Ibexpeak - M 8/9 - EUROCOM M770CU Service Manual

Schematic Diagrams

IBEXPEAK - M 8/9

Sheet 27 of 55
IBEXPEAK - M 8/9
B - 28 IBEXPEAK - M 8/9
IBEXPEAK - M (POWER)
1. 1 V S _ V C C A _ C L K
L 5 8
*H C B 1 0 0 5K F - 12 1 T 20
52mA A P 51
1 . 1 V S _ V T T
C 6 53 C 66 0 A P 53
1 0 U _ 6 . 3 V _0 6 * . 1U _ 16 V _ 0 4
A F 23
1 . 1 V S _ V TT 32 0mA A F 24
C 4 09
T P _ P C H _V C C D S W
1 U _6 . 3 V _ 04
C 38 7
A D 38
. 1 U _1 6 V _ 04
A D 39
1849mA
A D 41
1 . 1 V S _ V TT
C 4 00 C 40 4 A F 43
2 2 U _ 6 . 3 V _X 5 R _ 0 8 1 U _ 6 . 3 V _ 04 A F 41
A F 42
C 4 12 C 43 5
2 2 U _ 6 . 3 V _X 5 R _ 0 8 1 U _ 6 . 3 V _ 04
1 . 1 V S _ V T T
C 3 78 . 1 U _ 1 0V _ X 7 R _ 0 4
L 57
H C B 1 00 5 K F -1 2 1T 2 0
V C C R T C E X T
1. 1 V S _ 1 . 5 V S _ 1. 8 V S
C 6 5 5 C 4 3 1 C 4 41
+
R 5 28
1. 1 V S _ V C C A _ A _ D P L
*2 2 0U _ 4V _ D 22 U _6 . 3 V _ X5 R _0 8 1U _6 . 3 V _ 0 4 A U 24
* 0 _0 4 68 mA
L 56
1. 1 V S _ V C C A _ B _ D P L
H C B 1 00 5 K F -1 2 1T 2 0 B B 51
B B 53
69 mA
C 6 3 8 C 4 3 3 C 4 43
+
B D 51
*2 2 0U _ 4V _ D 22 U _6 . 3 V _ X5 R _0 8 1U _6 . 3 V _ 0 4 B D 53
C 3 8 5 1 U _ 6 . 3 V _ 04 A H 23
A J 35
A H 35
C 3 9 3 1 U _ 6 . 3 V _ 04 A F 34
VCC IO 3062mA
A H 34
1 . 1 V S _ V T T
C 4 2 6 1 U _ 6 . 3 V _ 04 A F 32
C 3 79 . 1 U _ 1 6V _ 0 4 V C C S S T
C 4 07 . 1 U _ 1 6V _ 0 4 1 . 1 V _ I N T _ V C C S U S
3. 3 V 20.4 mA
C 39 8
. 1 U _1 6 V _ 04
3. 3 V S 357m A
C 38 3
. 1 U _1 6 V _ 04
A T 18
1. 1 V S _ V T T <1 mA
C 3 95 C 3 94 C 39 2
A U 18
1 U _6 . 3 V _ 0 4 . 1 U _1 6 V _ 04 . 1 U _1 6 V _ 04
2mA
R T C V C C
C 3 90 C 38 9
. 1 U _1 6 V _ 04 . 1 U _1 6 V _ 04
PO WE R
1. 1 V S _ V T T
U 3 0 J
V 2 4
V C C A C L K [ 1 ] V C C I O [ 5 ]
V 2 6
V C C I O [ 6 ]
Y 2 4 C 42 2
V C C A C L K [ 2 ] V C C I O [ 7 ]
Y 2 6
V C C I O [ 8 ]
1 U _ 6 . 3 V _ 04
V 2 8
V C C L A N [ 1] V C C S U S 3_ 3 [ 1 ] U 2 8 3 . 3 V
V C C S U S 3_ 3 [ 2 ]
U 2 6 142.6mA
V C C L A N [ 2] V C C S U S 3_ 3 [ 3 ]
U 2 4
V C C S U S 3_ 3 [ 4 ]
P 2 8
V C C S U S 3_ 3 [ 5 ]
Y 20 P 2 6 C 39 7
D C P S U S B Y P V C C S U S 3_ 3 [ 6 ] N 2 8
