AEM NissanInfiniti 20032006 350ZG35 303520 User Manual

							2003–2006 N is sa n 3 50Z/In fin iti G 35
21
© 2 015 A EM  P erfo rm ance E le ctr o nic s
PIN O UTS
Nis san  3 50Z/In fin it i G 35 P in out
350Z /
G 35 P IN
2003
3 50Z  &
G 35
C oupe
( M /T )
2004
3 50Z  &
G 35
C oupe
( M /T )
2004.5
3 50Z  &
G 35
C oupe M /
T
2005
3 50Z  M /T
2005
3 50Z
T ra ck,
3 5th  &
G 35 
M /T
2006
3 50Z  &
G 35
C oupe M /
T
Descrip tio n
In fin ity  P in
N am e
In fin ity
1 EC M
G ro und
EC M
G ro und
EC M
G ro und
EC M
G ro und
EC M
G ro und
EC M
G ro und
Main  p ow er g ro und
GND
C2-3 9,
4 0
2 O2
S en so r 1
h eate r
( b an k2)
O2
S en so r 1
h eate r
( b an k2)
UEG O H -
1
UEG O H -
1
UEG O H -
1
UEG O H -
1
PW M L S  h eate r s ig nal  (1 2V
i s  s upplie d in dependently
o f E C U.)
UEG O1 H eat
C1-4
3 DBW
P ow er In
( f ro m
r e la y
p 104)
DBW
P ow er In
( f ro m
r e la y
p 104)
DBW
P ow er In
( f ro m
r e la y
p 104)
DBW
P ow er In
( f ro m
r e la y
p 104)
DBW
P ow er In
( f ro m
r e la y
p 104)
DBW
P ow er In
( f ro m
r e la y
p 104)
Hig h c urre nt 1 2V  in put,
s w it c hed o n/o ff b y  D BW
r e la y  (p 104)
+12V
C2-9
4 DBW
( c lo se)
DBW
( c lo se)
DBW
( c lo se)
DBW
( c lo se)
DBW
( c lo se)
DBW
( c lo se)
12V  P W M D BW  C ontro l
HBrid ge0_0
C1-5 3
5 DBW
( o pen)
DBW
( o pen)
DBW
( o pen)
DBW
( o pen)
DBW
( o pen)
DBW
( o pen)
12V  P W M D BW  C ontro l
HBrid ge0_1
C1-5 4
6 O2
S ensor 2
h eate r
( b ank2)
O2
S ensor 2
h eate r
( b ank2)
O2
S ensor 2
h eate r
( b ank2)
O2
S ensor 2
h eate r
( b ank2)
O2
S ensor 2
h eate r
( b ank2)
O2
S ensor 2
h eate r
( b ank2)
PW M L S  h eate r s ig nal  (1 2V
i s  s upplie d in dependently
o f E C U.)
---
---
7 ---
---
---
---
---
---
---
---
---
8 ---
---
---
---
eV TC  E xh
R et (b an k
2 )
eV TC  E xh
R et (b an k
2 )
~10 o hm , 0 %  =  f u ll
a dv ance, 1 00%  =  f u ll
r e ta rd
LS 9
C2-2 9
9 ---
---
---
---
eV TC  E xh
R et (b an k
1 )
eV TC  E xh
R et (b an k
1 )
~10 o hm , 0 %  =  f u ll
a dv ance, 1 00%  =  f u ll
r e ta rd
LS 8
C2-4 3
10
iV TC  in t
s ol  (b ank
2 )
iV TC  in t
s ol  (b ank
2 )
iV TC  in t
s ol  (b ank
2 )
iV TC  in t
s ol  (b ank
2 )
iV TC  in t
s ol  (b ank
2 )
iV TC  in t
s ol  (b ank
2 )
~7 o hm , 0 %  =  f u ll  re ta rd ,
1 00%  =  f u ll  a dv ance, 5 0%
=  h old
LS 5
C1-2
11
iV TC  in t
s ol  (b ank
1 )
iV TC  in t
s ol  (b ank
1 )
iV TC  in t
s ol  (b ank
1 )
iV TC  in t
s ol  (b ank
1 )
iV TC  in t
s ol  (b ank
1 )
iV TC  in t
s ol  (b ank
1 )
~7 o hm , 0 %  =  f u ll  re ta rd ,
1 00%  =  f u ll  a dv ance, 5 0%
=  h old
LS 3
C1-1 8
12
Pwr
s te erin g
p re ssure
Pwr
s te erin g
p re ssure
Pwr
s te erin g
p re ssure
Pwr
s te erin g
p re ssure
Pwr
s te erin g
p re ssure
Pwr
s te erin g
p re ssure
0–5V  A nalo g In put
Ana23
C2-3 6
13
Cra nk
p osit io n
s ensor
Cra nk
p osit io n
s ensor
Cra nk
p osit io n
s ensor
Cra nk
p osit io n
s ensor
Cra nk
p osit io n
s ensor
Cra nk
p osit io n
s ensor
12V  H all  S ensor
Dig it a l  0  -
C ra nk
C1-2 1
14
Cam
s ensor
( b ank2)
Cam
s ensor
( b ank2)
Cam
s ensor
( b ank2)
Cam
s ensor
( b ank2)
Cam
s ensor
( b ank2)
Cam
s ensor
( b ank2)
Hall  S ensor
Dig it a l  2  -
C am 2
C1-2 3
15
Knock
s ensor
Knock
s ensor
Knock
s ensor
Knock
s ensor
Knock
s ensor
Knock
s ensor
Pie zo ele ctric  s ensor, s in gle
s ensor lo cate d in  v alle y  o f
e ngin e.
Knock 0
C1-2 7
16
Oxyg en
s en so r 1
( b an k2)
Oxyg en
s en so r 1
( b an k2)
UEG O
U N-1
UEG O
U N-1
UEG O
U N-1
UEG O
U N-1
UEG O
UEG O1 U N
C1-7 
						

