_DAU1,~-NORM/STATEM_DAU2,~-NORM/STATEM_DAU3
~-PULSE/RANGE_DAU4,~-PULSE/RANGE_DAU5,~-PULSE/RANGE_DAU6,~-PULSE/RANGE_DAU7
S_PBUS4
S_PBUS0
S_PBUS1
S_PBUS2
S_PBUS3
CNF_DATA
CNF_DCLK
HA4_[5:0]
HA4_[5:0]
HA5_[5:0]
HA5_[5:0]
HA6_[5:0]
HA6_[5:0]
HA7_[5:0]
HA7_[5:0]
HA3_[5:0]
HA3_[5:0]
HA2_[5:0]
HA2_[5:0]
HA1_[5:0]
HA1_[5:0]
HA0_[5:0]
HA0_[5:0]
VDDLV
VDDLV
011 1PAGE OF
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No. -6PREV -
18.04.01
TOP
MOTHER-BOARD
01T W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
7
I
O
I
O
I
O
I
O
I O
I O
COCI
DI DO
BOBI
AI AO
COCI
DI DO
BOBI
AI AO
COCI
DI DO
BOBI
AI AO
COCI
DI DO
BOBI
AI AO
I O
I O I O
I O
COCI
DI DO
BOBI
AI AO
I
O
I O
I O
I OI O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
COCI
DI DO
BOBI
AI AO
I
O
I
O
I
O
NAME
PAGE No.
-
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
IDT74FCT3807Q
GND;2,6,10,13,17VDDLV;4,8,15,20
O1
O5
O6
O7
O9
O10
IN
O2
O4
O3
O8
IC20DBQ
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
IDT74FCT3807Q
GND;2,6,10,13,17VDDLV;4,8,15,20
O1
O5
O6
O7
O9
O10
IN
O2
O4
O3
O8
IC20DBQ
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
DS90LV032A
GND;8VDDLV;16
AA1
A2
B
B2
CC1
C2
DD1
D2
E
E
B1
IC16D
EDECEBEA
1
TTL
TTL
TTL
TTL
3.3V
3.3V
3.3V
3.3V
LVDS
LVDS
LVDS
LVDS
IDT74FCT3807Q
GND;2,6,10,13,17VDDLV;4,8,15,20
O1
O5
O6
O7
O9
O10
IN
O2
O4
O3
O8
IC20DBQ
V
V
V
V
011 1PAGE OF
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
Output = High ifOPEN / SHORT orTERMINATED
50MHZ_F
10MHZ
8 Pins from
Backplane
U1K..U10KM1K..M8K
RN1K..RN6KR1K..R32K
V1K..V4K
C1K..C16K
(4 Clocks)
MTHOLES
50MHZ_R
6
11
10
13
14
15
9
7
1
12
4
3
2
5
U2K
M1K MTHOLE30GND;1
11 V4K
11 V3K
11 V2K
11 V1K
50MHZ_F_ASIC
16
7
9
5
1
19
18
14
12
11
3
U1K
VDDLV
GND
2
1100N0805_C
C6K
2
1
C2K
0805_C100N 1
2
100N0805_C
C1K
GND
VDDLV
2
11UF1206_C
C15K
7
4
12
14
15 13
10
9 11
6
5
2
1 3
U10K
6
11
10
13
14
15
9
7
1
12
4
3
2
5
U9K
5
2
3
4
12
1
7
9
15
14
13
10
11
6
U8K
3
11
12
14
18
19
1
5
9
7
16
U7K
6
11
10
13
14
15
9
7
1
12
4
3
2
5
U6K
5
2
3
4
12
1
7
9
15
14
13
10
11
6
U5K
3
11
12
14
18
19
1
5
9
7
16
U4K
5
2
3
4
12
1
7
9
15
14
13
10
11
6
U3K
18.04.01
CLOCK
MOTHER-BOARD
01K W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
--- -
10MHZ_IN
50MHZ_F_IN
2
1470
0603_R
R14K
1
2
R7K
0603_R
470
2
151
0603_R
R21K
50MHZ_R4,~50MHZ_R4,50MHZ_R5,~50MHZ_R5,50MHZ_R6,~50MHZ_R6,50MHZ_R7,~50MHZ_R7
50MHZ_R0,~50MHZ_R0,50MHZ_R1,~50MHZ_R1,50MHZ_R2,~50MHZ_R2,50MHZ_R3,~50MHZ_R3
50MHZ_R_IN
VDDLV
VDDLV
VDDLV
VDDLV
50MHZ_F0,~50MHZ_F0,50MHZ_F1,~50MHZ_F1,50MHZ_F2,~50MHZ_F2,50MHZ_F3,~50MHZ_F3
50MHZ_F4,~50MHZ_F4,50MHZ_F5,~50MHZ_F5,50MHZ_F6,~50MHZ_F6,50MHZ_F7,~50MHZ_F7
10MHZ_0,~10MHZ_0,10MHZ_1,~10MHZ_1,10MHZ_2,~10MHZ_2,10MHZ_3,~10MHZ_3
10MHZ_4,~10MHZ_4,10MHZ_5,~10MHZ_5,10MHZ_6,~10MHZ_6,10MHZ_7,~10MHZ_7
10MHZ
10MHZ
NC_IN
NC_IN
50MHZ_F
50MHZ_F
50MHZ_R
50MHZ_R
10MHZ_ASIC
50MHZ_R_ASIC
63
4 5
72
1 8 RN5K331206_4RRN4_1206
50MHZ_R1
50MHZ_R1
50MHZ_R0
21
R16K
0603_R470
21
R23K
0603_R470
1 2
R22K
0603_R470
1 2
R31K
0603_R33
21
330603_R
R30K
1 2
R29K
0603_R33
21
330603_R
R28K
1 2
4700603_R
R11K
21
4700603_R
R10K
21
R9K
0603_R470
1 2
R8K
0603_R470
21
4700603_R
R1K
1 2
4700603_R
R2K
1 2
R3K
0603_R470
21
R4K
0603_R470
1 2
4700603_R
R18K
21
4700603_R
R17K
1 2
R15K
0603_R470
2
151
0603_R
R32K
10MHZ_7
10MHZ_7
10MHZ_6
10MHZ_6
10MHZ_5
10MHZ_5
10MHZ_4
10MHZ_4
10MHZ_3
10MHZ_3
10MHZ_2
10MHZ_2
10MHZ_1
10MHZ_1
10MHZ_0
10MHZ_0
50MHZ_R_IN
VDDLV
VDDLV
VDDLV
VDDLV
10MHZ_IN
50MHZ_F_IN
GND
GND50MHZ_F7
50MHZ_F7
50MHZ_F6
50MHZ_F6
50MHZ_F5
50MHZ_F5
50MHZ_F4
50MHZ_F4
50MHZ_F3
50MHZ_F3
50MHZ_F2
50MHZ_F2
50MHZ_F1
50MHZ_F1
VDDLV
VDDLV
VDDLV
VDDLV
50MHZ_F0
50MHZ_F0 50MHZ_R0
VDDLV
VDDLV
50MHZ_R2
50MHZ_R2
50MHZ_R3
50MHZ_R3
50MHZ_R4
50MHZ_R4
50MHZ_R5
50MHZ_R5
50MHZ_R6
50MHZ_R6
50MHZ_R7
50MHZ_R7GND
NC_IN_IN
GND
81
2 7
54
3 6
RN4_12061206_4R33
RN6K
21
330603_R
R19K
1 2
R20K
0603_R33
21
330603_R
R6K
1 2
R5K
0603_R33
63
4 5
72
1 8 RN2K
331206_4RRN4_1206
81
2 7
54
3 6
RN4_12061206_4R33
RN1K
63
4 5
72
1 8 RN3K331206_4RRN4_1206
81
2 7
54
3 6
RN4_12061206_4R33
RN4K
21
330603_R
R12K
1 2
R13K
0603_R33
1
2
R24K
0805_R
100
2
1100
0805_R
R25K
1
2
R26K
0805_R
100
2
1100
0805_R
R27K
1
2
100N0805_C
C5K
2
1
C4K
0805_C100N 1
2
100N0805_C
C3K
1
2
C16K
1206_C1UF
1
2
C7K
0805_C100N
2
1100N0805_C
C14K
2
1
C10K
0805_C100N 1
2
100N0805_C
C11K
2
1
C12K
0805_C100N
2
1
C8K
0805_C100N 1
2
100N0805_C
C9K
1
2
C13K
0805_C100N
GND
VDDLV
GND;1MTHOLE30M2K
M3K MTHOLE30GND;1
GND;1MTHOLE30M4K
M5K MTHOLE30GND;1
GND;1MTHOLE30M6K
M7K MTHOLE30GND;1
GND;1MTHOLE30M8K
I O
I O
I O
I O
I O
I O
I O
I O
NAME
PAGE No.
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I
O
I
O
I
O
I
O
I
O
I
O
I
O
I
O
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
I O
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
-
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
DS90LV031A
GND;8VDDLV;16
OUT2-
OUT1+
OUT1-
E
E
IN1
IN2
IN3
IN4
OUT4+
OUT4-
OUT3+
OUT3-
OUT2+
IC16D
3.3V
3.3V
3.3V
TTL
TTL
TTL
1
TTL
3.3V
LVDS
LVDS
LVDS
LVDS
Driver 1Driver 2Driver 3Driver 4
I O
I O
I O
DS90LV032A
GND;8VDDLV;16
AA1
A2
B
B2
CC1
C2
DD1
D2
E
E
B1
IC16D
EDECEBEA
1
TTL
TTL
TTL
TTL
3.3V
3.3V
3.3V
3.3V
LVDS
LVDS
LVDS
LVDS
DS90LV032A
GND;8VDDLV;16
AA1
A2
B
B2
CC1
C2
DD1
D2
E
E
B1
IC16D
EDECEBEA
1
TTL
TTL
TTL
TTL
3.3V
3.3V
3.3V
3.3V
LVDS
LVDS
LVDS
LVDS
I O
I O
I O
011 1PAGE OF
TERMINATEDOPEN / SHORT orOutput = High if
Output = High ifOPEN / SHORT orTERMINATED
U1E..U8ER1E..R35ERN1E..RN5EX1E..X12E
DATA_COLL_DAT_[15:0]
EXT_O[4:0]EXT_I[4:0]
1 2
47K0603_R
R30E
1X10EPF01P
1
PF01PX8E
1X5EPF01P
1 2
R32E
0603_RK0
VDDLV
EXT_O4
1 2
47K0603_R
R27E
EXT_I4
1
PF01PX6E
EXT_O3EXT_I3
EXT_I2
EXT_I1
EXT_I0
7
4
12
14
15 13
10
9 11
6
5
2
1 3
U5E
1X1EPF01P
1
PF01PX2E
1
PF01PX11E
IN_AUX1
CC_READY
31
2
5
6
119
10
1315
14
12
4
7
U7E
21
R29E
0603_R470
1 2
4700603_R
R22E
21
4700603_R
R21E
5
2
3
4
12
1
7
9
15
14
13
10
11
6
U8E
18.04.01
COLL
MOTHER-BOARD
01E W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
VDDLV
VDDLV
VDDLV
EXT_IBUS_0
81
2 7
54
3 6
47K
RN1E
EXT_O2
EXT_O1
EXT_O0
CC_READY_BUS
CC_READY_BUS
EXT_IBUS_3
EXT_IBUS_0
EXT_IBUS_1
EXT_IBUS_3
EXT_IBUS_2
EXT_IBUS_2
EXT_IBUS_1
DATA_COLL_DAT_0
DATA_COLL_DAT_1
DATA_COLL_DAT_2
DATA_COLL_DAT_3
DATA_COLL_DAT_4
DATA_COLL_DAT_5
DATA_COLL_DAT_6
DATA_COLL_DAT_7
DATA_COLL_DAT_8
DATA_COLL_DAT_9
DATA_COLL_DAT_10
DATA_COLL_DAT_11
DATA_COLL_DAT_12
DATA_COLL_DAT_13
DATA_COLL_DAT_14
DATA_COLL_DAT_15
6
11
10
13
14
15
9
7
1
12
4
3
2
5
U1E
5
2
3
4
12
1
7
9
15
14
13
10
11
6
U2E
5
2
3
4
12
1
7
9
15
14
13
10
11
6
U3E
6
11
10
13
14
15
9
7
1
12
4
3
2
5
U4E
DATA_COLL_BUS_15
DATA_COLL_BUS_0
DATA_COLL_BUS_4
DATA_COLL_BUS_0
DATA_COLL_BUS_1
DATA_COLL_BUS_2
DATA_COLL_BUS_3
DATA_COLL_BUS_4
DATA_COLL_BUS_5
DATA_COLL_BUS_6
DATA_COLL_BUS_7
DATA_COLL_BUS_12
DATA_COLL_BUS_13
DATA_COLL_BUS_14
DATA_COLL_BUS_15
DATA_COLL_BUS_1
DATA_COLL_BUS_2
DATA_COLL_BUS_3
DATA_COLL_BUS_5
DATA_COLL_BUS_6
DATA_COLL_BUS_7
DATA_COLL_BUS_12
DATA_COLL_BUS_13
DATA_COLL_BUS_14
1 2
4700603_R
R2E
21
4700603_R
R1E
VDDLV
VDDLV
1 2
R3E0603_R470
21
R4E
0603_R470
1 2
4700603_R
R8E
21
4700603_R
R7EVDDLV
VDDLV
VDDLV
VDDLV
1 2
R5E0603_R470
21
R6E
0603_R470
DATA_COLL_BUS_10
DATA_COLL_BUS_9
DATA_COLL_BUS_9
DATA_COLL_BUS_8
DATA_COLL_BUS_8
DATA_COLL_BUS_11
DATA_COLL_BUS_11
DATA_COLL_BUS_10
21
R10E
0603_R470
1 2
R9E
0603_R470
1 2
4700603_R
R16E
21
4700603_R
R15E
6
11
10
13
14
15
9
7
1
12
4
3
2
5
U6E
EXT_OBUS_0
EXT_OBUS_0
VDDLV
VDDLV
VDDLV
VDDLV
EXT_OBUS_1
EXT_OBUS_1
EXT_OBUS_2
EXT_OBUS_2
EXT_OBUS_3
EXT_OBUS_3
HA4_[5:0]
HA4_[5:0]
HA5_[5:0]
HA5_[5:0]
HA6_[5:0]
HA6_[5:0]
HA7_[5:0]
HA7_[5:0]
HA3_[5:0]
HA3_[5:0]
HA2_[5:0]
HA2_[5:0]
HA1_[5:0]
HA1_[5:0]
HA0_[5:0]
HA0_[5:0]
VDDLV
VDDLV
1 2
R28E
0603_R470