V C C S U S 3_ 3 [ 7 ]
N 2 6 . 1 U _ 1 6 V _ 04
V C C S U S 3_ 3 [ 8 ]
M2 8
V C C M E [ 1 ] V C C S U S 3_ 3 [ 9 ] M2 6
V C C S U S 3 _3 [ 1 0 ]
L 28
V C C M E [ 2 ] V C C S U S 3 _3 [ 1 1 ]
L 26
V C C S U S 3 _3 [ 1 2 ]
J 28
V C C M E [ 3 ] V C C S U S 3 _3 [ 1 3 ]
3. 3 V _ V C C P U S B
J 26
V C C S U S 3 _3 [ 1 4 ] H 2 8
V C C M E [ 4 ] V C C S U S 3 _3 [ 1 5 ]
H 2 6 R 2 7 6 *2 0 mi l _s h o rt
V C C S U S 3 _3 [ 1 6 ]
G2 8
V C C M E [ 5 ] V C C S U S 3 _3 [ 1 7 ]
G2 6 C 39 9
V C C S U S 3 _3 [ 1 8 ]
F 2 8
V C C M E [ 6 ] V C C S U S 3 _3 [ 1 9 ]
F 2 6 . 1 U _ 1 6 V _ 04
V C C S U S 3 _3 [ 2 0 ]
V 39 E 2 8
V C C M E [ 7 ] V C C S U S 3 _3 [ 2 1 ]
E 2 6
V C C S U S 3 _3 [ 2 2 ]
V 41 C 2 8
V C C M E [ 8 ] V C C S U S 3 _3 [ 2 3 ]
C 2 6
V C C S U S 3 _3 [ 2 4 ] 1 . 1 V S _ V TT
V 42 B 2 7
V C C M E [ 9 ] V C C S U S 3 _3 [ 2 5 ]
A 2 8
V C C S U S 3 _3 [ 2 6 ]
Y 39 A 2 6 5 V _ P C H _V C C 5 R E F S U S
V C C M E [ 1 0] V C C S U S 3 _3 [ 2 7 ]
D 9 R B 5 5 1V 3 0
Y 41 U 2 3 C A
V C C M E [ 1 1] V C C S U S 3 _3 [ 2 8 ] 3 . 3 V
Y 42 V 2 3 R 2 7 9 1 0 0_ 0 4
V C C M E [ 1 2] V C C I O[ 5 6 ] 5 V
F 2 4 C 39 6
V 5 R E F _ S U S
V 9 1 U _ 6 . 3 V _0 4
D C P R T C
V C C 5 R E F
K 4 9
V 5 R E F
V C C V R M[ 3 ]
J 38
3 . 3 V S
V C C 3_ 3 [ 8 ]
V C C A D P L LA [ 1]
L 38 C 38 1
V C C A D P L LA [ 2] V C C 3_ 3 [ 9 ]
M3 6 . 1 U _ 1 6 V _ 04
V C C 3 _3 [ 1 0 ]
V C C A D P L LB [ 1]
N 3 6
V C C A D P L LB [ 2] V C C 3 _3 [ 1 1 ]
P 3 6 3 . 3 V S
V C C I O [ 2 1] V C C 3 _3 [ 1 2 ]
V C C I O [ 2 2]
U 3 5 C 38 4
V C C I O [ 2 3] V C C 3 _3 [ 1 3 ]
. 1 U _ 1 6 V _ 04
V C C I O [ 2 ]
A D 1 3
V C C 3 _3 [ 1 4 ]
V C C I O [ 3 ]
L5 1
1. 1 V S _ V C C A P L L
*H C B 1 00 5 K F - 1 2 1T 2 0
V C C I O [ 4 ]
A K 3
V 12 V C C S A T A P L L [ 1 ] A K 1
D C P S S T V C C S A T A P L L [ 2 ]
C 58 7 C 3 8 0
* 1u _ 6 . 3V _ 0 4 *1 0 U _ 6. 3 V _ 0 6
Y 22
D C P S U S A H 2 2
V C C I O [ 9 ]
P 18 A T 20 1. 1V S _ 1 . 5 V S _ 1. 8 V S
V C C S U S 3 _3 [ 2 9 ] V C C V R M [ 4 ]
U 19
V C C S U S 3 _3 [ 3 0 ]