							22
© 2 015 A EM  P erfo rm ance E le ctr o nic s
P
/N  3 0-3 520
350Z /
G 35 P IN
2003
3 50Z  &
G 35
C oupe
( M /T )
2004
3 50Z  &
G 35
C oupe
( M /T )
2004.5
3 50Z  &
G 35
C oupe M /
T
2005
3 50Z  M /T
2005
3 50Z
T ra ck,
3 5th  &
G 35 
M /T
2006
3 50Z  &
G 35
C oupe M /
T
Descrip tio n
In fin ity  P in
N am e
In fin ity
17
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21
In je cto r 5
In je cto r 5
In je cto r 5
In je cto r 5
In je cto r 5
In je cto r 5
Hig h Im pedance in je cto rs ,
2 90cc @  4 3.5 psi
In je cto r 5
C1-5 7
22
In je cto r 3
In je cto r 3
In je cto r 3
In je cto r 3
In je cto r 3
In je cto r 3
Hig h Im pedance in je cto rs ,
2 90cc @  4 3.5 psi
In je cto r 3
C1-5 9
23
In je cto r 1
In je cto r 1
In je cto r 1
In je cto r 1
In je cto r 1
In je cto r 1
Hig h Im pedance in je cto rs ,
2 90cc @  4 3.5 psi
In je cto r 1
C1-6 3
24
O2
S en so r 1
h eate r
( b an k1)
O2
S en so r 1
h eate r
( b an k1)
UEG O H -
2
UEG O H -
2
UEG O H -
2
UEG O H -
2
PW M L S  h eate r s ig nal  (1 2V
i s  s upplie d in dependently
o f E C U.)
UEG O2 H eat
C2-4 9
25
O2
S ensor 2
h eate r
( b ank1)
O2
S ensor 2
h eate r
( b ank1)
O2
S ensor 2
h eate r
( b ank1)
O2
S ensor 2
h eate r
( b ank1)
O2
S ensor 2
h eate r
( b ank1)
O2
S ensor 2
h eate r
( b ank1)
PW M L S  h eate r s ig nal  (1 2V
i s  s upplie d in dependently
o f E C U.)
---
---
26
---
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27
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28
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---
29
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30
---
---
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---
31
---
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---
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---
---
32
EVAP
p re ssure
s ensor
EVAP
p re ssure
s ensor
EVAP
p re ssure
s ensor
EVAP
p re ssure
s ensor
EVAP
p re ssure
s ensor
EVAP
p re ssure
s ensor
0–5V  A nalo g In put
Ana17
C2-1 2
33
Cam
s ensor
( b ank1)
Cam
s ensor
( b ank1)
Cam
s ensor
( b ank1)
Cam
s ensor
( b ank1)
Cam
s ensor
( b ank1)
Cam
s ensor
( b ank1)
Hall  S ensor
Dig it a l  1  -
C am 1
C1-2 2
34
In ta ke A ir
T em p
In ta ke A ir
T em p
In ta ke A ir
T em p
In ta ke A ir
T em p
In ta ke A ir
T em p
In ta ke A ir
T em p
Therm is te r in put
Tem p 2  - A ir
T em p
( M anif o ld )
C1-6 7
35
Oxyg en
S en so r 1
( b an k1)
Oxyg en
S en so r 1
( b an k1)
UEG O
V M -1
UEG O
V M -1
UEG O
V M -1
UEG O
V M -1
UEG O
UEG O1 V M
C1-8
36
---
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37
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38
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39
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							2003–2006 N is sa n 3 50Z/In fin iti G 35
23
© 2 015 A EM  P erfo rm ance E le ctr o nic s
350Z /
G 35 P IN
2003
3 50Z  &
G 35
C oupe
( M /T )
2004
3 50Z  &
G 35
C oupe
( M /T )
2004.5
3 50Z  &
G 35
C oupe M /
T
2005
3 50Z  M /T
2005
3 50Z
T ra ck,
3 5th  &
G 35 
M /T
2006
3 50Z  &
G 35
C oupe M /
T
Descrip tio n
In fin ity  P in
N am e
In fin ity
40
In je cto r 6
In je cto r 6
In je cto r 6
In je cto r 6
In je cto r 6
In je cto r 6
Hig h Im pedance in je cto rs ,
2 90cc @  4 3.5 psi
In je cto r 6
C1-5 6
41
In je cto r 4
In je cto r 4
In je cto r 4
In je cto r 4
In je cto r 4
In je cto r 4
Hig h Im pedance in je cto rs ,
2 90cc @  4 3.5 psi
In je cto r 4
C1-5 8
42
In je cto r 2
In je cto r 2
In je cto r 2
In je cto r 2
In je cto r 2
In je cto r 2
Hig h Im pedance in je cto rs ,
2 90cc @  4 3.5 psi
In je cto r 2
C1-6 2
43
---
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---
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---
44
---
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---
---
45
EVAP
c anis te r
p urg e
s ole noid
EVAP
c anis te r
p urg e
s ole noid
EVAP
c anis te r
p urg e
s ole noid
EVAP
c anis te r
p urg e
s ole noid
EVAP
c anis te r
p urg e
s ole noid
EVAP
c anis te r
p urg e
s ole noid
PW M L S  s ig nal  (1 2V  is
s upplie d in dependently  o f
E C U)
Low sid eS wit c h9
C2-2 9
46
---
---
---
---
---
---
---
---
---
47
Vcc (T P S)
Vcc (T P S)
Vcc (T P S)
Vcc (T P S)
Vcc (T P S)
Vcc (T P S)
5V  S ensor V cc
+5V _O ut
C1-4 1
48
Vcc
( E VAP
p re ssure
s ensor)
Vcc
( E VAP
p re ssure
s ensor)
Vcc
( E VAP
p re ssure
s ensor)
Vcc
( E VAP
p re ssure
s ensor)
Vcc
( E VAP
p re ssure
s ensor)
Vcc
( E VAP
p re ssure
s ensor)
5V  S ensor V cc
+5V _O ut
C1-4 2
49
Vcc
( re frig era n
t
p re ssure )
Vcc
( re frig era n
t
p re ssure )
Vcc
( re frig era n
t
p re ssure )
Vcc
( re frig era n
t
p re ssure )
Vcc
( re frig era n
t
p re ssure )
Vcc
( re frig era n
t
p re ssure )
5V  S ensor V cc
+5V _O ut
C2-2 2
50
TP S1
TP S1
TP S1
TP S1
TP S1
TP S1
0–5V  A nalo g In put
Ana7 - T hro ttle
C1-3 5
51
MAF
MAF
MAF
MAF
MAF
MAF
0–5V  A nalo g In put
Ana20 - M AF
A nalo g
C2-3 3
52
---
---
---
---
---
---
---
---
---
53
---
---
---
---
eV TC  E xh
P os
( b an k 1 )
eV TC  E xh
P os
( b an k 1 )
12V  H all  s ig nal.  3  e v en,
s hort, p uls es p er c y cle
Dig it a l  4
C1-2 5
54
---
---
---
---
---
---
---
---
---
55
Oxy gen
S ensor 2
( b ank2)
Oxy gen
S ensor 2
( b ank2)
Oxy gen
S ensor 2
( b ank2)
Oxy gen
S ensor 2
( b ank2)
Oxy gen
S ensor 2
( b ank2)
Oxy gen
S ensor 2
( b ank2)
0–5V  A nalo g In put
---
---
56
---
---
UEG O IP -
1
UEG O IP -
1
UEG O IP -
1
UEG O IP -
1
UEG O
UEG O1 IP
C1-6
57
---
---
UEG O
V M -2
UEG O
V M -2
UEG O
V M -2
UEG O
V M -2
UEG O
UEG O2 V M
C2-4 5
58
---
---
UEG O IP -
2
UEG O IP -
2
UEG O IP -
2
UEG O IP -
2
UEG O
UEG O2 IP
C2-4 7
59
---
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---
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---
---
---
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60
ig nit io n 5
ig nit io n 5
ig nit io n 5
ig nit io n 5
ig nit io n 5
ig nit io n 5
TTL C oil  s ig nal
Coil  5
C1-1 6
61
ig nit io n 3
ig nit io n 3
ig nit io n 3
ig nit io n 3
ig nit io n 3
ig nit io n 3
TTL C oil  s ig nal
Coil  3
C1-1 2 
						