63
4 5
72
1 8RN2E
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
DATA_COLL_DAT_15
DATA_COLL_DAT_14
DATA_COLL_DAT_13
DATA_COLL_DAT_12
DATA_COLL_DAT_11
DATA_COLL_DAT_10
DATA_COLL_DAT_9
DATA_COLL_DAT_8
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN3E
47K
81
2 7
54
3 6
47K
RN4E
DATA_COLL_DAT_7
DATA_COLL_DAT_6
DATA_COLL_DAT_5
DATA_COLL_DAT_4
DATA_COLL_DAT_3
DATA_COLL_DAT_2
DATA_COLL_DAT_1
DATA_COLL_DAT_0
1
2
R11E
0805_R
100
2
1100
0805_R
R12E
1
2
R13E
0805_R
100
2
1100
0805_R
R14E
1
2
R26E
0805_R
100
2
1100
0805_R
R25E
1
2
R24E
0805_R
100
2
1100
0805_R
R23E
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN5E
47K
EXT_O3
EXT_O2
EXT_O1
EXT_O0
1-- NEXT
1X12EPF01P
IN_AUX0
1X7EPF01P
EXT_O4
21
00603_RK
R33E
1 2
R34E
0603_RK0
21
00603_RK
R35E
1 2
R17E
0603_RK0
21
00603_RK
R18E
1 2
R19E
0603_RK0
21
00603_RK
R20E
IN_AUXBUS0
IN_AUXBUS0
IN_AUXBUS1
IN_AUXBUS1
1
PF01PX3E
1X4EPF01P
1X9EPF01P
21
R31E
0603_R47K
OUT_AUXBUS1
OUT_AUXBUS1
OUT_AUXBUS0
OUT_AUXBUS0
CC_SEND
CC_SEND_BUS
CC_SEND_BUS
VDDLV
VDDLV
OUT_AUX1
OUT_AUX0
VDDLV
VDDLV
D9
D8
D7
D6
D5
D4
D32
D31
D30
D3
D29
D28
D27
D26
D25
D24
D23
D22
D21
D20
D2
D19
D18
D17
D16
D15
D14
D13
D12
D11
D10
D1
Row D
E9
E8
E7
E6
E5
E4
E32
E31
E30
E3
E29
E28
E27
E26
E25
E24
E23
E22
E21
E20
E2
E19
E18
E17
E16
E15
E14
E13
E12
E11
E10
E1
Row E
C9
C8
C7
C6
C5
C4
C32
C31
C30
C3
C29
C28
C27
C26
C25
C24
C23
C22
C21
C20
C2
C19
C18
C17
C16
C15
C14
C13
C12
C11
C10
C1
Row C
B9
B8
B7
B6
B5
B4
B32
B31
B30
B3
B29
B28
B27
B26
B25
B24
B23
B22
B21
B20
B2
B19
B18
B17
B16
B15
B14
B13
B12
B11
B10
B1
Row B
A1
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A2
A20
A21
A22
A23
A24
A25
A26
A27
A28
A29
A3
A30
A31
A32
A4
A5
A6
A7
A8
A9
Row A
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
011 1PAGE OF
EM_low
EM_high
EMHA_low
HA_low
HA_high HAx_5
HAx_4
HAx_3
HAx_2
HAx_1
HAx_0
U1E..U8ER1E..R35ERN1E..RN5EX1E..X12E
to CC
VM
E -
Co
nn
ec
tor
J3 (
bo
tto
m)
from CC
J1EC1E..C14E
HAx_0
HAx_1
HAx_2
HAx_3
HAx_4
HAx_5HA_high
HA_low
EMHA_low
EM_high
EM_low
DA
U 0
DA
U 4
EMHA_high
EMHA_highD
AU
1D
AU
5
DA
U 2
DA
U 6
DA
U 3
DA
U 7
GND
VDDLV
NCGND
GNDCC_SEND_BUS
CC_SEND_BUSCC_READY_BUS
-1PREV -
18.04.01
COLL
MOTHER-BOARD
01E W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
2
1
10
11
12
13
14
15
16
17
18
19
2
20
21
22
23
24
25
26
27
28
29
3
30
31
32
4
5
6
7
8
9
J1E
41
40
39
38
37
36
64
63
62
35
61
60
59
58
57
56
55
54
53
52
34
51
50
49
48
47
46
45
44
43
42
33
J1E
73
72
71
70
69
68
96
95
94
67
93
92
91
90
89
88
87
86
85
84
66
83
82
81
80
79
78
77
76
75
74
65
J1E
137
136
135
134
133
132
160
159
158
131
157
156
155
154
153
152
151
150
149
148
130
147
146
145
144
143
142
141
140
139
138
129
J1E
105
104
103
102
101
100
128
127
126
99
125
124
123
122
121
120
119
118
117
116
98
115
114
113
112
111
110
109
108
107
106
97
J1E
CC_READY_BUS
DATA_COLL_BUS_11
EXT_OBUS_0
EXT_OBUS_0
EXT_IBUS_3
EXT_IBUS_2
EXT_IBUS_0
EXT_IBUS_0
HA3_0
HA6_3
HA6_4
HA6_4
HA6_5
HA6_5
HA4_0
HA0_5
HA3_4
HA0_5
HA0_4
HA0_4
HA0_3
HA0_3
HA0_2
HA0_2
HA0_1
HA0_1
HA0_0
HA0_0
DATA_COLL_BUS_12
DATA_COLL_BUS_8
DATA_COLL_BUS_8
DATA_COLL_BUS_7
DATA_COLL_BUS_7
DATA_COLL_BUS_6
DATA_COLL_BUS_6
DATA_COLL_BUS_5
DATA_COLL_BUS_5
DATA_COLL_BUS_4
DATA_COLL_BUS_4
DATA_COLL_BUS_2
DATA_COLL_BUS_2DATA_COLL_BUS_1
DATA_COLL_BUS_1DATA_COLL_BUS_0
DATA_COLL_BUS_10 DATA_COLL_BUS_11
DATA_COLL_BUS_9
DATA_COLL_BUS_9
DATA_COLL_BUS_10
DATA_COLL_BUS_14DATA_COLL_BUS_13DATA_COLL_BUS_12
DATA_COLL_BUS_15
DATA_COLL_BUS_14DATA_COLL_BUS_13
DATA_COLL_BUS_15
DATA_COLL_BUS_0 DATA_COLL_BUS_3
DATA_COLL_BUS_3
HA1_0
HA1_0
HA1_1
HA1_1
HA1_2
HA1_2
HA1_3
HA1_3
HA1_4
HA1_4
HA1_5
HA1_5 HA2_5
HA2_5
HA2_4
HA2_4
HA2_3
HA2_3
HA2_2
HA2_2
HA2_1
HA2_1
HA2_0
HA2_0
HA3_0
HA3_1
HA3_1
HA3_2
HA3_2
HA3_3
HA3_3
HA3_4
HA3_5
HA3_5
HA4_0
HA4_1
HA4_1
HA4_2
HA4_2
HA4_3
HA4_3
HA4_4
HA4_4
HA4_5
HA4_5 HA5_5
HA5_5
HA5_4
HA5_4
HA5_3
HA5_3
HA5_2
HA5_2
HA5_1
HA5_1
HA5_0
HA5_0 HA6_0
HA6_0
HA6_1
HA6_1
HA6_2
HA6_2
HA6_3 HA7_3
HA7_2
HA7_2
HA7_1
HA7_1
HA7_0
HA7_0
HA7_5
HA7_5
HA7_4
HA7_4
HA7_3
EXT_IBUS_1
EXT_IBUS_1
EXT_IBUS_2
EXT_IBUS_3
EXT_OBUS_1
EXT_OBUS_1
EXT_OBUS_2
EXT_OBUS_2
EXT_OBUS_3
EXT_OBUS_3
OUT_AUXBUS0
OUT_AUXBUS0
OUT_AUXBUS1
OUT_AUXBUS1
IN_AUXBUS1
IN_AUXBUS1
IN_AUXBUS0
IN_AUXBUS0
NC
2
11UF1206_C
C13E
2
1100N0805_C
C6E
2
1
C2E
0805_C100N 1
2
100N0805_C
C1E
1
2
100N0805_C
C5E
2
1
C4E
0805_C100N 1
2
100N0805_C
C3E
1
2
C7E
0805_C100N
1
2
C14E
1206_C1UF
1
2
C12E
1206_C1UF
VDDLV
GND GND
VDDLV
2
1100N0805_C
C11E
1
2
100N0805_C
C8E
2
1
C9E
0805_C100N 1
2
C10E
0805_C100N
I O
I O
FF06/2FEMALE_CON06/2
NAME
PAGE No.
-
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
IO_1
IO_3
4
IO_3
IO_4
IO_5
IO_6
IO_30
VCCIO
IO_23
TDO
GND3
IO_24
IO_27
IO_26
IO_25
IO_28
IO_2
2
GN
D2
IO_1
8
IO_1
9
IO_2
0
IO_2
1
IO_1
7
VC
CIN
T1
IO_1
6
IO_1
5
IO_10
IO_9
GND1
IO_8
IO_11
IO_12
TDI
IO_13
TMS
IO_1
4
IO_29
IO_7
IO_3
2
VC
CIN
T2
IO_3
1
TCK
IO_2
IO_3
3
XC9536XLIC44FN
GC
K2
GCK3
3.3
V
3.3
V
GC
K1
GT
S1
GT
S2
2.5/3.3V
GSR
PIN-COMPATIBLE WITH XC9536 (5V,3.3V)VCCINT = 5VVCCIO = 3.3/5V
34 User I/O (44 PIN PLCC)
XC9536 :
XC9536XL : 5 V tolerant Inputs
011 1PAGE OF
to CONFIG-BUS
in USER-MODEHigh = Configured and
to MX-ASIC
RESERVE
RESERVE
in USER-MODEHigh = Configured and
SEL = HIGH = DAUsSEL = LOW = MX
Low to High = ConfigRuhezustand = Low
wenn CONFIG_DONE High ist ist das ASIC nur Konfiguriert
Ruhezustand = Low
from MX-ASIC
to 8 DAUs and the MX
read the instruction
WARNING
manual.
PIN1
J-TAG PORT
Hig
h =
AS
IC c
on
fig
ura
ted
from MXConfig
Wired ORto CONFIG CARD
Low to High = Config
SEL = LOW = MX
CONFIG_DONE AND INIT_DONEall DAUs
Hig
h =
AS
IC in
US
ER
-MO
DE
to M
X-A
SIC L
ow
to
Hig
h =
Co
nfi
g
SEL = HIGH = DAUs
from CONFIG-BUS
vorher wird das MX- ASIC direkt vom Config Bus geladen
wenn INIT_DONE High ist ist das ASIC im USER MODE
SC_RESPONSEX wird High wenn MX = OK
SEL wird umgeschalten
dann werden die DAUs durch das MX (E-PROM) configuriert
RESERVE
RESERVERESERVE
RESERVE
RESERVE
from CONFIG CARD
from/to MX
RESERVEhigh = send Select Data for MX
U1FR1F,R2FJ1FX1F..X26FC1F..C11F
to 8 DAUs and the MXto MX (normal IO) Input Shiftreg
to MX (übernahme Shiftreg)
S_PBUS7
1X18F PF01P
SC_SEL
SC_SAVE
SC_SEL
1 44
3456
39
32
29
30
31
33
36
35
34
37
28
23
24
25
26
27
22
21
20
19
11
9
10
8
12
13
15
14
16
18
38
7
42
41
40
17
2 43
U1F
18.04.01
CONFIG
MOTHER-BOARD
01F W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
1X21F PF01P
PER_BUS[7:0]
1
X2
3F
PF
01
P
S_P
BU
S7
VDDLV
TDO
TMS
--- -
VD
DL
V
VD
DL
V
VDDLV
CO
N_M
X2
CO
N_M
X1
1P
F0
1P
X2
6F
1
PF
01
PX
22
F
1
X15FPF01P
INIT_DONE_DAUS
CONFIG_DONE_DAUS
CNF_CONFIG_DAUS
CON_MX2
CON_MX1
INIT_DONE_MX
CONFIG_DONE_MX
CNF_CONFIG_MX
CN
F_C
ON
FIG
_MX
SC_CONFIG
SC_SEL
SC_TEST
TCK
SC_TESTX
INIT_DONE_DAUS
CONFIG_DONE_DAUS
INIT
_DO
NE
_MX
CO
NF
IG_D
ON
E_M
X
SC_NC_OUT
SC_CONFIG
SC_NC_IN
CNF_DATA
CNF_DCLK
SC_SAVE
SC_TESTX
SC_TEST
SC_RESPONSEB
SC_RESPONSEA
SC_RESPONSEX
CNF_DCLK
CNF_DATA1
X9FPF01P
1
43
5 6
2
J1F
1PF01P X7F
1X8FPF01P
1X6FPF01P
1PF01P X5F
1X11FPF01P
1PF01P X12F
1PF01P X10F
TDI
PE
R_B
US
3
TDOTMS
TDI GND
GN
D
TCK
GND
GND
PE
R_B
US
2
1X2FPF01P
1X4FPF01P
1PF01P X3F
1PF01P X1F
SC_CONFIG
SC_RESPONSEA
SC_RESPONSEB
SC_RESPONSEX
SC_RESPONSEA
SC_RESPONSEB
SC_TEST
SC_TESTX
CNF_CONFIG_DAUS
1PF01PX19F
1X20F PF01P
1P
F0
1P
X2
4F
1
X2
5F
PF
01
P
1
X1
7F
PF
01
P
1
PF
01
PX
16
F
1 2R1F
0603_R
47K21
47K
0603_R
R2FCON_MX2
VDDLVCON_MX1
VDDLV
PE
R_B
US
0
PE
R_B
US
1
1
PF
01
PX
14
F
1X
13
FP
F0
1P
SC_RESPONSEX
2
1 1UF1206_C
C8F
2
1 1UF1206_C
C10F1
2
C11F
1206_C1UF
2
1100N0805_C
C7F
2
1
C3F
0805_C100N 1
2
100N0805_C
C4F
2
1
C5F
0805_C100N
2
1
C1F
0805_C100N 1
2
100N0805_C
C2F
1
2
C6F
0805_C100N 1
2
C9F
1206_C1UF
GND
VDDLV VDDLV
GND
NAME
PAGE No.