A H 1 9
V C C I O[ 1 0 ]
U 20
V C C S U S 3 _3 [ 3 1 ]
A D 2 0
V C C I O[ 1 1 ]
U 22
V C C S U S 3 _3 [ 3 2 ]
A F 2 2 1. 1 V S _ V T T
V C C I O[ 1 2 ]
A D 1 9
V C C I O[ 1 3 ]
V 15 A F 2 0
V C C 3 _ 3 [ 5] V C C I O[ 1 4 ]
A F 1 9 C 40 1
V C C I O[ 1 5 ]
V 16 A H 2 0
V C C 3 _ 3 [ 6] V C C I O[ 1 6 ]
1 U _ 6 . 3 V _ 04
Y 16 A B 1 9
2 , 1 0, 1 1 , 1 2, 1 3 , 1 4, 2 0 , 2 1, 22 , 2 3 , 24 , 2 5 , 26 , 2 9 , 30 , 3 1 , 3 2, 3 3 , 3 5, 3 6 , 3 7, 4 2 , 4 3 , 44 , 4 6
V C C 3 _ 3 [ 7] V C C I O[ 1 7 ] A B 2 0
V C C I O[ 1 8 ]
A B 2 2
V C C I O[ 1 9 ]
A D 2 2
V C C I O[ 2 0 ]
V _ C P U _ I O[ 1 ]
A A 3 4
V C C ME [ 1 3 ] 1 . 1V S _V T T
Y 3 4
V C C ME [ 1 4 ]
Y 3 5
V _ C P U _ I O[ 2 ] V C C ME [ 1 5 ]
A A 3 5
V C C ME [ 1 6 ] 3. 3 V
A 12 L 30
V C C R T C V C C S U S H D A
C 41 8
I be x P e a k-M _R e v 0 _9
1 U _ 6 . 3 V _ 04
V ol ta ge Ra il V ol tag e S0 Ic cm ax Cu rr en t (A)
V _C PU _I O 1. 1/1 .0 5 < 1 ( mA )
V 5R EF 5 < 1 ( mA )
V 5R EF _S us 5 < 1 ( mA )
V cc 3_ 3 3. 3 0.3 57
V cc AC lk 1. 05 0.0 52
V cc AD AC 3. 3 0.0 69
V cc AD PL LA 1. 05 0.0 68
V cc AD PL LB 1. 05 0.0 69
V cc ap ll EXP 1. 05 0.0 40
V cc Co re 1. 05 1.4 32
V cc DM I 1. 05 0.0 58
V cc DM I 1. 1 0.0 61
V cc FD IP LL 1. 05 0.0 37
V cc IO 1. 05 3.0 62
V cc LA N 1. 05 0.3 20
V cc ME 1. 05 1.8 49
V cc ME 3_ 3 3. 3 0.0 85
V cc pN AN D 1. 8 0.1 56
V cc RT C 3. 3 2 ( mA )
V cc SA TA PLL 1. 05 0.0 31
V cc Su s3 _3 3. 3 0.1 63
V cc Su sH DA 3. 3 0.0 06
V cc VR M 1. 8/1 .5 0.1 96
V cc VR M 1. 05 < 1 ( mA )
V cc AL VD S 3. 3 < 1 ( mA )
V cc TX _L VDS 1. 8 0.0 59
D 1 0 R B 5 51 V 3 0
C A
3 . 3 V S
R 3 22 1 00 _ 0 4
5 V S
C 4 4 5
1 U _ 6 . 3V _ 0 4
1 . 1V S _V T T
2 0 R T C V C C
3. 3 V S
2 6 1. 1V S _ 1 . 5 V S _ 1. 8 V S
1 2 , 2 0, 2 3 , 3 1, 3 3 , 3 5, 3 7 , 4 2 , 43 , 4 6 5V S
4 , 9 , 1 0, 1 1 , 3 7 , 40 , 4 2 1. 5 V
3 1, 3 5 , 3 7, 3 9 , 4 0 , 41 , 4 4 5V
3 , 4, 12 , 1 3 , 20 , 2 1 , 22 , 2 4 , 25 , 2 9 , 3 0, 3 1 , 3 2, 3 3 , 3 4, 3 7 , 3 9 , 40 , 4 1 3. 3 V
2, 4, 6 , 7 , 1 9, 2 0 , 2 1, 2 2 , 2 5 , 26 , 4 1 , 43 1 . 1 V S _ V T T