							24
© 2 015 A EM  P erfo rm ance E le ctr o nic s
P
/N  3 0-3 520
350Z /
G 35 P IN
2003
3 50Z  &
G 35
C oupe
( M /T )
2004
3 50Z  &
G 35
C oupe
( M /T )
2004.5
3 50Z  &
G 35
C oupe M /
T
2005
3 50Z  M /T
2005
3 50Z
T ra ck,
3 5th  &
G 35 
M /T
2006
3 50Z  &
G 35
C oupe M /
T
Descrip tio n
In fin ity  P in
N am e
In fin ity
62
ig nit io n 1
ig nit io n 1
ig nit io n 1
ig nit io n 1
ig nit io n 1
ig nit io n 1
TTL C oil  s ig nal
Coil  1
C1-1 4
63
---
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---
---
---
---
---
---
64
---
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---
65
---
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---
---
---
66
Sensor
g ro und
( tp s)
Sensor
g ro und
( tp s)
Sensor
g ro und
( tp s)
Sensor
g ro und
( tp s)
Sensor
g ro und
( tp s)
Sensor
g ro und
( tp s)
Sensor G ro und
Sensor G ND
C1-1 9
67
Sensor
g ro und
Sensor
g ro und
Sensor
g ro und
Sensor
g ro und
Sensor
g ro und
Sensor
g ro und
Sensor G ro und
Sensor G ND
C1-2 0
68
Vcc
( p ow er
s te erin g
p re ssure )
Vcc
( p ow er
s te erin g
p re ssure )
Vcc
( p ow er
s te erin g
p re ssure )
Vcc
( p ow er
s te erin g
p re ssure )
Vcc
( p ow er
s te erin g
p re ssure )
Vcc
( p ow er
s te erin g
p re ssure )
5V  S ensor V cc
+5V _O ut
C2-2 3
69
TP S 2
TP S 2
TP S 2
TP S 2
TP S 2
TP S 2
0–5V  A nalo g In put
Ana16
-  T hro ttle 2
C2-2 1
70
Refrig era
n t
p re ssure
s ensor
Refrig era
n t
p re ssure
s ensor
Refrig era
n t
p re ssure
s ensor
Refrig era
n t
p re ssure
s ensor
Refrig era
n t
p re ssure
s ensor
Refrig era
n t
p re ssure
s ensor
0–5V  A nalo g In put
Ana22
C2-3 5
71
---
---
---
---
---
---
---
---
---
72
---
---
---
---
eV TC  E xh
P os
( b an k 2 )
eV TC  E xh
P os
( b an k 2 )
12V  H all  s ig nal.  3  e v en,
s hort, p uls es p er c y cle
Dig it a l  3
C1-2 4
73
Coola nt
t e m pera tu
r e
Coola nt
t e m pera tu
r e
Coola nt
t e m pera tu
r e
Coola nt
t e m pera tu
r e
Coola nt
t e m pera tu
r e
Coola nt
t e m pera tu
r e
Therm is te r in put
Tem p 1  -
C oola nt T em p
C1-6 6
74
Oxy gen
S ensor 2
( b ank1)
Oxy gen
S ensor 2
( b ank1)
Oxy gen
S ensor 2
( b ank1)
Oxy gen
S ensor 2
( b ank1)
Oxy gen
S ensor 2
( b ank1)
Oxy gen
S ensor 2
( b ank1)
0–5V  A nalo g In put
---
---
75
---
---
UEG O IA -
1
UEG O IA -
1
UEG O IA -
1
UEG O IA -
1
UEG O
UEG O1 IA
C1-5
76
---
---
UEG O
U N-2
UEG O
U N-2
UEG O
U N-2
UEG O
U N-2
UEG O
UEG O2 U N
C2-4 6
77
---
---
UEG O IA -
2
UEG O IA -
2
UEG O IA -
2
UEG O IA -
2
UEG O
UEG O2 IA
C2-4 8
78
Sensor
g nd (O 2
S ensor)
Sensor
g nd (O 2
S ensor)
Sensor
g nd (O 2
S ensor)
Sensor
g nd (O 2
S ensor)
Sensor
g nd (O 2
S ensor)
Sensor
g nd (O 2
S ensor)
Sensor G ro und
Sensor G ND
C2-3 0
79
ig nit io n 6
ig nit io n 6
ig nit io n 6
ig nit io n 6
ig nit io n 6
ig nit io n 6
TTL C oil  s ig nal
Coil  6
C1-1 5
80
ig nit io n 4
ig nit io n 4
ig nit io n 4
ig nit io n 4
ig nit io n 4
ig nit io n 4
TTL C oil  s ig nal
Coil  4
C1-1 1
81
ig nit io n 2
ig nit io n 2
ig nit io n 2
ig nit io n 2
ig nit io n 2
ig nit io n 2
TTL C oil  s ig nal
Coil  2
C1-1 3
82
Sensor
g ro und
( A PP 1 )
Sensor
g ro und
( A PP 1 )
Sensor
g ro und
( A PP 1 )
Sensor
g ro und
( A PP 1 )
Sensor
g ro und
( A PP 1 )
Sensor
g ro und
( A PP 1 )
Sensor G ro und
Sensor G ND
C2-3 1 
						