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
10
Kein Decoder möglich weil mehrere DAUS aktiv sein müssen
RN1D..RN28D
- RN27D und RN28D
- RN8D
OUTPUTsto BFU
SELADR_DAUS_[1:0]
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
1
CS_DAU0
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
EXT_D_DAU6_[15:0]EXT_D_DAU4_[15:0]EXT_D_DAU2_[15:0]EXT_D_DAU0_[15:0]
81
2 7
54
3 6
47K
RN6D81
2 7
54
3 6
47K
RN2D
63
4 5
72
1 8RN1D
47K
EXT_A_DAUS_[7:0]
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
50MHZ_R0
50MHZ_R0,~50MHZ_R0,50MHZ_R1,~50MHZ_R1,50MHZ_R2,~50MHZ_R2,50MHZ_R3,~50MHZ_R3
~-PULSE/RANGE_DAU0,~-PULSE/RANGE_DAU1,~-PULSE/RANGE_DAU2,~-PULSE/RANGE_DAU3
~CS_DAU0,~CS_DAU1,~CS_DAU2,~CS_DAU3,~CS_DAU4,~CS_DAU5,~CS_DAU6,~CS_DAU7
~-PULSE/RANGE_DAU4,~-PULSE/RANGE_DAU5,~-PULSE/RANGE_DAU6,~-PULSE/RANGE_DAU7
~-NORM/STATEM_DAU0,~-NORM/STATEM_DAU1,~-NORM/STATEM_DAU2,~-NORM/STATEM_DAU3
~-NORM/STATEM_DAU4,~-NORM/STATEM_DAU5,~-NORM/STATEM_DAU6,~-NORM/STATEM_DAU7
~-AD/EXT_DAU0,~-AD/EXT_DAU1,~-AD/EXT_DAU2,~-AD/EXT_DAU3
~-AD/EXT_DAU4,~-AD/EXT_DAU5,~-AD/EXT_DAU6,~-AD/EXT_DAU7
50MHZ_F4,~50MHZ_F4,50MHZ_F5,~50MHZ_F5,50MHZ_F6,~50MHZ_F6,50MHZ_F7,~50MHZ_F7
10MHZ_4,~10MHZ_4,10MHZ_5,~10MHZ_5,10MHZ_6,~10MHZ_6,10MHZ_7,~10MHZ_7
10MHZ_0,~10MHZ_0,10MHZ_1,~10MHZ_1,10MHZ_2,~10MHZ_2,10MHZ_3,~10MHZ_3
50MHZ_F0,~50MHZ_F0,50MHZ_F1,~50MHZ_F1,50MHZ_F2,~50MHZ_F2,50MHZ_F3,~50MHZ_F3
50MHZ_R4,~50MHZ_R4,50MHZ_R5,~50MHZ_R5,50MHZ_R6,~50MHZ_R6,50MHZ_R7,~50MHZ_R7
50MHZ_R1
50MHZ_R1
50MHZ_R0
50MHZ_R2
50MHZ_R2
50MHZ_R3
50MHZ_R3
50MHZ_R4
50MHZ_R4
50MHZ_R5
50MHZ_R5
50MHZ_R6
50MHZ_R6
50MHZ_R7
50MHZ_R7
10MHZ_7
10MHZ_7
10MHZ_6
10MHZ_6
10MHZ_5
10MHZ_5
10MHZ_4
10MHZ_4
10MHZ_3
10MHZ_3
10MHZ_2
10MHZ_2
10MHZ_1
10MHZ_1
10MHZ_0
10MHZ_0
50MHZ_F7
50MHZ_F7
50MHZ_F6
50MHZ_F6
50MHZ_F5
50MHZ_F5
50MHZ_F4
50MHZ_F4
50MHZ_F3
50MHZ_F3
50MHZ_F2
50MHZ_F2
50MHZ_F1
50MHZ_F1
50MHZ_F0
50MHZ_F0
-PULSE/RANGE_DAU4
-PULSE/RANGE_DAU6
-PULSE/RANGE_DAU7
-PULSE/RANGE_DAU5
-PULSE/RANGE_DAU0
-PULSE/RANGE_DAU1
-PULSE/RANGE_DAU2
-PULSE/RANGE_DAU3
VDDLV
VDDLV
VDDLV
VDDLV
-NORM/STATEM_DAU4
-NORM/STATEM_DAU5
-NORM/STATEM_DAU6
-NORM/STATEM_DAU7
-NORM/STATEM_DAU3
-NORM/STATEM_DAU2
-NORM/STATEM_DAU1
-NORM/STATEM_DAU0
-AD/EXT_DAU4
-AD/EXT_DAU5
-AD/EXT_DAU6
-AD/EXT_DAU7
81
2 7
54
3 6
47K
RN3D
63
4 5
72
1 8RN4D
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN5D
47K
-AD/EXT_DAU0
-AD/EXT_DAU1
-AD/EXT_DAU2
-AD/EXT_DAU3
EXT_D_DAU0_15
EXT_D_DAU0_14
EXT_D_DAU0_13
EXT_D_DAU0_12
EXT_D_DAU0_11
EXT_D_DAU0_10
EXT_D_DAU0_9
EXT_D_DAU0_8
EXT_D_DAU0_7
EXT_D_DAU0_6
EXT_D_DAU0_5
EXT_D_DAU0_4
EXT_D_DAU0_3
EXT_D_DAU0_2
EXT_D_DAU0_1
EXT_D_DAU0_0
EXT_D_DAU2_15
EXT_D_DAU2_14
EXT_D_DAU2_13
EXT_D_DAU2_12
EXT_D_DAU2_11
EXT_D_DAU2_10
EXT_D_DAU2_9
EXT_D_DAU2_8
EXT_D_DAU2_7
EXT_D_DAU2_6
EXT_D_DAU2_5
EXT_D_DAU2_4
EXT_D_DAU2_3
EXT_D_DAU2_2
EXT_D_DAU2_1
EXT_D_DAU2_0
EXT_D_DAU4_15
EXT_D_DAU4_14
EXT_D_DAU4_13
EXT_D_DAU4_12
EXT_D_DAU4_11
EXT_D_DAU4_10
EXT_D_DAU4_9
EXT_D_DAU4_8
EXT_D_DAU4_7
EXT_D_DAU4_6
EXT_D_DAU4_5
EXT_D_DAU4_4
EXT_D_DAU4_3
EXT_D_DAU4_2
EXT_D_DAU4_1
EXT_D_DAU4_0
EXT_D_DAU6_15
EXT_D_DAU6_14
EXT_D_DAU6_13
EXT_D_DAU6_12
EXT_D_DAU6_11
EXT_D_DAU6_10
EXT_D_DAU6_9
EXT_D_DAU6_8
EXT_D_DAU6_7
EXT_D_DAU6_6
EXT_D_DAU6_5
EXT_D_DAU6_4
EXT_D_DAU6_3
EXT_D_DAU6_2
EXT_D_DAU6_1
EXT_D_DAU6_0
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV81
2 7
54
3 6
47K
RN9D
63
4 5
72
1 8RN10D
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN13D
47K
81
2 7
54
3 6
47K
RN14D
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV81
2 7
54
3 6
47K
RN17D
63
4 5
72
1 8RN18D
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN21D
47K
81
2 7
54
3 6
47K
RN22D
81
2 7
54
3 6
47K
RN12D
63
4 5
72
1 8RN11D
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN16D
47K
81
2 7
54
3 6
47K
RN15DVDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
81
2 7
54
3 6
47K
RN20D
63
4 5
72
1 8RN19D
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN24D
47K
81
2 7
54
3 6
47K
RN23DVDDLV
VDDLV
VDDLV
VDDLV
81
2 7
54
3 6
47K
RN7D
VDDLV
VDDLV
VDDLV
VDDLV
BUSY_DAUS
ERROR_DAUS
STOP_DAUS
START_DAUS
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV81
2 7
54
3 6
47K
RN25D
63
4 5
72
1 8RN26D
47K
CS_DAU3
CS_DAU1
CS_DAU2
CS_DAU4
CS_DAU5
CS_DAU6
CS_DAU7 1-- NEXT
HA0_[5:0]
HA0_[5:0]
HA1_[5:0]
HA1_[5:0]
HA2_[5:0]
HA2_[5:0]
HA3_[5:0]
HA3_[5:0]
HA7_[5:0]
HA7_[5:0]
HA6_[5:0]
HA6_[5:0]
HA5_[5:0]
HA5_[5:0]
HA4_[5:0]
HA4_[5:0]
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 6DAU1D6
R1D6..R6D6X1D6..X15D6
RN1D6,RN2D6
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D6
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
10
RES_NCA0_DAU6
10MHZ_6
10MHZ_6
EMOV6
EMHAOV6
HAOV6
OUT_OF_RANGE6
RANGE_COU_NOT_EMPTY6
PULSE_GE_COMP_VAL6
ADD_OVERFLOW6
RES_NCA0_DAU6,NC,NC,NC
INIT_DONE6
CONFIG_DONE6
STATUS6
CEO6
CNF_CONFIG6
HA6_6
HA6_7
HA6_6
HA6_7
HA6_[5:0]
HA6_[5:0]
EM6_[7:0]
EM6_[7:0]
EMHA6_[7:0]
EMHA6_[7:0]
HA6_[7:0]
HA6_[7:0]
EMOV6
EMHAOV6
HAOV6
255OUT_OF_RANGE_DAU6
OUT_OF_RANGE6
RANGE_COU_NOT_EMPTY6
PULSE_GE_COMP_VAL6
ADD_OVERFLOW6
EXT_D_DAU6_[15:0]
-AD/EXT_DAU6
-NORM/STATEM_DAU6
-PULSE/RANGE_DAU6
SELEXTD8_D6
CS_DAU6
50MHZ_F6
50MHZ_F6
50MHZ_R6
50MHZ_R6
IN_EMA6
IN_EMA6
IN_HAA6
IN_HAA6
IN_EMA6
IN_EMA6
IN_HAA6
IN_HAA6
119PREV NEXT
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
8,7,6,5,4,3,2,1X3D6PF08P
2 1X1D6
GND
1
23
R1D6
0603_2RK
1 2
R6D6
0603_RK0
GND
CNF_DATA
CNF_DCLK
1 2
R5D6
0603_RK0
21
00603_RK
R4D6
ERROR_DAUS
1 2
R3D6
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D6
8,7,6,5,4,3,2,1X5D6PF08P
8,7,6,5,4,3,2,1PF08PX4D6
1X14D6PF01P
1
PF01PX15D6
1X13D6PF01P
1X8D6PF01P
1
PF01PX7D6
1
PF01PX9D6
1X10D6PF01P
1X11D6PF01P
1
PF01PX12D6
12X2D6
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
BUSY_DAUS
RESET_DAUS
START_DAUS
STOP_DAUS
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
VDDLV
1 2
R2D6
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D6VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D6
47K
RES_NCA0_DAU6
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
NAME
PAGE No.
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 7
RN1D7,RN2D7DAU1D7
R1D7..R6D7X1D7..X15D7 1210
PREV NEXT
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D7
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
11
RES_NCA0_DAU7
10MHZ_7
10MHZ_7
EMOV7
EMHAOV7
HAOV7
OUT_OF_RANGE7
RANGE_COU_NOT_EMPTY7
PULSE_GE_COMP_VAL7
ADD_OVERFLOW7
INIT_DONE7
CONFIG_DONE7
STATUS7
CEO7
CNF_CONFIG7
HA7_6
HA7_7
HA7_6
HA7_7
HA7_[5:0]
EM7_[7:0]
EM7_[7:0]
EMHA7_[7:0]
EMHA7_[7:0]
HA7_[7:0]
HA7_[7:0]
EMOV7
EMHAOV7
HAOV7
255OUT_OF_RANGE_DAU7
OUT_OF_RANGE7
RANGE_COU_NOT_EMPTY7
PULSE_GE_COMP_VAL7
ADD_OVERFLOW7
EXT_D_DAU6_[15:0]
-AD/EXT_DAU7
-NORM/STATEM_DAU7
-PULSE/RANGE_DAU7
SELEXTD8_D7
CS_DAU7
50MHZ_F7
50MHZ_F7
50MHZ_R7
50MHZ_R7
IN_EMA7
IN_EMA7
IN_HAA7
IN_HAA7
IN_EMA7
IN_EMA7
IN_HAA7
IN_HAA7
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
8,7,6,5,4,3,2,1X3D7PF08P
2 1X1D7
GND
1
23
R1D7
0603_2RK
1 2
R6D7
0603_RK0
GND
CNF_DATA
CNF_DCLK
1 2
R5D7
0603_RK0
21
00603_RK
R4D7
ERROR_DAUS
1 2
R3D7
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D7
8,7,6,5,4,3,2,1X5D7PF08P
8,7,6,5,4,3,2,1PF08PX4D7
1X14D7PF01P
1
PF01PX15D7
1X13D7PF01P
1X8D7PF01P
1
PF01PX7D7
1
PF01PX9D7
1X10D7PF01P
1X11D7PF01P
1
PF01PX12D7
12X2D7
RES_NCA0_DAU7,NC,NC,NC
HA7_[5:0]
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
BUSY_DAUS
RESET_DAUS
START_DAUS
STOP_DAUS
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
VDDLV
1 2
R2D7
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D7VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D7
47K
RES_NCA0_DAU7
NAME
PAGE No.
1PAGE OF
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
0
1
2
3
0
1
2
33
2
1
0
3
2
1
0
3
2
1
0
3
2
1
0
EMA0
EMA1
EMA2
EMA3
EMA4
EMA5
EMA6
EMA7
EMA0
EMA1
EMA2
EMA3
EMA4
EMA5
EMA6
EMA7
EMA0
EMA1
EMA2
EMA3
EMA4
EMA5
EMA6
EMA7
HAA0
HAA1
HAA2
HAA3
HAA4
HAA5
HAA6
HAA7
HAA0
HAA1
HAA2
HAA3
HAA4
HAA5
HAA6
HAA7
HAA0
HAA1
HAA2
HAA3
HAA4
HAA5
HAA6
HAA7
EMA0
EMA1
EMA2
EMA3
EMA4
EMA5
EMA6
EMA7
HAA0
HAA1
HAA2
HAA3
HAA4
HAA5
HAA6
HAA7
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NCEMB0
EMC0
EMD0
EMA1
EMB1
EMC1
EMD1
EMB3
EMD3
HAB0
HAA0
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NCHAC0
HAD0
HAA1
HAB1
HAC1
HAD1
HAA2
HAB2
HAC2
HAD2
HAA3
HAB3
HAC3
HAD3
MB-A-0MB 1MB-B-0
MB 2MB-B-1
MB 3MB-B-2
MB 4MB-B-3
Phi:Theta:
Phi:Theta:
J2D
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Theta:Phi:
HA
HA
HA
HA
HA
HA
HA
HA
EM
EM
EM
EM
EM
EM
EM
EMPhi:Theta:
Phi:Theta:
J2D
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Theta:Phi:
HA
HA
HA
HA
HA
HA
HA
HA
EM
EM
EM
EM
EM
EM
EM
EMPhi:Theta:
Phi:Theta:
J2D
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Theta:Phi:
HA
HA
HA
HA
HA
HA
HA
HA
EM
EM
EM
EM
EM
EM
EM
EMEM
EM
EM
EM
EM
EM
EM
EM
HA
HA
HA
HA
HA
HA
HA
HA
EM
EM
EM
EM
EM
HA
HA
CASECASECASECASECASE
341
340
337
71
70
67
69
68
65
455
454
451
453
452
449
167
166
163
165
164
161
567
566
563
565
564
561
279
278
275
277
276
273
19
18
17
403
402
401
336666445044816216056256027427216400TTs
EM
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Theta:Phi:
Theta:Phi:
22Phi:Theta:
Theta:Phi:
22Phi:Theta:
Phi:Theta:
Phi:Theta:
J2D
Phi:Theta:
J2D
Theta:Phi:
TTs71
HA78
(71+78) x 8 = 1192
0
1
2
3
0
1
2
3
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
0
128
257
400 16 272 274 560 562 160 162 448 450 64 66 336338 96 98 368 370 656 658
401
402
403
17
18
19
273
276
277
275
278
279
561
564
565
563
566
567
161
164
165
163
166
167
449
452
453
451
454
455
65
68
69
67
70
71
337
340
341342 100 102 372 374 657 659
0
1
128
129
256
257
338
339
342
343
96
97
100
101
98
99
102
103
368
369
372
373
370
371
374
375
129
CASE
1EM+2HAA B C D E F
1EM+1HA 4EM+4HA 3EM+4HA 2EM+4HA 2EM+0HA
Theta:
Theta
Phi:
Phi
00
1
128128
129129
256
256
257 257
400 400
401 401
402 402
403 403
16 16
17 17
256 18 18
19 19
272 272
273 273
276 276
277 277
274 274
275 275
278 278
279 279
560 560
561 561
564 564
565 565
562 562
563 563
566 566
567 567
160 160
161 161
164 164
165 165
656
658
657
659
EMA0
EMB2
EMD2
EMA2
EMC2
EMA3
EMC3
0
2
0
021
0
221
2
0
2
0
2
0
1
2
3
0
2
0
2
0
1
2
3
0
1
2
3
0
1
2
3
0
1
2
3
0
1
2
3
0
1
2
3
0
1
2
3
J1D J1D J1D J1D J1DMB 0
0000
00
01
01
02
02
01
01
02
02
03
03
03
03 03
03
03
03
05
05
05
05 05
05
05
05
04
04
04
04
04
04
04
04
06
06
06
06
06
06
06
06
07
07
07
07
07
07
07
07
09
09
09
09 09
09
09
08
08
08
08
08
08
16 TT 16 TT 16 TT 16 TT7 TT
08
09
08
11.01.05
DAUS
ACS-SYSTEM
05D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 7
V1.1
12
7 05
1311PREV NEXT
NAME
PAGE No.
