NAD 4130 - Page 12

SYMBOL
NO.
PART
NO.
DESCRIPTION
|
REF
|
R124
L103Y214H21
|
Res,
Carb.
1.5K
+5%
174aw
R125
.
R126
L103Y214H5S7
2.2M
R127
a
7
re
i
R128
L103¥214H31
10K
Pd fr oe
7
R129
R130
R131
R132
R133
R134
R135
R136
R137
R138
R139
R140
R141
R142
R143
R144
120K
Fr
L103Y214H44
er
L103Y214H26 3.9K
Ff
L103Y214H38
fe
L103Y214H193
af
L103 Y214H35
L103Y214H12
tr
L103Y214H39
ef
L103YO22H43
R601-R631
L103Y214H18
R632
L103Y214H20
R801
L103Y214H24
R802
L103
YO022HO7
R803
L103Y214H24
L103Y214H13
L103 V214H31
L103Y214H30
L103 Y214H31
L103 Y022H72
L103Y214H13
L103Y214H23
L103Y214HO7
L103Y214H25
L103Y214H35
L103Y214H39
L103Y214H39
L103Y214H31
L103Y214H37
R804
R805
R806
R807
R808
R809
R810
R311
R812
R813
R814
R815
R816
R820
10K
4.7M
Ci
L140Y306H45
|
Cap,
Cer
0.0474F
+80-20%
SOWV
C2
L140Y306H39
i
0,.022uF
=
“ie
C3
£140¥201H17
me
0.022uF
ie
25WV
c4
L140Y306H12
ie
1000pF
+10%
50WV
1O0PF
a 0.047 uF
Pra
+5%
+80—20%
et
Lt40Y203H35
L140Y306H45
ter
cs
C6
C7
c8
cg
+50-—10%
+80—20%
L182Y322H26
L140Y306H45
1OOunF
0.047 nF
1825022H26 | Cap, El 100uF +50—10% 16V
L140Y306H39 | Cap, Cer. 0.022uF +80-20% SOWV
L182Y322H60 | Cap, E! 14F +75—10% 50V
L140Y306H39
|
Cap,
Cer.
0.022uF
+80-20%
SOWV
U182S022H55 | Cap,El. O.1F +75-10%.50V
U182S022H61 ? 22uF +75-10% 50V
L182Y322H61 i 2.2uF +75-10% 50V
L140Y306H3P
|
Cap,Cer.
0.022uF
+80—20%
SOWV
L182Y322H15 | Cap,El, 220uF +50-10% 10V
L140Y306HOS
|
Cap,Cer.
220P
+5%
5OWV
L172Y306H01
0.001uF
+10%
S50WV
SYMBOL NO. PART NO. DESCRIPTION | REF
L140Y306HO7 | Cap, Poly. 330PF +10% 50WV
L140Y306H45 Fe 0.0474F +80—20% 5OWV
L140Y306H39 | Cap.Cer. 0.022uF +80-20% SOWV
rf se
at ge
L140Y306H45 0.047 uF +80—-20%
.140Y203H11 10PF +0.59F 5sOwvV
U173S006H16 | Cap, Stypol 430PF +5% 5OwWV
L172Y306H13 | Cap,Poly 0.01yF a
Li40Y203HO6 | Cap,Cer. 5SpF +0 Spr 50WV
1L182Y322H34 | Cap, El 10uF +50-10% 25V
L140Y203H17 | Cap,Cer. O.022yF +10% 25WV
L140Y306H39 7 0.022uF +80-20% 50WV
ae ae
Li40Y306H39
L140Y203H27 | Cap, Cer 479F t6% S0WV
L140Y201H17 - 0.022uF +10% 25WV
U182S022H26 | Cap, El 100uF +50-—10% 16V
L140Y306H39 | Cap, Cer 0.022uF +80-20% SOWV
Lad ee *f
L140Y306H12
ee
t 1000pF
te
+10%
ve
Li40Y306H45
U182S$322H63
L182Y322H63
+80—20%
+75-—10%
wt
0.047 uF
Cap, El. 4.7uF
lad af
U182S022H57 Cap, El. 0.33uF +75-10% 5O0V
L140Y201H13 | Cap,Cer. O.01npF +10% 25WV
U182S022H60 | Cap, El. Tp +75-10% 50V
U140S005H29 | Cap,Cer. O.022uF +5% 5OWV
L140Y306H45 | Cap,Cer. 0.047uF +80-20% 5OWV
U182S022H6O | Cap, El. 1pF +75-10% SOV
L182Y322H38 | Cap, E! 100uF +50-10% 25V
L140Y 306H45 ng 0.047uF +80—20% 5OWV
L180Y037H01 . 4700uF +50-10% 63V
L140Y203H17 .| cap, Cer. 18P +5% 5OWV
U182S022H55 | Cap. El 0.14F +75-10% 50V
U172S002H73 | Cap,Poly O.1uF +50-10% SOWV
L182Y322H60 | Cap. E}. 1 +75-10% 50V
L140Y201H21 Cap,Cer. 0.047uF +10% 25WV
U182S022H49 | Cap, El. k100uF +50-10% 35V
L140Y306H39 | Cap,Cer. 0.022uF +80—-20% SOWV
L182Y322H61 | Cap, El. 2.2uF +75-10% 5O0V
L182Y322H34 ” 10uF +50—-10% 25V
U182S022H61 > tuF +75—-10% 50V
LI82Y322H63 " 4.7uF +75-10% 50V
U173S004HO7 | Cap,Styrol 0.001pF +5% 50WV
U182S022HG62 | Cap, El. 3.3uF +75-10% 50V
U182S022H61 is 2.2uF +75—10% SOV
L140Y¥201H21 Cap,Cer. O0.0474F +10% 25WV
U182S022H41 Cap, El. 470uF +50-10% 25V
U173S004H18 | Cap,Styrol 1200pF +5%
te ?
800PF
L173D001HO3
ft
U173S004H18
ar
e 1200pF ft itd
ee
U173S004H18
L173D001HO3
U173S004H18
ve
1200pF
. 800pF ig ps
‘ef 1200pF re af
of
800pF
L173D001HO3
U173S004H18
1200pF
Oi”
;
=16=