							2003–2006 N is sa n 3 50Z/In fin iti G 35
25
© 2 015 A EM  P erfo rm ance E le ctr o nic s
350Z /
G 35 P IN
2003
3 50Z  &
G 35
C oupe
( M /T )
2004
3 50Z  &
G 35
C oupe
( M /T )
2004.5
3 50Z  &
G 35
C oupe M /
T
2005
3 50Z  M /T
2005
3 50Z
T ra ck,
3 5th  &
G 35 
M /T
2006
3 50Z  &
G 35
C oupe M /
T
Descrip tio n
In fin ity  P in
N am e
In fin ity
83
Sensor
g ro und
( A PP 2 )
Sensor
g ro und
( A PP 2 )
Sensor
g ro und
( A PP 2 )
Sensor
g ro und
( A PP 2 )
Sensor
g ro und
( A PP 2 )
Sensor
g ro und
( A PP 2 )
Sensor G ro und
Sensor G ND
C2-3 2
84
---
---
---
---
---
---
---
---
---
85
DATA
L in k
C onnecto r
DATA
L in k
C onnecto r
Data  lin k
C onnecto r
 
Data  lin k
C onnecto r
 
Data  lin k
C onnecto r
 
Data  lin k
C onnecto r
 
IS O /K W P (P in  7  o n O BD  2
C onnecto r)
---
---
86
CAN  L
( w /1 20
o hm
r e sis to r)
CAN  L
( w /1 20
o hm
r e sis to r)
CAN  L
( w /1 20
o hm
r e sis to r)
CAN  L
( w /1 20
o hm
r e sis to r)
CAN  L
( w /1 20
o hm
r e sis to r)
CAN  L
( w /1 20
o hm
r e sis to r)
Term in ate d C AN  n ode
CAN  B  -
C2-4 2
87
---
---
---
---
---
---
---
---
---
88
---
---
---
---
---
---
---
---
---
89
---
---
---
---
---
---
---
---
---
90
Vcc (A PP
1 )
Vcc (A PP
1 )
Vcc (A PP
1 )
Vcc (A PP
1 )
Vcc (A PP
1 )
Vcc (A PP
1 )
5V  S ensor V cc
+5V _O ut
C2-2 4
91
Vcc (A PP
2 )
Vcc (A PP
2 )
Vcc (A PP
2 )
Vcc (A PP
2 )
Vcc (A PP
2 )
Vcc (A PP
2 )
5V  S ensor V cc
+5V _O ut
C2-2 4
92
---
---
---
---
---
---
---
---
---
93
---
---
---
---
---
---
---
---
---
94
CAN  H
( w /1 20
o hm
r e sis to r)
CAN  H
( w /1 20
o hm
r e sis to r)
CAN  H
( w /1 20
o hm
r e sis to r)
CAN  H
( w /1 20
o hm
r e sis to r)
CAN  H
( w /1 20
o hm
r e sis to r)
CAN  H
( w /1 20
o hm
r e sis to r)
Term in ate d C AN  n ode
CAN  B  +
C2-4 1
95
---
---
---
---
---
---
---
---
---
96
---
---
---
---
---
---
---
---
---
97
---
---
---
---
---
---
---
---
---
98
APP 2
APP 2
APP 2
APP 2
APP 2
APP 2
0–5V  A nalo g In put
Ana19 - A PP 2
C2-1 4
99
ASC D
s te erin g
s w it c h
ASC D
s te erin g
s w it c h
ASC D
s te erin g
s w it c h
ASC D
s te erin g
s w it c h
ASC D
s te erin g
s w it c h
ASC D
s te erin g
s w it c h
Use 2 .4 9k T herm is te r
i n put. ~ 0v =M ain ,
~ 0.5 v =C ancel,  ~ 1v =set/
c oast, ~ 1.9 v =R es/A cc,
o th erw is e ~ 3.1 v
Tem p 4
-  C harg eO utT e
m p
C2-1 5
100
---
---
---
---
---
---
---
---
---
101
sto p la m p
s w it c h
sto p la m p
s w it c h
sto p la m p
s w it c h
sto p la m p
s w it c h
sto p la m p
s w it c h
sto p la m p
s w it c h
0V  re le ased, 1 2V  w hen
p re ssed
Dig it a l  6  - (n o
P /U )
C2-3 7
102
PN P
s w it c h
PN P
s w it c h
PN P
s w it c h
PN P
s w it c h
PN P
s w it c h
Neutra l
S afe ty
S wit c h
Gro unds w hen in  N eutra l,
o th erw is e O /C
Dig it a l  5  -
C1-2 6
103
---
---
---
---
---
---
---
---
--- 
						