PAGE OF
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
368EM Theta:Phi:EMA2
190
3
2
3
2
2
2
3
2
3
2
2
2
1
0 0
0
1
0
1
0 0
0
1
0
19
20
20
19
20
19
19
20
20
19
17
18
18
17
18
17
17
18
18
17
2
3
2
3
2
3
2
0
1
0
1
0
1
0
16
15
15
16
15
15
16
16
15
15
16
15
14
14
13
13
14
14
13
13
14
14
13
13
12
12
12
12
0
1
2
3
11
10
3
2
1
0
10
10
10
11
11
11
0
1
2
33
2
1
0
3
2
1
0
12
12
12
11
11
11
10
10
10
0
1
2
3
EMC3
EMA3
EMC2
EMA2
EMD2
EMB2
EMA0
HAD3
HAC3
HAB3
HAA3
HAD2
HAC2
HAB2
HAA2
HAD1
HAC1
HAB1
HAA1
HAD0
HAC0
HAA0
HAB0
EMD3
EMB3
EMD1
EMC1
EMB1
EMA1
EMD0
EMC0
EMB0
EMC3
EMA3
EMC2
EMA2
EMD2
EMB2
EMA0
HAD3
HAC3
HAB3
HAA3
HAD2
HAC2
HAB2
HAA2
HAD1
HAC1
HAB1
HAA1
HAD0
HAC0
HAA0
HAB0
EMD3
EMB3
EMD1
EMC1
EMB1
EMA1
EMD0
EMC0
EMB0
EMA0
EMA1
EMA2
EMA3
EMA4
EMA5
EMA6
EMA7
EMA0
EMA1
EMA2
EMA3
EMA4
EMA5
EMA6
EMA7
HAA0
HAA1
HAA2
HAA3
HAA4
HAA5
HAA6
HAA7
HAA0
HAA1
HAA2
HAA3
HAA4
HAA5
HAA6
HAA7
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NCNC
NC
NC
NC
HA
J1D
J2D
Theta:Phi:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
EM
EM
EM
EM
EM
EM
EM
EM
HA
J1D
J2D
Theta:Phi:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
HA
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
Phi:Theta:
J1D
J2D
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
HA
HA
HA
HA
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
EM
HA
HA
HA
HA
HA
HA
HA
HA
CASECASECASECASECASE
341
340
337
71
70
67
69
68
65
455
454
451
453
452
449
167
166
163
165
164
161
567
566
563
565
564
561
279
278
275
277
276
273
19
18
17
403
402
401
336666445044816216056256027427216400TTs
EM
Phi:Theta:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Theta:Phi:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
Phi:Theta:
J2D
J1D
Theta:Phi:
TTs71
HA78
(71+78) x 8 = 1192
0
1
2
3
0
1
2
3
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
0
128 256
257
400 16 272 274 560 562 160 162 448 450 64 66 336338 96 98 368 370 656 658
401
402
403
17
18
19
273
276
277
275
278
279
561
564
565
563
566
567
161
164
165
163
166
167
449
452
453
451
454
455
65
68
69
67
70
71
337
340
341342 100 102 372 374 657 659
0
1
128
129
256
257
338
339
342
343
96
97
100
101
98
99
102
103
368
369
372
373
370
371
374
375
129
CASE
1EM+2HAA B C D E F
1EM+1HA 4EM+4HA 3EM+4HA 2EM+4HA 2EM+0HA
Theta:
Theta
Phi:
Phi
162 162
163 163
166 166
167 167
448 448
449 449
452 452
453 453
450 450
451 451
454 454
455 455
64 64
65 65
70 70
71 71
336
337
66 66
67 67
68 68
69 69
336
337
338 338
339
340
341
342
343
340
341
342
96
97
98
99
100
101
102
103
96
98
100
102
368
369
370
371
368
370
372
373
374
375
372
374
10
11
12
13
13
14
14
15
16
17
18
19
20
0
1
0
1
0
1
0
1
2
3
2
3
2
3
2
3
MB 5 MB 6 MB 7 MB 8MB-B-4 MB-B-5 MB-A-1 MB-A-2 ( 1 Octant )
x 8 Octants
= 149 TT
= 1192 TT
Number
Hardware-
TT-Map
Number
ACS-Input Phi -
Theta -
Description :
Address
0..3
Address
00..22
16 TT 8 TT 30 TT 24 TT
11.01.05
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OFSHEETDATED:
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PAGE -
INDEX
DRAWN:
TITLE:
CASECASECASECASECASE
341
340
337
71
70
67
69
68
65
455
454
451
453
452
449
167
166
163
165
164
161
567
566
563
565
564
561
279
278
275
277
276
273
19
18
17
403
402
401
336666445044816216056256027427216400TTs
EMTTs71
HA78
(71+78) x 8 = 1192
0
1
2
3
0
1
2
3
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22
0
128
257
400 16 272 274 560 562 160 162 448 450 64 66 336338 96 98 368 370 656 658
401
402
403
17
18
19
273
276
277
275
278
279
561
564
565
563
566
567
161
164
165
163
166
167
449
452
453
451
454
455
65
68
69
67
70
71
337
340
341342 100 102 372 374 657 659
0
1
128
129
256
257
338
339
342
343
96
97
100
101
98
99
102
103
368
369
372
373
370
371
374
375
129
1EM+2HAA B C D E F
1EM+1HA 4EM+4HA 3EM+4HA 2EM+4HA 2EM+0HA
Theta
Phi
256
CASE
MB
3
MB
2
MB
4
MB
5
MB
6
MB
7
MB
8
MB
0
MB
0
MB
1
The other 8 Octants are connectedin the same manner.
11.01.05
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DRAWN:
TITLE:
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
GNDGND
red positive
black negative negative black
positive red
HAA0
HAA0
J1D
redEMA0positive
blacknegativenegativeblack
positivered
red positive
black negative negative black
positive red
redpositive
blacknegativenegativeblack
positivered
GND GND
J2D
HAB0
HAC0
HAD0
EMA0
EMB0
EMC0
EMD0
HAB0
HAC0
HAD0
EMB0
EMC0
EMD0
HAA1
HAA1
HAB1
HAB1
HAC1
HAC1
HAD1
HAD1
EMA1
EMA1
EMB1
EMB1
EMC1
EMC1
EMD1
EMD1
HAA2
HAA2
HAB2
HAB2
HAC2
HAC2
HAD2
HAD2
EMA2
EMA2
EMB2
EMB2
EMC2
EMC2
EMD2
EMD2
HAA3
HAA3
HAB3
HAB3
HAC3
HAC3
HAD3
HAD3
EMA3
EMA3
EMB3
EMB3
EMC3
EMC3
EMD3
EMD3
DAU 3
DAU 1
DAU 2
DAU 0
J2D
J1D
SideVME
View to Daughterboard-Side
1 Motherboard =
Front-Pannel
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
at the Front-Pannelview to the Contacts
of a Mother-Board
MB-A4 x 4HA+4EM
4 Daughterboards
mit jeweils 4HA + 4EM
= 32 Inputs
Type A ( 4 x 4HA+4EM)
MB-A
MB-A
DAU 2
DAU 1
DAU 3
DA
U 0
DA
U 1
DA
U 2
DA
U 3
DAU 0
MB- A
11.01.05
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TITLE:
DAU 7
DAU 6
DAU 5
DAU 4
DAU 3
DAU 2
DAU 1
DAU 0
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
redpositive
blacknegative
GNDGND
GND GND
GND GND
GND GND
GND GND
negativeblack
positivered
red positive
black negative negative black
positive red
redpositive
blacknegativenegativeblack
positivered
red positive
black negative negative black
positive red
GNDGND
GNDGND
GND GND
GND GND
GNDGND
GNDGND
GND GND
GND GND
redpositive
blacknegativenegativeblack
positivered
red positive
black negative negative black
positive red
redpositive
blacknegativenegativeblack
positivered
red positive
black negative
GNDGND
GNDGND
GNDGND
GNDGND
GND GND
EMA0 black
positive EMA0 red
of a Mother-Board
view to the Contactsat the Front-Pannel
J2D
EMA1
EMA1
EMA2
EMA2
EMA3
EMA3
HAA0
HAA0
HAA1
HAA1
HAA2
HAA2
HAA3
HAA3
HAA4
HAA4
HAA5
HAA5
HAA6
HAA7
HAA6
HAA7
EMA4
EMA4
EMA5
EMA5
EMA6
EMA6
EMA7
EMA7
Front-PannelMB-B8 x 1HA+1EM
Type B ( 8 x 1HA+1EM)
1 Motherboard =
= 16 Inputs
8 Daughterboards
negative
mit jeweils 1HA + 1EM
ACS
J1D
DA
U 0
MB-BSide
J1D
J2D
VME
View to Daughterboard-Side
DA
U 1
DA
U 2
DA
U 3
DA
U 4
DA
U 5
DA
U 6
DA
U 7
MB-B
DAU 0
DAU 1
DAU 2
DAU 3
DAU 4
DAU 5
DAU 6
DAU 7
MB- B
11.01.05
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TITLE:
????
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4H
A+
4E
M
MB-A
JUM
PE
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Ke
ys -
LE
Ds
J1D
J2D
ACS
4 x
4H
A+
4E
M
MB-A
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
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LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
JUM
PE
R -
Ke
ys -
LE
Ds
ACSJ2
DJ1
D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
J1D..J2D
4 x
4H
A+
4E
M
8 x
1H
A+
1E
M
MB 8MB 7MB 6MB 5MB 0 MB 1 MB 2 MB 3 MB 4
????
-----
J1D
MB-A
ACS System - 1 Octant = 1 CRATE
z.B. ACS Crate 0
The Slots can be different !11.01.05
DAUS
ACS-SYSTEM
05D W.HABERER
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DRAWN:
TITLE:
AC
S
AC
S
AC
S
AC
S
AC
S
AC
SA
CS
MB-A
J1D
-----
????
MB 4MB 3MB 2MB 1MB 0 MB 5 MB 6 MB 7 MB 8
8 x
1H
A+
1E
M
4 x
4H
A+
4E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
JUM
PE
R -
Ke
ys -
LE
Ds
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
MB-A
4 x
4H
A+
4E
M
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
MB-A
4 x
4H
A+
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M
????
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4 x
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J1D
J2D
ACS
4 x
4H
A+
4E
M
MB-A
JUM
PE
R -
Ke
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Ds
J1D
J2D
ACS
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
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Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
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Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
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LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
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Ds
8 x
1H
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1E
M
MB-BACS
J2D
JUM
PE
R -
Ke
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LE
Ds
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
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LE
Ds
J1D
J2D
ACSMB-B
4 x
4H
A+
4E
M
8 x
1H
A+
1E
M
MB 8MB 7MB 6MB 5MB 0 MB 1 MB 2 MB 3 MB 4
????
-----
J1D
MB-A
MB-A
J1D
-----
????
MB 4MB 3MB 2MB 1MB 0 MB 5 MB 6 MB 7 MB 8
8 x
1H
A+
1E
M
4 x
4H
A+
4E
M
MB-BACS
J2D
J1D
JUM
PE
R -
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LE
Ds
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PE
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Ds
J1D
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ACS
JUM
PE
R -
Ke
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LE
Ds
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
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LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
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M
JUM
PE
R -
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LE
Ds
J1D
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ACSMB-B
8 x
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M
JUM
PE
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LE
Ds
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J2D
ACSMB-B
8 x
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M
JUM
PE
R -
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LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
ACS
J2D
J1D
JUM
PE
R -
Ke
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LE
Ds
MB-A
4 x
4H
A+
4E
M
ACS
J2D
J1D
JUM
PE
R -
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Ds
MB-A
4 x
4H
A+
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M
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M
MB-A
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Ds
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J2D
ACS
4 x
4H
A+
4E
M
MB-A
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PE
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ACS
8 x
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M
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8 x
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M
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J1D
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Ds
8 x
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M
MB-BACS
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8 x
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M
MB-BACS
J2D
JUM
PE
R -
Ke
ys -
LE
Ds
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
4 x
4H
A+
4E
M
8 x
1H
A+
1E
M
MB 8MB 7MB 6MB 5MB 0 MB 1 MB 2 MB 3 MB 4
????
-----
J1D
MB-AMB-A
J1D
-----
????
MB 4MB 3MB 2MB 1MB 0 MB 5 MB 6 MB 7 MB 8
8 x
1H
A+
1E
M
4 x
4H
A+
4E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
JUM
PE
R -
Ke
ys -
LE
Ds
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
MB-A
4 x
4H
A+
4E
M
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
MB-A
4 x
4H
A+
4E
M
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
----------
????
????
----- -----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
4 x
4H
A+
4E
M
MB-A
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
4 x
4H
A+
4E
M
MB-A
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
JUM
PE
R -
Ke
ys -
LE
Ds
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
4 x
4H
A+
4E
M
8 x
1H
A+
1E
M
MB 8MB 7MB 6MB 5MB 0 MB 1 MB 2 MB 3 MB 4
????
-----
J1D
MB-A
MB-A
J1D
-----
????
MB 4MB 3MB 2MB 1MB 0 MB 5 MB 6 MB 7 MB 8
8 x
1H
A+
1E
M
4 x
4H
A+
4E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
JUM
PE
R -
Ke
ys -
LE
Ds
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
8 x
1H
A+
1E
M
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
MB-A
4 x
4H
A+
4E
M
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
MB-A
4 x
4H
A+
4E
M
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
----------
????
????
----- -----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
-----
????
4 x
4H
A+
4E
M
MB-A
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
4 x
4H
A+
4E
M
MB-A
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACS
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
8 x
1H
A+
1E
M
MB-BACS
J2D
JUM
PE
R -
Ke
ys -
LE
Ds
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
JUM
PE
R -
Ke
ys -
LE
Ds
J1D
J2D
ACSMB-B
4 x
4H
A+
4E
M
8 x
1H
A+
1E
M
MB 8MB 7MB 6MB 5MB 0 MB 1 MB 2 MB 3 MB 4
????