							26
© 2 015 A EM  P erfo rm ance E le ctr o nic s
P
/N  3 0-3 520
350Z /
G 35 P IN
2003
3 50Z  &
G 35
C oupe
( M /T )
2004
3 50Z  &
G 35
C oupe
( M /T )
2004.5
3 50Z  &
G 35
C oupe M /
T
2005
3 50Z  M /T
2005
3 50Z
T ra ck,
3 5th  &
G 35 
M /T
2006
3 50Z  &
G 35
C oupe M /
T
Descrip tio n
In fin ity  P in
N am e
In fin ity
104
DBW
m oto r
r e la y  (L S )
DBW
m oto r
r e la y  (L S )
DBW
m oto r
r e la y  (L S )
DBW
m oto r
r e la y  (L S )
DBW
m oto r
r e la y  (L S )
DBW
m oto r
r e la y  (L S )
LS  to  a ctiv ate
12V _R ela y _C o
n tro l
C1-2 9
( s plic e)
105
---
---
---
---
---
---
---
---
---
106
APP 1
APP 1
APP 1
APP 1
APP 1
APP 1
0–5V  A nalo g In put
Ana18 - A PP 1
C2-1 3
107
Fuel  ta nk
t e m p
Fuel  ta nk
t e m p
Fuel  ta nk
t e m p
Fuel  ta nk
t e m p
Fuel  ta nk
t e m p
Fuel  ta nk
t e m p
Therm is te r, 2 0C  =  2 .3 –
2 .7 K ohm , 5 0C  =  7 90–900
o hm
Tem p 6  - T ra ns/
F uelT em p
C2-1 7
108
AC SD
b ra ke
s w it c h
AC SD
b ra ke
s w it c h
AC SD
b ra ke
s w it c h
AC SD
b ra ke
s w it c h
AC SD
b ra ke
s w it c h
AC SD
b ra ke
s w it c h
12V  w hen o n, O C w hen o ff
Dig it a l  7  -
C lu tc hS wit c h
( n o P /U )
C2-3 8
109
Ig nit io n
s w it c h
Ig nit io n
s w it c h
Ig nit io n
s w it c h
Ig nit io n
s w it c h
Ig nit io n
s w it c h
Ig nit io n
s w it c h
12V  w hen O N o r
 C ra nkin g
+12V  S W   (Ig n
S wit c h)
C1-6 5
110
---
---
---
---
---
---
---
---
---
111
Main
R ela y
C ontro l
( L S )
Main
R ela y
C ontro l
( L S )
Main
R ela y
C ontro l
( L S )
Main
R ela y
C ontro l
( L S )
Main
R ela y
C ontro l
( L S )
Main
R ela y
C ontro l
( L S )
LS  to  a ctiv ate
12V _R ela y _C o
n tro l
C1-2 9
( s plic e)
112
---
---
---
---
---
---
---
---
---
113
Fuel
P um p
R ela y
( L S ) 
Fuel
P um p
R ela y
( L S ) 
Fuel
P um p
R ela y
( L S ) 
Fuel
P um p
R ela y
( L S ) 
Fuel
P um p
R ela y
( L S ) 
Fuel
P um p
R ela y
( L S ) 
LS  to  a ctiv ate
Low sid eS wit c h0
f u el  p um p
C1-3 4
114
---
---
---
---
---
---
---
---
---
115
EC M
g ro und
EC M
g ro und
EC M
g ro und
EC M
g ro und
EC M
g ro und
EC M
g ro und
Main  p ow er g ro und
GND
C1-5 5,
6 0, 7 3
116
EC M
g ro und
EC M
g ro und
EC M
g ro und
EC M
g ro und
EC M
g ro und
EC M
g ro und
Main  p ow er g ro und
GND
C2-3 , 8
117
EVAP
v ent
c ontro l
v alv e
EVAP
v ent
c ontro l
v alv e
EVAP
v ent
c ontro l
v alv e
EVAP
v ent
c ontro l
v alv e
EVAP
v ent
c ontro l
v alv e
EVAP
v ent
c ontro l
v alv e
LS  to  a ctiv ate
Low sid eS wit c h7
S pare  G PO 1
C2-4 4
118
---
---
---
---
---
---
---
---
---
119
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
12V  in put, s w it c hed o n/o ff
b y  m ain  re la y  (p 111)
+12V
C1-6 1
120
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
Pow er
( f ro m
M ain
R ela y )
12V  in put, s w it c hed o n/o ff
b y  m ain  re la y  (p 111)
+12V
C1-6 4
121
Perm
P ow er
Perm
P ow er
Perm
P ow er
Perm
P ow er
Perm
P ow er
Perm
P ow er
12V  p erm  p ow er
+12V  P erm
P ow er
C1-1 0 
						