-----
J1D
MB-A
J1D..J2D
ACS System - whole System (8 Octants)
Scale 0.3
AC
SC
rate
0C
rate
1C
rate
2C
rate
3
Cra
te 4
Cra
te 5
Cra
te 6
Cra
te 7
11.01.05
DAUS
ACS-SYSTEM
05D W.HABERER
ACS ADC-CALCULATION-STORAGE
7 7
V1.1
18
7 057
-17PREV -
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
I O
I O
I O
I O
I O
I O
OE
DIR
IC20DW
A B
B-A
A-BDIR
OE
DIR
IC20DW
A B
B-A
A-BDIR
1Q
CLK
2Q
3Q
4Q
5Q
6Q
7Q
8Q
1D
4D
5D
7D
8D
3D
2D
6D
OE
I O
I O
I O
I O
I O
I O
I O
I O
1Q
CLK
2Q
3Q
4Q
5Q
6Q
7Q
8Q
1D
4D
5D
7D
8D
3D
2D
6D
OE
I O
OE
DIR
IC20DW
A B
B-A
A-BDIR
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
rising Edge = Übernahme
Pull-Upist auf DAU !
rising Edge = Übernahme
ist auf DAU !Pull-Up
S_PBUS0
S_PBUS1
S_PBUS2
S_PBUS3
S_PBUS4
U1D..U5DR1D..R16DRN30D..RN31DC1D..C10D
RN1D..RN28D
GND
VDDLV
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
2
S_PBUS3
S_PBUS1
S_PBUS4
S_PBUS3
31PREV NEXT
S_PBUS2
S_PBUS1
S_PBUS0
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVC245A
GND;10VDDLV;20
U4D
21
R9D
0603_R0
19
11
18
17
16
15
14
13
12
2
5
6
8
9
4
3
7
1U5D
VDDLV;20GND;10IC20DW74LVC574
1 2
00603_R
R10D
21
R11D
0603_R0
1 2
00603_R
R12D
21
R13D
0603_R0
1 2
00603_R
R14D
21
R15D
0603_R0
1 2
00603_R
R16D
RES_NCA0_DAU5
RES_NCA0_DAU4
RES_NCA0_DAU7
RES_NCA0_DAU3
RES_NCA0_DAU0
255OUT_OF_RANGE_DAU7
255OUT_OF_RANGE_DAU0
255OUT_OF_RANGE_DAU1
255OUT_OF_RANGE_DAU2
255OUT_OF_RANGE_DAU3
255OUT_OF_RANGE_DAU6
255OUT_OF_RANGE_DAU5
255OUT_OF_RANGE_DAU4
PER_BUS5
PER_BUS7
PER_BUS3
PER_BUS4
PER_BUS1
PER_BUS2
PER_BUS5
PER_BUS6
PER_BUS0
RES_NCA0_DAU1
RES_NCA0_DAU2
RES_NCA0_DAU6
21
470
0603_R
R2D
1
7
3
4
9
8
6
5
2
12
13
14
15
16
17
18
11
19
74LVC574IC20DWGND;10VDDLV;20
U3D
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U1D
VDDLV;20GND;10
74LVC245A
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVC245A
GND;10VDDLV;20
U2D
21
0
0603_RK
R1D
1 2
R3D
0603_RK
0
1 2
R4D
0603_R
470
21
0
0603_RK
R5D
PER_BUS[7:0]
VDDLV
GND
PER_BUS0
PER_BUS6
PER_BUS5
PER_BUS2
PER_BUS1
PER_BUS4
PER_BUS3
PER_BUS7
CONFIG_DONE1
CONFIG_DONE0
INIT_DONE0
CONFIG_DONE7
CONFIG_DONE2
CONFIG_DONE3
CONFIG_DONE4
CONFIG_DONE5
CONFIG_DONE6 PER_BUS6
PER_BUS6
INIT_DONE1
INIT_DONE2
INIT_DONE3
INIT_DONE4
INIT_DONE5
INIT_DONE6
INIT_DONE7
VDDLV
CNF_CONFIG0
CNF_CONFIG6
CNF_CONFIG5
CNF_CONFIG4
CNF_CONFIG3
CNF_CONFIG2
CNF_CONFIG1
CNF_CONFIG7
PER_BUS7
PER_BUS0
PER_BUS1
PER_BUS2
PER_BUS3
PER_BUS4
PER_BUS5
PER_BUS5
PER_BUS4
PER_BUS3
PER_BUS2
PER_BUS1
PER_BUS0
PER_BUS7
PER_BUS4
PER_BUS3
PER_BUS2
PER_BUS1
PER_BUS0
PER_BUS7
PER_BUS6
GND
1 2
R8D
0603_RK
0
VDDLV
1 2
R6D
0603_RK
0
1 2
R7D
0603_R
470
S_PBUS0
81
2 7
54
3 6
47K
RN31D
63
4 5
72
1 8RN30D
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
255OUT_OF_RANGE_DAU0
255OUT_OF_RANGE_DAU1
255OUT_OF_RANGE_DAU2
255OUT_OF_RANGE_DAU3
255OUT_OF_RANGE_DAU7
255OUT_OF_RANGE_DAU6
255OUT_OF_RANGE_DAU5
255OUT_OF_RANGE_DAU4
S_PBUS2
S_PBUS4
2
11UF1206_C
C2D 1
2
C3D
1206_C1UF
2
1100N
0805_C
C10D
2
1
C6D
0805_C100N
1
2
100N0805_C
C7D
2
1
C8D
0805_C100N
2
1
C4D
0805_C100N
1
2
100N0805_C
C5D
1
2
C9D
0805_C100N
1
2
C1D
1206_C1UF
GND
VDDLV
PF34/2
NAME
PAGE No.
PF34/2
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
negative black
positive red
redpositive
blacknegative
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
red positive
black negative
negativeblack
positivered
GNDGND
red positive
black negative negative black
positive red
1 Motherboard =
Front-Pannel
ACS
J2D
J1D
JUM
PE
R -
Ke
ys -
LE
Ds
HAA0
HAA0
J1D
at the Front-Pannelview to the Contacts
of a Mother-Board
redEMA0positive
blacknegativenegativeblack
positivered
red positive
black negative negative black
positive red
redpositive
blacknegativenegativeblack
positivered
GND
JUM
PE
R -
Ke
ys -
LE
Ds
redpositive
blacknegative
GNDGND
GND GND
GND GND
GND GND
GND GND
negativeblack
positivered
red positive
black negative negative black
positive red
redpositive
blacknegativenegativeblack
positivered
red positive
black negative negative black
positive red
GNDGND
GNDGND
GND GND
GND GND
GNDGND
GNDGND
GND GND
GND GND
redpositive
blacknegativenegativeblack
positivered
red positive
black negative negative black
positive red
redpositive
blacknegativenegativeblack
positivered
red positive
black negative
GNDGND
GNDGND
GNDGND
GNDGND
U1D..U5DR1D..R16DRN30D..RN31DC1D..C10D
RN1D..RN28D
GND GND
negative EMA0 black
positive EMA0 red
of a Mother-Board
view to the Contactsat the Front-Pannel
J1D
J1D
J2D
J2D
ACSMB-B
EMA1
EMA1
EMA2
EMA2
EMA3
EMA3
HAA0
HAA0
HAA1
HAA1
HAA2
HAA2
HAA3
HAA3
HAA4
HAA4
HAA5
HAA5
HAA6
HAA7
HAA6
HAA7
EMA4
EMA4
EMA5
EMA5
EMA6
EMA6
EMA7
EMA7Front-PannelMB-B8 x 1HA+1EM
J1D..J2D
MB-A4 x 4HA+4EM
Type B ( 8 x 1HA+1EM)
1 Motherboard =
= 16 Inputs
mit jeweils 1HA + 1EM
8 Daughterboards4 Daughterboards
mit jeweils 4HA + 4EM
= 32 Inputs
GND
J2D
Type A ( 4 x 4HA+4EM)
MB-A
MB-A MB-B
CONNECTORs for Analog INPUTs
HAB0
HAC0
HAD0
EMA0
EMB0
EMC0
EMD0
HAB0
HAC0
HAD0
EMB0
EMC0
EMD0
HAA1
HAA1
HAB1
HAB1
HAC1
HAC1
HAD1
HAD1
EMA1
EMA1
EMB1
EMB1
EMC1
EMC1
EMD1
EMD1
HAA2
HAA2
HAB2
HAB2
HAC2
HAC2
HAD2
HAD2
EMA2
EMA2
EMB2
EMB2
EMC2
EMC2
EMD2
EMD2
HAA3
HAA3
HAB3
HAB3
HAC3
HAC3
HAD3
HAD3
EMA3
EMA3
EMB3
EMB3
EMC3
EMC3
EMD3
EMD3
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
3
32
30 29
28
24
26
22
27
25
23
21
20 19
18
14
16
12
17
15
1
3
5
7
2
6
4
8
910
34
13
33
31
11
J1D
GND
GNDGND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND GND
GND
GNDGND
42PREV NEXT
IN_EMA4
IN_EMA4
IN_HAA4
IN_HAA4
IN_EMA5
IN_EMA5
IN_HAA5
IN_HAA5
IN_EMA6
IN_EMA6
IN_HAA6
IN_HAA6
IN_EMA7
IN_EMA7
IN_HAA7
IN_HAA7
IN_HAA3
IN_HAA3
IN_EMA3
IN_EMA3
IN_HAA2
IN_HAA2
IN_EMA2
IN_HAA1
IN_HAA1
IN_EMA1
IN_EMA1
IN_EMA0
IN_EMA0
IN_HAA0
IN_HAA0
IN_EMA2
11
31
33
13
34
10 9
8
4
6
2
7
5
3
1
15
17
12
16
14
18
1920
21
23
25
27
22
26
24
28
2930
32
J2DGND GND
GND
GNDGND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND GND
GND
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
U1D..U5DR1D..R16DRN30D..RN31DC1D..C10D
RN1D..RN28D
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 0
J1D..J2D
DAU1D0
X1D0..X15D0R1D0..R6D0RN1D0,RN2D0
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
4
RES_NCA0_DAU0
10MHZ_0
10MHZ_0
CS_DAU0
53PREV NEXT
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
CEO0
SELEXTD8_D0
8,7,6,5,4,3,2,1X3D0PF08P
IN_EMA0
IN_EMA0
IN_HAA0
IN_HAA0
2 1X1D0
HA0_6
GND
1
23
R1D0
0603_2RK
STATUS0
EMOV0
EMHAOV0
HAOV0
1 2
R6D0
0603_RK0
GND
CNF_DATA
CNF_DCLK
CNF_CONFIG0
1 2
R5D0
0603_RK0
21
00603_RK
R4D0
OUT_OF_RANGE0
RANGE_COU_NOT_EMPTY0
PULSE_GE_COMP_VAL0
ADD_OVERFLOW0
EXT_D_DAU0_[15:0]
ERROR_DAUS
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D0
1 2
R3D0
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D0
8,7,6,5,4,3,2,1X5D0PF08P
8,7,6,5,4,3,2,1PF08PX4D0
1X14D0PF01P
1
PF01PX15D0
1X13D0PF01P
1X8D0PF01P
1
PF01PX7D0
1
PF01PX9D0
1X10D0PF01P
1X11D0PF01P
1
PF01PX12D0
12X2D0
RES_NCA0_DAU0,NC,NC,NC
HA0_[5:0]
HA0_[5:0]
HA0_[7:0]
HA0_[7:0]
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
INIT_DONE0
CONFIG_DONE0
255OUT_OF_RANGE_DAU0
WE_DAUS
BUSY_DAUS
RESET_DAUS
START_DAUS
STOP_DAUS
-PULSE/RANGE_DAU0
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
EM0_[7:0]
EM0_[7:0]
EMHA0_[7:0]
EMHA0_[7:0]
50MHZ_F0
50MHZ_F0
50MHZ_R0
50MHZ_R0
-NORM/STATEM_DAU0
-AD/EXT_DAU0
HA0_6
HA0_7HA0_7
VDDLV
1 2
R2D0
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D0VDDLV
VDDLV
VDDLV
VDDLV
PULSE_GE_COMP_VAL0
ADD_OVERFLOW0
OUT_OF_RANGE0
RANGE_COU_NOT_EMPTY0
EMOV0
EMHAOV0
HAOV0
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D0
47K
IN_HAA0
IN_HAA0
IN_EMA0
IN_EMA0
RES_NCA0_DAU0
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
011 1PAGE OF
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 1DAU1D1
R1D1..R6D1X1D1..X15D1
RN1D1,RN2D1
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D1
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
5
RES_NCA0_DAU1
10MHZ_1
10MHZ_1
EMOV1
EMHAOV1
HAOV1
OUT_OF_RANGE1
RANGE_COU_NOT_EMPTY1
PULSE_GE_COMP_VAL1
ADD_OVERFLOW1
INIT_DONE1
CONFIG_DONE1
STATUS1
CEO1
RES_NCA0_DAU1,NC,NC,NC
CNF_CONFIG1
HA1_6
HA1_7
HA1_6
HA1_7
HA1_[5:0]
HA1_[5:0]
EM1_[7:0]
EM1_[7:0]
EMHA1_[7:0]
EMHA1_[7:0]
HA1_[7:0]
HA1_[7:0]
EMOV1
EMHAOV1
HAOV1
255OUT_OF_RANGE_DAU1
OUT_OF_RANGE1
RANGE_COU_NOT_EMPTY1
PULSE_GE_COMP_VAL1
ADD_OVERFLOW1
EXT_D_DAU0_[15:0]
-AD/EXT_DAU1
-NORM/STATEM_DAU1
-PULSE/RANGE_DAU1
ERROR_DAUS
SELEXTD8_D1
RESET_DAUS
CS_DAU1
50MHZ_F1
50MHZ_F1
50MHZ_R1
50MHZ_R1
IN_EMA1
IN_EMA1
IN_HAA1
IN_HAA1
IN_EMA1
IN_EMA1
IN_HAA1
IN_HAA1
64PREV NEXT
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
8,7,6,5,4,3,2,1X3D1PF08P
2 1X1D1
GND
1
23
R1D1
0603_2RK
1 2
R6D1
0603_RK0
GND
CNF_DATA
CNF_DCLK
1 2
R5D1
0603_RK0
21
00603_RK
R4D1
1 2
R3D1
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D1
8,7,6,5,4,3,2,1X5D1PF08P
8,7,6,5,4,3,2,1PF08PX4D1
1X14D1PF01P
1
PF01PX15D1
1X13D1PF01P
1X8D1PF01P
1
PF01PX7D1
1
PF01PX9D1
1X10D1PF01P
1X11D1PF01P
1
PF01PX12D1
12X2D1
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
BUSY_DAUS
START_DAUS
STOP_DAUS
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
VDDLV
1 2
R2D1
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D1VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D1
47K
RES_NCA0_DAU1
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 2DAU1D2
R1D2..R6D2X1D2..X15D2
RN1D2,RN2D2
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D2
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
6
RES_NCA0_DAU2
10MHZ_2
10MHZ_2
EMOV2
EMHAOV2
HAOV2
OUT_OF_RANGE2
RANGE_COU_NOT_EMPTY2
PULSE_GE_COMP_VAL2
ADD_OVERFLOW2
INIT_DONE2
CONFIG_DONE2
STATUS2
CEO2
RES_NCA0_DAU2,NC,NC,NC
CNF_CONFIG2
HA2_6
HA2_7
HA2_6
HA2_7
HA2_[5:0]
HA2_[5:0]
EM2_[7:0]
EM2_[7:0]
EMHA2_[7:0]
EMHA2_[7:0]
HA2_[7:0]
HA2_[7:0]
EMOV2
EMHAOV2
HAOV2
255OUT_OF_RANGE_DAU2
OUT_OF_RANGE2
RANGE_COU_NOT_EMPTY2
PULSE_GE_COMP_VAL2
ADD_OVERFLOW2
EXT_D_DAU2_[15:0]
-AD/EXT_DAU2
-NORM/STATEM_DAU2
-PULSE/RANGE_DAU2
SELEXTD8_D2
CS_DAU2
START_DAUS
50MHZ_F2
50MHZ_F2
50MHZ_R2
50MHZ_R2
IN_EMA2
IN_EMA2
IN_HAA2
IN_HAA2
IN_EMA2
IN_EMA2
IN_HAA2
IN_HAA2
75PREV NEXT
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
8,7,6,5,4,3,2,1X3D2PF08P
2 1X1D2
GND
1
23
R1D2
0603_2RK
1 2
R6D2
0603_RK0
GND
CNF_DATA
CNF_DCLK
1 2
R5D2
0603_RK0
21
00603_RK
R4D2
ERROR_DAUS
1 2
R3D2
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D2
8,7,6,5,4,3,2,1X5D2PF08P
8,7,6,5,4,3,2,1PF08PX4D2
1X14D2PF01P
1
PF01PX15D2
1X13D2PF01P
1X8D2PF01P
1
PF01PX7D2
1
PF01PX9D2
1X10D2PF01P
1X11D2PF01P
1
PF01PX12D2
12X2D2
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
BUSY_DAUS
RESET_DAUS
STOP_DAUS
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
VDDLV
1 2
R2D2
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D2VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D2
47K
RES_NCA0_DAU2
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 3
RN1D3,RN2D3DAU1D3
R1D3..R6D3X1D3..X15D3
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D3
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
7
RES_NCA0_DAU3
10MHZ_3
10MHZ_3
EMOV3
EMHAOV3
HAOV3
OUT_OF_RANGE3
RANGE_COU_NOT_EMPTY3
PULSE_GE_COMP_VAL3
ADD_OVERFLOW3
INIT_DONE3
STATUS3
CONFIG_DONE3
CEO3
RES_NCA0_DAU3,NC,NC,NC
CNF_CONFIG3
HA3_6
HA3_7
HA3_6
HA3_7
HA3_[5:0]
HA3_[5:0]
EM3_[7:0]
EM3_[7:0]
EMHA3_[7:0]
EMHA3_[7:0]
HA3_[7:0]
HA3_[7:0]
EMOV3
EMHAOV3
HAOV3
255OUT_OF_RANGE_DAU3
OUT_OF_RANGE3
RANGE_COU_NOT_EMPTY3
PULSE_GE_COMP_VAL3
ADD_OVERFLOW3
EXT_D_DAU2_[15:0]
-AD/EXT_DAU3
-NORM/STATEM_DAU3
-PULSE/RANGE_DAU3
SELEXTD8_D3
CS_DAU3
50MHZ_F3
50MHZ_F3
50MHZ_R3
50MHZ_R3
IN_EMA3
IN_EMA3
IN_HAA3
IN_HAA3
IN_EMA3
IN_EMA3
IN_HAA3
IN_HAA3
86PREV NEXT
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
8,7,6,5,4,3,2,1X3D3PF08P
2 1X1D3
GND
1
23
R1D3
0603_2RK
1 2
R6D3
0603_RK0
GND
CNF_DATA
CNF_DCLK
1 2
R5D3
0603_RK0
21
00603_RK
R4D3
ERROR_DAUS
1 2
R3D3
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D3
8,7,6,5,4,3,2,1X5D3PF08P
8,7,6,5,4,3,2,1PF08PX4D3
1X14D3PF01P
1
PF01PX15D3
1X13D3PF01P
1X8D3PF01P
1
PF01PX7D3
1
PF01PX9D3
1X10D3PF01P
1X11D3PF01P
1
PF01PX12D3
12X2D3
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
BUSY_DAUS
RESET_DAUS
START_DAUS
STOP_DAUS
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
VDDLV
1 2
R2D3
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D3VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D3
47K
RES_NCA0_DAU3
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 4
RN1D4,RN2D4DAU1D4
R1D4..R6D4X1D4..X15D4
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D4
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
8
RES_NCA0_DAU4
10MHZ_4
10MHZ_4
EMOV4
EMHAOV4
HAOV4
OUT_OF_RANGE4
RANGE_COU_NOT_EMPTY4
PULSE_GE_COMP_VAL4
ADD_OVERFLOW4
RES_NCA0_DAU4,NC,NC,NC
INIT_DONE4
CONFIG_DONE4
STATUS4
CEO4
CNF_CONFIG4
HA4_6
HA4_7
HA4_6
HA4_7
HA4_[5:0]
HA4_[5:0]
EM4_[7:0]
EM4_[7:0]
EMHA4_[7:0]
EMHA4_[7:0]
HA4_[7:0]
HA4_[7:0]
EMOV4
EMHAOV4
HAOV4
255OUT_OF_RANGE_DAU4
OUT_OF_RANGE4
RANGE_COU_NOT_EMPTY4
PULSE_GE_COMP_VAL4
ADD_OVERFLOW4
-AD/EXT_DAU4
-NORM/STATEM_DAU4
-PULSE/RANGE_DAU4
SELEXTD8_D4
CS_DAU4
50MHZ_F4
50MHZ_F4
50MHZ_R4
50MHZ_R4
IN_EMA4
IN_EMA4
IN_HAA4
IN_HAA4
IN_EMA4
IN_EMA4
IN_HAA4
IN_HAA4
97PREV NEXT
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
8,7,6,5,4,3,2,1X3D4PF08P
2 1X1D4
GND
1
23
R1D4
0603_2RK
1 2
R6D4
0603_RK0
GND
CNF_DATA
CNF_DCLK
1 2
R5D4
0603_RK0
21
00603_RK
R4D4
EXT_D_DAU4_[15:0]
ERROR_DAUS
1 2
R3D4
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D4
8,7,6,5,4,3,2,1X5D4PF08P
8,7,6,5,4,3,2,1PF08PX4D4
1X14D4PF01P
1
PF01PX15D4
1X13D4PF01P
1X8D4PF01P
1
PF01PX7D4
1
PF01PX9D4
1X10D4PF01P
1X11D4PF01P
1
PF01PX12D4
12X2D4
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
BUSY_DAUS
RESET_DAUS
START_DAUS
STOP_DAUS
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
VDDLV
1 2
R2D4
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D4VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D4
47K
RES_NCA0_DAU4
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
PF02P
I O
I O
I O
I O
I
O1O2
10MV2
V1
V2=0 OhmV1=
PF02P
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
PKG_TYPE=ACS11_DAU
EXT_D[15:0]
SELDAT0
SELEXTD8_D
START
CS
WE
RESET
STOP
EXT_A[7:0]
SELADR[1:0]
IN_HAA
IN_HAA
IN_EMA
IN_EMA
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
10MHZ
10MHZ
DATA0
DCLK
CONFIG
CE CEO
STATUS
CONFIG_DONE
INIT_DONE
EMOV
EMHAOV
HAOV
255OUT_OF_RANGE
OUT_OF_RANGE
RANGE_COU_NOT_EMPTY
PULSE_GE_COMP_VAL
ADD_OVERFLOW
-AD/EXT
-NORM/STATEM
-PULSE/RANGE
BUSY
ERROR
HA[7:0]
HA[7:0]
EMHA[7:0]
EMHA[7:0]
EM[7:0]
EM[7:0]
NCC0,NCC1,NCC2
NCD0,NCD1,NCD2,NCD3,NCD4
VDDIO[8:14]
VDDIO[1:7]
VDDINT[8:14]
VDDINT[1:7]
NCE[1:9]
NCD5,NCD6,NCD9,NCD10
NCA0,NCA2,NCA3,NCA5
NCB0,NCB2,NCB4,NCB5
NCB6,NCB7,NCB8,NCB9
NC[1:5]
ADC_UBETR_5V[1:8]
GND[1:11]
GND[12:22]
GND[23:33]
GND[34:44]DEVICE=H1_JET_ACS11_DAU
Connect
No Connect PCB
ASIC
ASIC
Config
Input
Overflows
Datas
Address
Clock Output to BFU
No
Power and GND
if sel_ext8_d = 1 then use only the lower 8 Bit bus
DAU 5DAU1D5
R1D5..R6D5X1D5..X15D5
RN1D5,RN2D5
59,60,61,62,63,64,65,66,81,82,83,84,85,86,87,88
191
211
217
195
219
196
194
190,189,188,187,186,185,184,183
193,192
6
7
12
13
124
123
148
147
126
125
179
178
41
177 199
71
200
201
68
101
127
75
76
55
54
56
74
52
53
77
78
128,129,130,131,132,133,134,135
150,151,152,153,154,155,156,157
161,163,165,167,169,171,173,175
162,164,166,168,170,172,174,176
121,120,119,118,117,116,115,114
143,142,141,140,139,138,137,136
89,102,45
204,181,182,205,209
105,109,208,212,216,220,224
26,30,34,38,42,96,100
99,104,108,158,207,215,223
27,31,35,39,43,67,95
1,47,91,93,111,112,144,160,180
213,197,198,221
48,70,49,50
72,51,73,29
79,57,80,58
2,17,18,90,227
4,10,15,19,21,24,226,229
3,5,8,9,11,14,16,20,22,23,25
28,32,33,36,37,40,44,46,69,92,94
97,98,103,106,107,110,113,122,145,146,149
159,202,203,206,210,214,218,222,225,228,230
DAU1D5
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
18.04.01
DAUS
MOTHER-BOARD
01D W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
9
RES_NCA0_DAU5
10MHZ_5
10MHZ_5
EMOV5
EMHAOV5
HAOV5
OUT_OF_RANGE5
RANGE_COU_NOT_EMPTY5
PULSE_GE_COMP_VAL5
ADD_OVERFLOW5
RES_NCA0_DAU5,NC,NC,NC
INIT_DONE5
STATUS5
CONFIG_DONE5
CEO5
CNF_CONFIG5
HA5_6
HA5_7
HA5_6
HA5_7
HA5_[5:0]
HA5_[5:0]
EM5_[7:0]
EM5_[7:0]
EMHA5_[7:0]
EMHA5_[7:0]
HA5_[7:0]
HA5_[7:0]
EMOV5
EMHAOV5
HAOV5
255OUT_OF_RANGE_DAU5
OUT_OF_RANGE5
RANGE_COU_NOT_EMPTY5
PULSE_GE_COMP_VAL5
ADD_OVERFLOW5
EXT_D_DAU4_[15:0]
-AD/EXT_DAU5
-NORM/STATEM_DAU5
-PULSE/RANGE_DAU5
SELEXTD8_D5
CS_DAU5
50MHZ_F5
50MHZ_F5
50MHZ_R5
50MHZ_R5
IN_EMA5
IN_EMA5
IN_HAA5
IN_HAA5
IN_EMA5
IN_EMA5
IN_HAA5
IN_HAA5
108PREV NEXT
VDDIO
VDDINT
ADC5V
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
8,7,6,5,4,3,2,1X3D5PF08P
2 1X1D5
GND
1
23
R1D5
0603_2RK
1 2
R6D5
0603_RK0
GND
CNF_DATA
CNF_DCLK
1 2
R5D5
0603_RK0
21
00603_RK
R4D5
ERROR_DAUS
1 2
R3D5
0603_RK0
8,7,6,5,4,3,2,1PF08PX6D5
8,7,6,5,4,3,2,1X5D5PF08P
8,7,6,5,4,3,2,1PF08PX4D5
1X14D5PF01P
1
PF01PX15D5
1X13D5PF01P
1X8D5PF01P
1
PF01PX7D5
1
PF01PX9D5
1X10D5PF01P
1X11D5PF01P
1
PF01PX12D5
12X2D5
NC,NC,NC,NC,NC,NC,NC,NC,NC
EXT_A_DAUS_[7:0]
SELADR_DAUS_[1:0]
WE_DAUS
BUSY_DAUS
RESET_DAUS
START_DAUS
STOP_DAUS
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
GND,GND,GND,GND,GND,GND,GND,GND,GND,GND,GND
NC,NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
NC,NC,NC,NC
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT,VDDINT
VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO,VDDIO
NC,NC,NC,NC,NC
NC,NC,NC
VDDLV
1 2
R2D5
0603_RK
0GND
81
2 7
54
3 6
47K
RN1D5VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN2D5
47K
RES_NCA0_DAU5
I O
I O
I
O
PF03P
I O
I O
I OI
O
I O
-
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
SDA
SCL
WP GND
VCC
24LC16BIC8DNC;1,2,3
8 x 256 Bytes
16K 2.5V-5V
I2C serial
EEPROM
011 1PAGE OF
from PBUS
EEPROM
I2C
WP = VDD -> ROMfrom PBUS
R1C..R8CC1C..C3CX1C,X2CU1C
WP
5
6
7 4
8U1C
I2C_SCL
I2C_SDA
--- -
18.04.01
I2C
MOTHER-BOARD
01C W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
VDDLV
VDDLV
EE_WP
SCL_MX
SDA_MX
1
2
C2C
0805_C100N
21
R3C
0805_R330
2
1 R5C
0805_R
2.2K
1 2
R7C
0603_RK0
21
00603_RK
R8C1 2
4700603_R
R1C
1
2
3
X1C
1
2
2.2K
0805_R
R6C
21
PF02PX2C
2
1
100N0805_C
C1C
1 2
3300805_R
R2C
1 2
3300805_R
R4C GND
VDDLV
GND
VDDLV
VDDLV
I2C_SDA
I2C_SCL
SDA_MX
SCL_MX
EE_WP
1
2
C3C
1206_C1UF
GND
GND
I O
I O
I O
I O
1Q
CLK
2Q
3Q
4Q
5Q
6Q
7Q
8Q
1D
4D
5D
7D
8D
3D
2D
6D
OE
I
O
I
O
I
O
I
O
I
O
I
O
I
O
I
O
I O
QI
QI
QI
QI
QI
PF07P
PF17P
NAME
PAGE No.
I O
QI
I O
I
O
-
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
OE
DIR
IC20DW
A B
B-A
A-BDIR
1Q
CLK
2Q
3Q
4Q
5Q
6Q
7Q
8Q
1D
4D
5D
7D
8D
3D
2D
6D
OE
011 1PAGE OF
rising Edge = Übernahme
rising Edge = Übernahme
Tasten Codiert von 0 bis 7 (= alle gedrückt)3 Jumper
16 LEDs
X1I..X5IU1I..U4I
C1I..C12IR1I..R16I
19
11
18
17
16
15
14
13
12
2
5
6
8
9
4
3
7
1U2I
VDDLV;20GND;10IC20DW74LVC574
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U1I
VDDLV;20GND;10
74LVC245A
18.04.01
IN_OUT
MOTHER-BOARD
01I W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
2
1 R1I
0805_R
10M
1
X3I
PF01P
1 2
R15I
0603_RK0
89U4I
VDDLV;14GND;7IC14D74LVC14
21
00603_RK
R16I
VDDLV WRITE_LED1
WRITE_LED0
VDDLV
PER_BUS[7:0]
--- -
LED16
LED15
LED14
LED13
LED12
LED11
LED10
LED9
LED8
LED7
LED6
LED5
LED4
LED3
LED2
LED1
16
15
14
13
12
11
2
3
4
5
6
7
8
9
10
1
17
X2I
5
6
4
3
1
7
2
X1I
TAS1
TAS2
TAS3
J2
J1
J3
J3J2J1
TAS3
TAS2
TAS1
READ245_IO
1213U4I
VDDLV;14GND;7IC14D74LVC14
11 10
74LVC14IC14DGND;7VDDLV;14
U4I
5 6
74LVC14IC14DGND;7VDDLV;14
U4I
43U4I
VDDLV;14GND;7IC14D74LVC14
1 2
74LVC14IC14DGND;7VDDLV;14
U4I
GND
21
00603_RK
R14I
IN_AUX1
IN_AUX0
PE
R_B
US
[7:0
]
PER_BUS7
PER_BUS6
PER_BUS5
PER_BUS4
PER_BUS3
PER_BUS2
PER_BUS1
PER_BUS0
TA1
TA1
TA1
VDDLV
1
2
47K
0603_R
R2I
VDDLVVDDLV
2
1 1UF1206_C
C1I
2
1 R7I
0603_R
47K1
2
47K
0603_R
R8I
VDDLV
2
1 R9I
0603_R
47K
VDDLV
1
2
C2I
1206_C1UF
1
2
10M
0805_R
R3I
VDDLV VDDLV
2
1 R4I
0603_R
47K
2
1 1UF1206_C
C3I
2
1 R5I
0805_R
10M
VDDLV VDDLV
1
2
47K
0603_R
R6I
TA1
TA1
TA1
J1
J2
J3
PER_BUS7
PER_BUS3
PER_BUS4
PER_BUS1
PER_BUS2
PER_BUS5
PER_BUS6
PER_BUS0
PER_BUS0
PER_BUS6
PER_BUS5
PER_BUS2
PER_BUS1
PER_BUS4
PER_BUS3
PER_BUS7
1
7
3
4
9
8
6
5
2
12
13
14
15
16
17
18
11
19
74LVC574IC20DWGND;10VDDLV;20
U3I
GND
GND
21
470
0603_R
R11I
21
0
0603_RK
R10I
21
0
0603_RK
R12IGND
GND
1 2
R13I
0603_RK
0
GND
2
1 1UF1206_C
C11I1
2
C12I
1206_C1UF
2
1100N0805_C
C10I
2
1
C6I
0805_C100N 1
2
100N0805_C
C7I
2
1
C8I
0805_C100N
2
1
C4I
0805_C100N 1
2
100N0805_C
C5I
1
2
C9I
0805_C100N
GND
VDDLV
GND
VDDLV
1
PF01P
X4I
1
X5I
PF01P
I O
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
I O
I O
I O
IC16D
7
6
4
3
2
1
0
2
4
5
EN&
BIN/OCT
1
IC16D
7
6
4
3
2
1
0
2
4
5
EN&
BIN/OCT
1
I O
-
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
OE
DIR
IC20DW
A B
B-A
A-BDIR
011 1PAGE OF
umschalten des Ausgangs kurzzeitigungewollt andere SEL Outputs aktiv werden können!
zu großen Problemen führen.Bei einem Flankengesteuerten Register kann das
Zuerst muss das Input-Datum geändert werdenund erst dann darf der Baustein Enabled werden !