							2003–2006 N is sa n 3 50Z/In fin iti G 35
27
© 2 015 A EM  P erfo rm ance E le ctr o nic s
In fin it y  P in outs
Dedic ate d
Dedic ate d a nd n ot
r e config ura ble
Assig ned
Assig ned b ut r e config ura ble
Ava ila ble
Ava ila ble  f o r u ser s etu p 
Not A pplic able
Not u sed in  t h is  c onfig ura tio n
Requir e d
Requir e d f o r p ro per f u nctio n
In fin ity
P in
Hard w are  R efe re n ce
2003–2006 3 50Z /
G 35
S pecific atio n
Dest. P in
  3 50Z /
G 35
Hard w are  S pecific atio n
Note s
C1-1
Harn ess_Low sid eS wit c h_4
A/C  C om pre ssor
C lu tc h R ela y
  Low sid e s w it c h, 1 .7 A
m ax, N O in te rn al  f ly back
d io de.
See S etu p W iz a rd  P age L ow Sid e
A ssig nm ent T able s f o r a ctiv atio n
c rit e ria .
C1-2
Harn ess_Low sid eS wit c h_6
VVC 2A  S ole noid
C ontro l
9 Low sid e s w it c h, 6 A  m ax
w it h  in te rn al  f ly back
d io de. In ductiv e lo ad
s hould  N OT h av e f u ll
t im e p ow er. 
See S etu p W iz a rd  P age L ow Sid e
A ssig nm ent T able s f o r a ctiv atio n
c rit e ria .
C1-3
Harn ess_Low sid eS wit c h_5
VVC 1B  S ole noid
C ontro l
10
Low sid e s w it c h, 6 A  m ax
w it h  in te rn al  f ly back
d io de. In ductiv e lo ad
s hould  N OT h av e f u ll
t im e p ow er. 
See S etu p W iz a rd  P age L ow Sid e
A ssig nm ent T able s f o r a ctiv atio n
c rit e ria .
C1-4
Harn ess_U EG O_H eat-_ 1
UEG O 1  H eat
2
Bosch U EG O c ontro lle r
Low sid e s w it c h f o r U EG O h eate r
c ontro l.  C onnect to  p in  4  o f B osch
U EG O s ensor. N OTE  th at p in  3  o f th e
S ensor is  h eate r (+ ) a nd m ust b e
p ow er b y  a  f u sed/s w it c hed 1 2V
s upply .
C1-5
Harn ess_U EG O_IA _1
UEG O 1  IA
75
Trim  C urre nt s ig nal.  C onnect to  p in  2
o f B osch U EG O s ensor.
C1-6
Harn ess_U EG O_IP _1
UEG O 1  IP
56
Pum pin g C urre nt s ig nal.  C onnect to
p in  6  o f B osch U EG O s ensor.
C1-7
Harn ess_U EG O_U N_1
UEG O 1  U N
16
Nern st V olt a ge s ig nal.  C onnect to  p in
1  o f B osch U EG O s ensor.
C1-8
Harn ess_U EG O_V M _1
UEG O 1  V M
35
Vir tu al  G ro und s ig nal.  C onnect to  p in  5
o f B osch U EG O s ensor.
C1-9
Harn ess_F la sh_E nable
Harn ess F la sh
E nable
  10K  p ulld ow n
Not u sually  n eeded f o r a uto m atic
f ir m ware  u pdate s th ro ugh In fin it y
T uner. If  c onnectio n e rro rs  o ccur
d urin g u pdate , c onnect 1 2 v olt s  to  th is
p in  b efo re  p ro ceedin g w it h  u pgra de.
D is connect th e 1 2 v olt s  s ig nal  a fte r
t h e u pdate .
C1-1 0
+12V _R 8C _C PU
Batte ry  P erm
P ow er
121
Dedic ate d p ow er
m anagem ent C PU
Full  tim e b atte ry  p ow er. M UST b e
p ow ere d b efo re  th e ig nit io n s w it c h
i n put is  trig gere d (S ee C 1-6 5).
C1-1 1
Harn ess_C oil_ 3
Coil  4
80
25 m A m ax s ourc e
c urre nt
0–5V  F allin g e dge f ir e . D O N OT
c onnect d ir e ctly  to  c oil  p rim ary . M ust
u se a n ig nit o r O R C DI th at a ccepts  a
F ALLIN G e dge f ir e  s ig nal. 
						

							28
© 2 015 A EM  P erfo rm ance E le ctr o nic s
P
/N  3 0-3 520
In fin ity
P in
Hard w are  R efe re n ce
2003–2006 3 50Z /
G 35
S pecific atio n
Dest. P in
  3 50Z /
G 35
Hard w are  S pecific atio n
Note s
C1-1 2
Harn ess_C oil_ 2
Coil  3
61
25 m A m ax s ourc e
c urre nt
0–5V  F allin g e dge f ir e . D O N OT
c onnect d ir e ctly  to  c oil  p rim ary . M ust
u se a n ig nit o r O R C DI th at a ccepts  a
F ALLIN G e dge f ir e  s ig nal.
C1-1 3
Harn ess_C oil_ 1
Coil  2
81
25 m A m ax s ourc e
c urre nt
0–5V  F allin g e dge f ir e . D O N OT
c onnect d ir e ctly  to  c oil  p rim ary . M ust
u se a n ig nit o r O R C DI th at a ccepts  a
F ALLIN G e dge f ir e  s ig nal.
C1-1 4
Harn ess_C oil_ 0
Coil  1
62
25 m A m ax s ourc e
c urre nt
0–5V  F allin g e dge f ir e . D O N OT
c onnect d ir e ctly  to  c oil  p rim ary . M ust
u se a n ig nit o r O R C DI th at a ccepts  a
F ALLIN G e dge f ir e  s ig nal.
C1-1 5
Harn ess_C oil_ 5
Coil  6
79
25 m A m ax s ourc e
c urre nt
0–5V  F allin g e dge f ir e . D O N OT
c onnect d ir e ctly  to  c oil  p rim ary . M ust
u se a n ig nit o r O R C DI th at a ccepts  a
F ALLIN G e dge f ir e  s ig nal.
C1-1 6
Harn ess_C oil_ 4
Coil  5
60
25 m A m ax s ourc e
c urre nt
0–5V  F allin g e dge f ir e . D O N OT
c onnect d ir e ctly  to  c oil  p rim ary . M ust
u se a n ig nit o r O R C DI th at a ccepts  a
F ALLIN G e dge f ir e  s ig nal.
C1-1 7
Harn ess_Low sid eS wit c h_2
Rad F an 1
NC
Low sid e s w it c h, 1 .7 A
m ax, N O in te rn al  f ly back
d io de.
See S etu p W iz a rd  P age L ow Sid e
A ssig nm ent T able s f o r a ctiv atio n
c rit e ria .
C1-1 8
Harn ess_Low sid eS wit c h_3
VVC 1A
11
Low sid e s w it c h, 6 A  m ax
w it h  in te rn al  f ly back
d io de. In ductiv e lo ad
s hould  N OT h av e f u ll
t im e p ow er. 
See S etu p W iz a rd  P age L ow Sid e
A ssig nm ent T able s f o r a ctiv atio n
c rit e ria .
C1-1 9
AG ND_1
Sensor G ro und
66
Dedic ate d a nalo g g ro und
Analo g 0 –5V  s ensor g ro und
C1-2 0
AG ND_1
Sensor G ro und
67
Dedic ate d a nalo g g ro und
Analo g 0 –5V  s ensor g ro und
C1-2 1
Harn ess_D ig it a l_ In _0
Cra nkshaft
P osit io n S ensor
H all
13
10K  p ullu p to  1 2V . W ill
w ork  w it h  g ro und o r
f lo atin g s w it c hes.
See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-2 2
Harn ess_D ig it a l_ In _1
Cam shaft
P osit io n S ensor
1  H all
33
10K  p ullu p to  1 2V . W ill
w ork  w it h  g ro und o r
f lo atin g s w it c hes.
See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-2 3
Harn ess_D ig it a l_ In _2
Cam shaft
P osit io n S ensor
2  H all
14
10K  p ullu p to  1 2V . W ill
w ork  w it h  g ro und o r
f lo atin g s w it c hes.
See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-2 4
Harn ess_D ig it a l_ In _3
Cam shaft
P osit io n S ensor
4  H all
72
10K  p ullu p to  1 2V . W ill
w ork  w it h  g ro und o r
f lo atin g s w it c hes.
See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-2 5
Harn ess_D ig it a l_ In _4
Cam shaft
P osit io n S ensor
3  H all
53
10K  p ullu p to  1 2V . W ill
w ork  w it h  g ro und o r
f lo atin g s w it c hes.
See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-2 6
Harn ess_D ig it a l_ In _5
Fle x F uel
  10K  p ullu p to  1 2V . W ill
w ork  w it h  g ro und o r
f lo atin g s w it c hes.
See c hannel  F le xD ig it a lI n  [H z] f o r ra w
f re quency  in put d ata .
C1-2 7
Harn ess_K nock_In _0
Knock S ensor 1
15
Dedic ate d k nock s ig nal
p ro cessor 
See S etu p W iz a rd  p age K nock S etu p
f o r o ptio ns. 
C1-2 8
Harn ess_K nock_In _1
Knock S ensor 2
NC
Dedic ate d k nock s ig nal
p ro cessor 
See S etu p W iz a rd  p age K nock S etu p
f o r o ptio ns.  
						

							2003–2006 N is sa n 3 50Z/In fin iti G 35
29
© 2 015 A EM  P erfo rm ance E le ctr o nic s
In fin ity
P in
Hard w are  R efe re n ce
2003–2006 3 50Z /
G 35
S pecific atio n
Dest. P in
  3 50Z /
G 35
Hard w are  S pecific atio n
Note s
C1-2 9
Harn ess_
+ 12V _R ela y _C ontro l
+12V  R ela y
C ontro l
104, 1 11
0.7 A  m ax g ro und s in k f o r
e xte rn al  re la y  c ontro l
Will  a ctiv ate  a t k ey  o n a nd a t k ey  o ff
a ccord in g to  th e c onfig ura tio n
s ettin gs.
C1-3 0
Pow er G ro und
Gro und
  Pow er G ro und
Connect d ir e ctly  to  b atte ry  g ro und.
C1-3 1
Harn ess_C AN L_A out
AEM Net C AN L
  Dedic ate d H ig h S peed
C AN  T ra nsceiv er
Recom mend tw is te d p air  (o ne tw is t p er
2 ) w it h  te rm in atin g re sis to r. C onta ct
A EM  f o r a ddit io nal  in fo rm atio n.
C1-3 2
Harn ess_C AN H_A out
AEM Net C AN H
  Dedic ate d H ig h S peed
C AN  T ra nsceiv er
Recom mend tw is te d p air  (o ne tw is t p er
2 ) w it h  te rm in atin g re sis to r. C onta ct
A EM  f o r a ddit io nal  in fo rm atio n.
C1-3 3
Harn ess_Low sid eS wit c h_1
Boost C ontro l
  Low sid e s w it c h, 1 .7 A
m ax w it h  in te rn al  f ly back
d io de. In ductiv e lo ad
s hould  N OT h av e f u ll
t im e p ow er. 
See S etu p W iz a rd  p age B oost C ontro l
f o r o ptio ns. M onit o r B oostC ontro l  [% ]
c hannel  f o r o utp ut s ta te .
C1-3 4
Harn ess_Low sid eS wit c h_0
Fuel  P um p 2
113
Low sid e s w it c h, 1 .7 A
m ax, N O in te rn al  f ly back
d io de.
Swit c hed g ro und. W ill  p rim e f o r 2
s econds a t k ey  o n a nd a ctiv ate  if
R PM  >  0 .
C1-3 5
Harn ess_A nalo g_In _7
Thro ttle  P osit io n
S ensor 1
50
12 b it  A /D , 1 00K  p ullu p to
5 V
0–5V  a nalo g s ig nal.  U se + 5V  O ut p in s
a s p ow er s upply  a nd S ensor G ro und
p in s a s th e lo w  re fe re nce. D o n ot
c onnect s ig nals  re fe re nced to  + 12V  a s
t h is  c an p erm anently  d am age th e
E C U. S ee th e D riv e b y  W ir e  W iz a rd
f o r c alib ra tio n.  
C1-3 6
Harn ess_A nalo g_In _8
MAP S ensor
  12 b it  A /D , 1 00K  p ullu p to
5 V
0–5V  a nalo g s ig nal.  U se + 5V  O ut p in s
a s p ow er s upply  a nd S ensor G ro und
p in s a s th e lo w  re fe re nce. D o n ot
c onnect s ig nals  re fe re nced to  + 12V  a s
t h is  c an p erm anently  d am age th e
E C U. S ee th e S etu p W iz a rd  S et
M anif o ld  P re ssure  p age f o r s etu p a nd
c alib ra tio n. M onit o r th e M AP [k P a]
c hannel.
C1-3 7
Harn ess_A nalo g_In _9
Fuel  P re ssure
  12 b it  A /D , 1 00K  p ullu p to
5 V
0–5V  a nalo g s ig nal.  U se + 5V  O ut p in s
a s p ow er s upply  a nd S ensor G ro und
p in s a s th e lo w  re fe re nce. D o n ot
c onnect s ig nals  re fe re nced to  + 12V  a s
t h is  c an p erm anently  d am age th e
E C U. S ee th e S etu p W iz a rd  F uel
P re ssure  p age f o r s etu p a nd
c alib ra tio n. M onit o r th e F uelP re ssure
[ p sig ] c hannel.
C1-3 8
Harn ess_A nalo g_In _10
Baro  S ensor
  12 b it  A /D , 1 00K  p ullu p to
5 V
0–5V  a nalo g s ig nal.  U se + 5V  O ut p in s
a s p ow er s upply  a nd S ensor G ro und
p in s a s th e lo w  re fe re nce. D o n ot
c onnect s ig nals  re fe re nced to  + 12V  a s
t h is  c an p erm anently  d am age th e
E C U. S ee th e S etu p W iz a rd
B aro m etric  P re ssure  p age f o r s etu p
a nd c alib ra tio n. M onit o r th e B aro P re ss
[ k P a] c hannel. 
						