SEL_PERBUS ist wichtig, weil beim
Read Decoder (low = read from 245)
Write Decoder (rising Edge = Übernahme von 574)
zuerst Sel und dann Enable. Schaltet den Output nach LOW. Dann sell weg -> Uebernahme
R1B..R5BRN1B..RN5BC1B..C6B
U1B..U3B
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U1B
VDDLV;20GND;10
74LVC245A
--- -
18.04.01
PERBUS
MOTHER-BOARD
01B W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0
NC
VDDLV
GND
VDDLV
VDDLV
1 2
R4B
0603_R
470
VDDLV
VDDLV
GND
12
4
5
10
9
7
6
11
13
14
15
3
2
1U3B
74LVC138
VDDLV;16GND;8
1
2
3
15
14
13
11
6
7
9
10
5
4
12
U2B
74LVC138
VDDLV;16GND;8
EN_PERBUS0
EN_PERBUS1
DIR_PERBUS
S_PBUS0
S_PBUS1
S_PBUS2
S_PBUS3
S_PBUS4
S_PBUS5
S_PBUS6
S_PBUS7
S_PBUS8
S_PBUS9
S_PBUS10
S_PBUS11
S_PBUS12
S_PBUS13
S_PBUS14
S_PBUS15
DIR_PERBUS
EN_PERBUS1
EN_PERBUS0
PER_BUS_MX0
PER_BUS_MX1
PER_BUS_MX2
PER_BUS_MX3
PER_BUS_MX4
PER_BUS_MX5
PER_BUS_MX6
PER_BUS_MX7
PE
R_B
US
_MX
[7:0
]
21
00603_RK
R1B
SEL_PERBUS3
SEL_PERBUS2
SEL_PERBUS1
SEL_PERBUS2
SEL_PERBUS1
SEL_PERBUS3
GND
21
0
0603_RK
R3B
1 2
R5B
0603_RK
0GND
S_PBUS0
S_PBUS1
S_PBUS2
S_PBUS3
S_PBUS4
S_PBUS5
S_PBUS6
S_PBUS7
81
2 7
54
3 6
47K
RN2B
63
4 5
72
1 8RN1B
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
PER_BUS_MX1
PER_BUS_MX2
PER_BUS_MX3
PER_BUS_MX0
PER_BUS_MX4
PER_BUS_MX5
PER_BUS_MX6
PER_BUS_MX7 PER_BUS7
PER_BUS0
PER_BUS1
PER_BUS2
PER_BUS3
PER_BUS4
PER_BUS5
PER_BUS6
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV81
2 7
54
3 6
47K
RN3B
63
4 5
72
1 8RN4B
47K
81
2 7
54
3 6
47K
RN5B
VDDLV
VDDLV
VDDLV
PER_BUS7
PER_BUS6
PER_BUS5
PER_BUS4
PER_BUS3
PER_BUS2
PER_BUS1
PER_BUS0
PE
R_B
US
[7:0
]
2
11UF1206_C
C5B 1
2
C6B
1206_C1UF
2
1
C3B
0805_C100N 1
2
100N0805_C
C4B
2
1
C1B
0805_C100N 1
2
100N0805_C
C2B
GND
21
470
0603_R
R2B
PF12PPF12PPF12PPF12P
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
V
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
NC;1
I
O1O2
10MV2
V1
V2=0 OhmV1=I
O1O2
10MV2
V1
V2=0 OhmV1= I
O1O2
10MV2
V1
V2=0 OhmV1=
2
1
AB
FUSEGERFUSE
NC;3
SCHROBE
Frontplatten-befestigung
SCHROBE
Frontplatten-befestigung
SCHROBE
Frontplatten-befestigung
AB
FUSEGERFUSE
NC;3
Frontplatten-befestigung
2
1
-
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
NAME
PAGE No.
NC;1 NC;1
V
V V
V
SCHROBE
Frontplatten-befestigung
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
PF12P PF12P PF12P PF12P PF12P PF12P PF12P PF12P PF12P
LORA144NC;[1:144]LORA_144_NC
123
142143144
144 PINs12 x 12 NC
Frontplatten-befestigung
GNDIO[31:33]
GNDIO[26:30]
VCCINT[11:15]
VCCINT[6:10]
VCCINT[1:5]
VCCIO[1:5]
VCCIO[6:10]
VCCIO[11:15]
GNDINT[11:15]
GNDINT[6:10]
GNDINT[1:5]
VCCIO[16:19]
VCCINT[16]
GNDINT[16:20]
GNDIO[21:25]
EPF10K50VBC356 10K50_BC35610K50VBC356D,10K50VBC356P,10K50VBC356S
PINS47
VCCINT16
VCCIO19
GNDINT33
SS_13K_1K
A[1:14]Schroff Stromschiene
SS_8K_1K
A[1:9]Schroff Stromschiene
011 1PAGE OF
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
DUMMY28DUNINC;[1:28]IC28DUNI
123
28 PADsNC
282726
I O
V1P..V20PV21P..V36PM1P..M24P
F1P,F2PU1T
C1P..C48PR1P..R4P
NC-PT01
X1P..X14PX15P..X31PX32P..X44P
5V_VME
ADC5V
Z1P..Z6P
Z7P,Z8P
MTHOLES3.0 VIA-HOLES
GND-TESTP.
DUMMYs(because of DECAL)
1 2
R4P
0603_RKA10M
X27PX26P
X31P
1,2,3,4,5,6,7,8,9
Z7P
1,2,3,4,5,6,7,8,9,10,11,12,13,14
Z8P
ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V,ADC5V
5V_VME,5V_VME,5V_VME,5V_VME,5V_VME,5V_VME,5V_VME,5V_VME,5V_VME
ADC5V
5V_VME
GND,GND,GND,GND,GND
AF11,AF19,AF25
AE1,AE2,AE7,AE25,AE26
T26,U5,AA1,AD26,AF1
F1,H22,J1,M26,N1
A1,A26,C14,C26,D5
A7,A23,B4,C15,D25
F4,H24,K5,M23,P2
T25,V2,W22,AB1,AC25
C13,C25,H23,J26,K1
B22,B25,B26,C2,C9
A2,A10,A20,B1,B13
AD18,AF3,AF7,AF16
AF26
M1,N26,R1,R26,T1
U26,W1,AD2,AD14,AD20
U1T
Z1P
SCHROGR
X15P
12
11
2
3
4
5
6
7
8
9
10
1X40P
1
10
9
8
7
6
5
4
3
2
11
12
X39P
12
11
2
3
4
5
6
7
8
9
10
1X38P
1
10
9
8
7
6
5
4
3
2
11
12
X37P
12
11
2
3
4
5
6
7
8
9
10
1X36P
1
10
9
8
7
6
5
4
3
2
11
12
X35P
12
11
2
3
4
5
6
7
8
9
10
1X34P
1
10
9
8
7
6
5
4
3
2
11
12
X33P
12
11
2
3
4
5
6
7
8
9
10
1X32P
X23P
5V_VME
GND
GND VDDLV
VDDLV
GND
GND
Z6P
GND
NC
NC
NC
11
V11P
11 V6P11
V1P
11 V21P
MTHOLE25M17PMTHOLE30M1P
--- -
18.04.01
POWER
MOTHER-BOARD
01P W.HABERER
ACS ADC-CALCULATION-STORAGE
1 1
V1.0GND
ADC5V
ADC5V
VDDLV
GND
2
1 C39P100UF
CAPR\2\2
VDDLVVDDLV_IN
NC
2
1 1UF1206_C
C30P
2
1 1UF1206_C
C32P
12X9P
PF02P
SCHROGR
Z2P
VDDLV,VDDLV,VDDLV,VDDLV,VDDLV1 2F1P
Z3P
GNDGND
Z4P
1
PF01P
X1P
1
X2P
PF01P
1
PF01P
X3P
1
X4P
PF01P
1
PF01P
X8P
1
X7P
PF01P
1
PF01P
X6P
1
X5P
PF01P
GND,GND,GND
GND,GND,GND,GND,GND
GND,GND,GND,GND,GND
GND,GND,GND,GND,GND
GND,GND,GND,GND,GND
GND,GND,GND,GND,GND
VDDLV,VDDLV,VDDLV,VDDLV,VDDLV
VDDLV,VDDLV,VDDLV,VDDLV,VDDLV
VDDLV
VDDLV,VDDLV,VDDLV,VDDLV,VDDLV
VDDLV,VDDLV,VDDLV,VDDLV,VDDLV
VDDLV,VDDLV,VDDLV,VDDLV,VDDLV
VDDLV,VDDLV,VDDLV,VDDLV
2
1100N0805_C
C20P
2
1
C16P
0805_C100N 1
2
100N0805_C
C15P
1
2
100N0805_C
C19P
2
1
C18P
0805_C100N 1
2
100N0805_C
C17P
1
2
C33P
1206_C1UF
1
2
C21P
0805_C100N
2
1100N
0805_C
C28P
2
1
C24P
0805_C100N
1
2
100N0805_C
C25P
2
1
C26P
0805_C100N
2
1
C22P
0805_C100N
1
2
100N0805_C
C23P
1
2
C27P
0805_C100N
VDDLV
GND
GND
VDDLV
Z5P
GND GND2 1
PF02P
X10P
GND GND12X11P
PF02P
GND GND2 1
PF02P
X12P
GND GND12X13P
PF02P
GND GND2 1
PF02P
X14P
1
2
C31P
1206_C1UF1
2
C29P
1206_C1UF
VDDLV
GND
2
1 1UF1206_C
C34P
2
1 1UF1206_C
C36P
2
1 1UF1206_C
C38P1
2
C37P
1206_C1UF1
2
C35P
1206_C1UF
VDDLV
GND
GND
VDDLV
2
1100N0805_C
C13P
2
1
C9P
0805_C100N 1
2
100N0805_C
C8P
1
2
100N0805_C
C12P
2
1
C11P
0805_C100N 1
2
100N0805_C
C10P
1
2
C14P
0805_C100N
2
1100N
0805_C
C7P
2
1
C3P
0805_C100N
1
2
100N0805_C
C4P
2
1
C5P
0805_C100N
2
1
C1P
0805_C100N
1
2
100N0805_C
C2P
1
2
C6P
0805_C100N
21F2P
ADC5V_IN
GND
VDDLV
2
1
C41P
0805_C100N 1
2
100N0805_C
C40P
2
1
C43P
0805_C100N 1
2
100N0805_C
C42P
2
11UF1206_C
C44P
2
11UF1206_C
C46P 1
2
C47P
1206_C1UF
1
2
C45P
1206_C1UF
1
2CAPR\2\2
100UFC48P
ADC5V
GND
GND
3 2
1
0805_2RKA
R2P1
23
R1P
0603_2RKA
1
23
R3P
0805_2RK
NC
NC
NC NCNC
NC
NC NC
M2P MTHOLE30
MTHOLE30M3P
M4P MTHOLE30
MTHOLE30M8P
M7P MTHOLE30
MTHOLE30M6P
M5P MTHOLE30 MTHOLE30M13P
M14P MTHOLE30
MTHOLE30M15P
M16P MTHOLE30
MTHOLE30M12P
M11P MTHOLE30
MTHOLE30M10P
M9P MTHOLE30
M18P MTHOLE25
MTHOLE25M19P
M20P MTHOLE25
MTHOLE25M24P
M23P MTHOLE25
MTHOLE25M22P
M21P MTHOLE25
11 V22P
11 V23P
11 V24P
11 V28P
11 V27P
11 V26P
11 V25P
11 V33P
11 V34P
11 V35P
11 V36P
11 V32P
11 V31P
11 V30P
11 V29P
GND
GND
GND
GND
GND
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
11
V2P
11
V3P
11
V4P
11
V5P
11
V15P
11
V14P
11
V13P
11
V12P
11 V7P
11 V8P
11 V9P
11 V10P
11 V20P
11 V19P
11 V18P
11 V17P
11 V16P
VDDLV
VDDLV
5V_VME
VDDLV
VDDLV
GND
GND
5V_VME
X16P X17P X18P X24P X25P
X30PX29PX22PX21PX20PX19P X28P
1
10
9
8
7
6
5
4
3
2
11
12
X41P
12
11
2
3
4
5
6
7
8
9
10
1X42P
1
10
9
8
7
6
5
4
3
2
11
12
X43P
12
11
2
3
4
5
6
7
8
9
10
1X44P
B9
B8
B7
B6
B5
B4
B32
B31
B30
B3
B29
B28
B27
B26
B25
B24
B23
B22
B21
B20
B2
B19
B18
B17
B16
B15
B14
B13
B12
B11
B10
B1
Row B
C9
C8
C7
C6
C5
C4
C32
C31
C30
C3
C29
C28
C27
C26
C25
C24
C23
C22
C21
C20
C2
C19
C18
C17
C16
C15
C14
C13
C12
C11
C10
C1
Row C
C9
C8
C7
C6
C5
C4
C32
C31
C30
C3
C29
C28
C27
C26
C25
C24
C23
C22
C21
C20
C2
C19
C18
C17
C16
C15
C14
C13
C12
C11
C10
C1
Row C
A1
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A2
A20
A21
A22
A23
A24
A25
A26
A27
A28
A29
A3
A30
A31
A32
A4
A5
A6
A7
A8
A9
Row A
B9
B8
B7
B6
B5
B4
B32
B31
B30
B3
B29
B28
B27
B26
B25
B24
B23
B22
B21
B20
B2
B19
B18
B17
B16
B15
B14
B13
B12
B11
B10
B1
Row B
A1
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
A2
A20
A21
A22
A23
A24
A25
A26
A27
A28
A29
A3
A30
A31
A32
A4
A5
A6
A7
A8
A9
Row A
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
from Backplane
Config
= Stecker an der Backplane vorhanden
OC
OC
OC
(mid
dle
/ b
ott
om
)
No. 1,2,12,13,22,31,32 (7 Stück)
Configto Backplane
4 x LVDS Clocks
from Backplane
VM
E -
Co
nn
ec
tor
J2
6 ADC5V_IN PINs
ACHTUNG !! Kein BUS_HOLD am VME !!!