							30
© 2 015 A EM  P erfo rm ance E le ctr o nic s
P
/N  3 0-3 520
In fin ity
P in
Hard w are  R efe re n ce
2003–2006 3 50Z /
G 35
S pecific atio n
Dest. P in
  3 50Z /
G 35
Hard w are  S pecific atio n
Note s
C1-3 9
Harn ess_A nalo g_In _11
Shif t S wit c h
I n put
  12 b it  A /D , 1 00K  p ullu p to
5 V
0–5V  a nalo g s ig nal.  U se + 5V  O ut p in s
a s p ow er s upply  a nd S ensor G ro und
p in s a s th e lo w  re fe re nce. D o n ot
c onnect s ig nals  re fe re nced to  + 12V  a s
t h is  c an p erm anently  d am age th e
E C U. S ee th e 1 -a xis  lo okup ta ble
S hif tS wit c h f o r s etu p.
C1-4 0
Harn ess_A nalo g_In _12
Boost M ode
  12 b it  A /D , 1 00K  p ullu p to
5 V
0–5V  a nalo g s ig nal.  U se + 5V  O ut p in s
a s p ow er s upply  a nd S ensor G ro und
p in s a s th e lo w  re fe re nce. D o n ot
c onnect s ig nals  re fe re nced to  + 12V  a s
t h is  c an p erm anently  d am age th e
E C U. S ee th e B oostM odeA nalo gIn
c hannel  f o r in put s ta te . A  m ult i-
p osit io n ro ta ry  s w it c h s uch a s A EM  P /
N  3 0-2 056 is  re com mended.
C1-4 1
+5V _O ut_ 1
+5V  O ut T P S
47
Regula te d, f u sed + 5V
s upply  f o r s ensor p ow er
Analo g s ensor p ow er
C1-4 2
+5V _O ut_ 1
+5V  O ut E VAP
P re ss
48
Regula te d, f u sed + 5V
s upply  f o r s ensor p ow er
Analo g s ensor p ow er
C1-4 3
Harn ess_H ig hsid eS wit c h_1
Spare  H ig hsid e
( s w it c hed 1 2V )
  0.7 A  m ax, H ig h S id e
S olid  S ta te  R ela y
See S etu p W iz a rd  p age S pare
H ig hsid e f o r c onfig ura tio n o ptio ns.
S ee 2  a xis  lo okup ta ble  S pare _H S f o r
a ctiv atio n s ettin gs.
C1-4 4
Harn ess_H ig hsid eS wit c h_0
VTE C
  0.7 A  m ax, H ig h S id e
S olid  S ta te  R ela y
+12V  H ig h S id e D riv e. S ee S etu p
W iz a rd  H onda V TE C  p age f o r o ptio ns.
C1-4 5
Harn ess_V R +_In _0
Cra nkshaft
P osit io n S ensor
V R +
 
Dif fe re ntia l  V aria ble
R elu cta nce Z ero  C ro ss
D ete ctio n
See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-4 6
Harn ess_V R -_ In _0
Cra nkshaft
P osit io n S ensor
V R -
  See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-4 7
Harn ess_V R -_ In _1
Cam shaft
P osit io n S ensor
1  V R -
 
Dif fe re ntia l  V aria ble
R elu cta nce Z ero  C ro ss
D ete ctio n
See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-4 8
Harn ess_V R +_In _1
Cam shaft
P osit io n S ensor
1  V R +
  See S etu p W iz a rd  p age C am /C ra nk
f o r o ptio ns. 
C1-4 9
Harn ess_V R +_In _2
Non D riv en L eft
W heel  S peed
S ensor +
 
Dif fe re ntia l  V aria ble
R elu cta nce Z ero  C ro ss
D ete ctio n
See N on D riv en W heel  S peed
C alib ra tio n in  th e S etu p W iz a rd  V ehic le
S peed p age.
C1-5 0
Harn ess_V R -_ In _2
Non D riv en L eft
W heel  S peed
S ensor -
   
C1-5 1
Harn ess_V R -_ In _3
Driv en L eft
W heel  S peed
S ensor -
 
Dif fe re ntia l  V aria ble
R elu cta nce Z ero  C ro ss
D ete ctio n
See D riv en W heel  S peed C alib ra tio n in
t h e S etu p W iz a rd  V ehic le  S peed p age.
C1-5 2
Harn ess_V R +_In _3
Driv en L eft
W heel  S peed
S ensor +
   
C1-5 3
Harn ess_H Brid ge0_0
HBrid ge0_0
4 5.0 A  m ax T hro ttle  C ontro l
H brid ge
+12V  to  C lo se