J1V,J2V
VM
E -
Co
nn
ec
tor
J1 (
top
)
A18
A17
18.04.01
VME_IN
MOTHER-BOARD
01V W.HABERER
ACS ADC-CALCULATION-STORAGE
1 4
V1.0
-
2-- NEXT
1
10
11
12
13
14
15
16
17
18
19
2
20
21
22
23
24
25
26
27
28
29
3
30
31
32
4
5
6
7
8
9
J1V
NC
NC
NCNC
NC
ADC5V_IN
GND
ADC5V_IN
VDDLV_IN
10MHZ
10MHZ
NC_IN
NC_IN
50MHZ_F
50MHZ_F
50MHZ_R
50MHZ_R
SEL_BUSSAVE_BUS
CLK_BUSSER_BUS
NC_IN_BUSTESTX_BUS
TEST_BUSCONFIG_BUS
NC_OUT_BUSRESPONSEX_BUS
RESPONSEB_BUSRESPONSEA_BUS
D22
33
42
43
44
45
46
47
48
49
50
51
34
52
53
54
55
56
57
58
59
60
61
35
62
63
64
36
37
38
39
40
41
J2V
9
8
7
6
5
4
32
31
30
3
29
28
27
26
25
24
23
22
21
20
2
19
18
17
16
15
14
13
12
11
10
1
J2V
GND
GND
GND
GND
GND
GND
GND
+5VDC
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
+5VDC
65
74
75
76
77
78
79
80
81
82
83
66
84
85
86
87
88
89
90
91
92
93
67
94
95
96
68
69
70
71
72
73
J2V
73
72
71
70
69
68
96
95
94
67
93
92
91
90
89
88
87
86
85
84
66
83
82
81
80
79
78
77
76
75
74
65
J1V
41
40
39
38
37
36
64
63
62
35
61
60
59
58
57
56
55
54
53
52
34
51
50
49
48
47
46
45
44
43
42
33
J1V
NC
NC
NC
NC
NC
AM5
AM3
AM2
AM1
AM0
AM4
BERR
A7
LWORD
SYSRESET
AS
DTACK
SYSCLK
A12
D0
D1
D3
D2
D6
D7
D5
D4
DS0
WRITE
DS1
A6
A5
A3
A4
-12VDC
+5VDC
A1
A2
+5VSTDBY
A21
A20
A19
A15
A14
A16
A9
A8
+12VDC
A11
A10
A13
A23
A22
A24
A27
A28
A26
A25
+5VDC
D16
D18
D17
A31
A30
A29
D26
D27
D29
D28
+5VDC
D31
D30
D23
D25
D24
D21
D20
D19
+5VDC
D12
D13
D15
D14
D10
D11
D9
D8
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
GND
GND
GND
GND GND
GND
GND
GND
GND
RESPONSEA_BUS
RESPONSEB_BUS
RESPONSEX_BUS
NC_OUT_BUS
CONFIG_BUS
TEST_BUS
TESTX_BUS
NC_IN_BUS
SER_BUS
CLK_BUS
SAVE_BUS
SEL_BUS
50MHZ_R
50MHZ_R
50MHZ_F
50MHZ_F
NC_IN
NC_IN
10MHZ
10MHZ
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
VDDLV_IN
ADC5V_IN
ADC5V_IN
ADC5V_IN
ADC5V_IN
ADC5V_IN
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
COCI
DI DO
BOBI
AI AO
RN4_12061206_4R
EN
EN
EN
I O
I O
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
OE
DIR
IC20DW
A B
B-A
A-BDIR
EN
011 1PAGE OF
of the Backplane - Bus
=
CONFIGTEST(TESTx)NC_INSERCLKSAVESEL
12 Pins fuer Config
from Backplane to ASIC (and Config for ASIC)
auf Backplane :8 Signale zur Backplane4 Signale von der Backplane
Serial_Config_Bus
not usedonly on one Place
from ASIC (and Config for ASIC)
to Backplane
OC BUSWired OR
not used
Pull Upon one Place
J1V,J2V U1V,U2VR1V,R2VRN1V..RN3V
only on one Placeof the Backplane - Bus
4
65
IC14D74LVT125
GND;7VDDLV;14
U2V
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U1V
VDDLV;20GND;10
74LVC245A
18.04.01
VME_IN
MOTHER-BOARD
01V W.HABERER
ACS ADC-CALCULATION-STORAGE
2 4
V1.0
2
31PREV NEXT
SC_NC_OUT
SC_RESPONSEX
SC_RESPONSEB
SC_RESPONSEA
TESTX_BUS
TEST_BUS
CONFIG_BUS
SEL_BUS
SAVE_BUS
CLK_BUS
SER_BUS
NC_IN_BUS
21
0
0603_RK
R1V
21
470
0603_R
R2V
2 3
1
U2V
VDDLV;14GND;7
74LVT125IC14D
9 8
10
U2V
VDDLV;14GND;7
74LVT125IC14D
13
1112
IC14D74LVT125
GND;7VDDLV;14
U2V
SC_NC_OUT
SC_RESPONSEX
SC_RESPONSEB
GND
SC_SER
SC_CLK
VDDLV
NC_OUT_BUS
RESPONSEA_BUSGND
SC_SEL
SC_SAVE
SC_NC_IN
SC_TESTX
SC_TEST
SC_CONFIG
GND RESPONSEB_BUS
GND
GND RESPONSEX_BUS
SC_CONFIG
SC_TEST
SC_TESTX
SC_NC_IN
SC_SAVE
SC_SEL
SC_CLK
SC_SER
SC_RESPONSEA
81
2 7
54
3 6
47K
RN2V
63
4 5
72
1 8RN1V
47K
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
VDDLV
NC_IN_BUS
TESTX_BUS
TEST_BUS
CONFIG_BUS
SEL_BUS
SAVE_BUS
CLK_BUS
SER_BUS
VDDLV
VDDLV
VDDLV
VDDLV
63
4 5
72
1 8RN3V
47K
SC_RESPONSEA
SC_RESPONSEB
SC_RESPONSEX
SC_NC_OUT
PF01P
I O
I O
I O
I O
I O
I O
I O
I O
I O
I
O
PF01P
PF01P
PF01P
PF01P
EN
EN
EN
EN
OE
DIR
IC20DW
A B
B-A
A-BDIR
OE
DIR
IC20DW
A B
B-A
A-BDIR
PF01P
PF01P
PF01P
I O
I
O
AB
FUSEGERFUSE
NC;3
I O
I O
I O
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
PF01P
011 1PAGE OF
U1V,U2VR1V,R2VRN1V..RN3V
in Config-ModePull Up if ASIC
oder LVCH
oder LVCH
OC
OC
AMOD
MISC
OC
Board
BoardVME Side
78 PINs to ASIC
VME Side
J1V,J2V
F1VC1V..C24V
U3V..U5VR3V..R17VX2V,X4VX5V..X14V
5V_VME
5V_VME
5
6
8
4
3
1
7
2
X14V
PF08P
1
X11V
18.04.01
VME_IN
MOTHER-BOARD
01V W.HABERER
ACS ADC-CALCULATION-STORAGE
3 4
V1.0
3
42PREV NEXT
5
6
7
8
4
3
2
1X4V
PF08PSZ
1
2
3
4
8
7
6
5
X2V
PF08PSZ
2
1
1UF1206_C
C21V
1
2
C20V
1206_C1UF
GND
VDDLV
GND
VDDLV
NC
GND
1 2
R9V
0603_RK
0
21
0
0603_RK
R10V
21
0
0603_RK
R3V
1 2F1V
1
2
R13V
0603_R
47K
21
470
0603_R
R4V
1
X6V
1
X12V
1
X8V
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVC245A
GND;10VDDLV;20
U3V
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U4V
VDDLV;20GND;10
74LVC245A
2 3
1
U5V
VDDLV;14GND;7
74LVT125IC14D
4
65
IC14D74LVT125
GND;7VDDLV;14
U5V
9 8
10
U5V
VDDLV;14GND;7
74LVT125IC14D
13
1112
IC14D74LVT125
GND;7VDDLV;14
U5V
1
X5V
1
X7V
1
X9V
1
X10V
2
147K
0603_R
R12V
2
1
100N0805_C
C2V
1
2
C3V
0805_C100N
2
1
C4V
0805_C100N
1
2
C1V
0805_C100N
1
2
C6V
0805_C100N
2
1
100N0805_C
C7V
1
2
100N0805_C
C8V
2
1
100N0805_C
C5V
2
1
100N0805_C
C10V
1
2
C11V
0805_C100N
2
1
C12V
0805_C100N
1
2
C9V
0805_C100N
1
2
C14V
0805_C100N
2
1
100N0805_C
C15V
1
2
100N0805_C
C16V
2
1
100N0805_C
C13V
2
1
100N0805_C
C23V
1
2
C24V
0805_C100N
DTACK_O
BERR_O
ASB
WRITEB
DS0B
DS1B
LWORDB
GND
VDDLVBERR_O
DTACK_O
VDDLVVDDLV
VDDLV
BERR
DTACK
AMB[5:0]
AMB5
AMB4
AMB3
AMB2
AMB1
AMB0
AB[31:1]
AMB[5:0]
-12VDC
SYSRESET
SYSCLK
+5VDC
+5VSTDBY
+12VDC
EN_D_VME
W/_R_VME
DB[31:0]
DS0B
DS1B
ASB
WRITEB
LWORDB
GND
GND
GND
VDDLV
5V_VME
GND
+5VDC
NC
GND1 2
R5V
0603_RK
0GND
21
0
0603_RK
R6VGND
GND
VDDLV
1 2
R8V
0603_R
470
1 2
R7V
0603_RK
0
GND
1 2
R11V
0603_RK
0GND
VDDLV
1 2
R15V
0603_R
470
21
0
0603_RK
R14VGND
GND
1 2
R16V
0603_RK
0
21
470
0603_R
R17VVDDLV
2
11UF1206_C
C17V 1
2
C18V
1206_C1UF
2
11UF1206_C
C19V
VDDLV
GND
1
2
C22V
1206_C1UF
1
X13V
AM1
AM2
AM3
AM4
AM5
AM0
WRITE
AS
DS1
DS0
LWORD
OE
DIR
A B
B-A
A-BDIROE
DIR
A B
B-A
A-BDIR
OE
DIR
A B
B-A
A-BDIR
I
O
I
O1O2
10MV2
V1
V2=0 OhmV1=
I
O1O2
10MV2
V1
V2=0 OhmV1=
I
O1O2
10MV2
V1
V2=0 OhmV1=
I
O1O2
10MV2
V1
V2=0 OhmV1=
I
O
OE
DIR
A B
B-A
A-BDIR
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
011 1PAGE OF
U1V,U2VR1V,R2VRN1V..RN3V
J1V,J2V
B
DAT_VME DUB[7:0]
RD
WR H
L
A
VME Side5 V
Pull Up if ASICin Config-Mode
Board3,3 V
U3V..U5VR3V..R17VX2V,X4VX5V..X14V
F1V C1V..C24V
DB31
DB30
DB29
DB28
DB27
DB26
DB25
DB24
DB23
DB22
DB21
DB20
DB19
DB18
DB17
DB16
DB15
DB14
DB13
DB12
DB11
DB10
DB9
DB8
DB7
DB6
DB5
DB4
DB3
DB2
DB1
DB0
DB[31:0]
18.04.01
VME_IN
MOTHER-BOARD
01V W.HABERER
ACS ADC-CALCULATION-STORAGE
3 5
V1.0
4
53PREV NEXT
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U6V
VBD1;20GND;10IC20DW74LVT245A
VBD1
VDDLV
2
147K
0603_R
R19V
1
2
3
4
8
7
6
5
X23V
PF08PSZ
5
6
7
8
4
3
2
1X21V
PF08PSZ
1
2
3
4
8
7
6
5
X19V
PF08PSZ
5
6
7
8
4
3
2
1X17V
PF08PSZ
3 2
1 R23V
0603_2RK
1
23
R22V
0603_2RK
3 2
1 R21V
0603_2RK
1
23
R20V
0603_2RK
VBD4
VBD3
VBD2
1
2
R18V
0603_R
47K
1
2
C26V
0805_C
100N
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U8V
VBD3;20GND;10IC20DW74LVT245A
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVT245AIC20DWGND;10VBD2;20
U7V
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVT245AIC20DWGND;10VBD4;20
U9V
2
1 100N
0805_C
C25V
1
2
C27V
0805_C
100N
2
1 100N
0805_C
C28V
1
2
C30V
0805_C
100N
2
1 100N
0805_C
C29V
1
2
C31V
0805_C
100N
2
1 100N
0805_C
C32V
GND GND
VDDLV
5V_VME VDDLV
VDDLV5V_VME GNDGND
GND GND5V_VME VDDLV
VDDLV5V_VME GNDGND
D4
D5
D7
D3
D2
D0
D6
D1
D12
D13
D15
D14
D10
D11
D8
D9
D16
D18
D17
D21
D22
D20
D19
D23
D26
D27
D29
D28
D31
D30
D25
D24
W/_R_VME
EN_D_VME
I
O
OE
DIR
IC20DW
A B
B-A
A-BDIR
OE
DIR
IC20DW
A B
B-A
A-BDIR
OE
DIR
IC20DW
A B
B-A
A-BDIR
OE
DIR
IC20DW
A B
B-A
A-BDIRI O
I
O1O2
10M10MV2
V1=V2=
V1
I O
011 1PAGE OF
NAME
PAGE No.
FILE:
OFSHEETDATED:
VERSION:
PAGE -
INDEX
DRAWN:
TITLE:
oder LVCH
oder LVCH
oder LVCH
U1V,U2VR1V,R2VRN1V..RN3V
J1V,J2V
F1V
5 V3,3 V
B
VME Side Board
RD
WR H
L
A
ADR_VME AB[31:1]
U3V..U5VR3V..R17VX2V,X4VX5V..X14V
C1V..C24V C25V..C32VR18V..R27VU6V..U13V
X17V,X19V,X21V,X23V,X25V,X27V,X29V,X31
oder LVCH
18.04.01
VME_IN
MOTHER-BOARD
01V W.HABERER
ACS ADC-CALCULATION-STORAGE
3 5
V1.0
5
-4PREV -
AB30
AB29
AB28
AB27
AB26
AB25
AB24
AB23
AB22
AB21
AB20
AB19
AB18
AB17
AB16
AB31
AB15
AB14
AB13
AB12
AB11
AB10
AB9
AB8
AB7
AB6
AB5
AB4
AB3
AB2
AB[31:1]
AB1
GND
21
0
0603_RK
R27V
GN
D
EN
_A_V
ME
1
23
R24V
0603_2R
1
2
3
4
8
7
6
5
X31V
PF08PSZ
5
6
7
8
4
3
2
1X29V
PF08PSZ
1
2
3
4
8
7
6
5
X27V
PF08PSZ
5
6
7
8
4
3
2
1X25V
PF08PSZ
21
470
0603_R
R26V
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U10V
VDDLV;20GND;10
74LVC245A
12
11
13
14
16
15
17
4
5
6
7
8
18
191
9
3
2
U12V
VDDLV;20GND;10
74LVC245A
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVC245A
GND;10VDDLV;20
U11V
2
3
9
119
18
8
7
6
5
4
17
15
16
14
13
11
12
74LVC245A
GND;10VDDLV;20
U13V
VDDLV
1
2
R25V
0603_R
47K
VDDLV
A5
A4
A3
A2
A6
A7
A1
A8
A9
A10
A11
A12
A13
A14
A15
A24
A27
A28
A26
A25
A30
A29
A16
A17
A18
A19
A20
A21
A22
A23
A31