Sony SVBK-170P User manual

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COMPONENT OUTPUT BOARD
SVBK-170P
SERVICE MANUAL
1st Edition

TABLE OF CONTENTS
SECTION 1 OPERATING INSTRUCTION
SECTION 2 SERVICE OVERVIEW
3-1. NOTES ON SPARE PARTS Sed eererreseecescsces 2-1
2-1-1. Notes on Spare Parts Se eeereecresccsecccccene 2-1
2-1-2. Replacement Procedure for Chip Parts *-*+*- 2-1
SECTION 3 ELECTRICAL ALIGNMENT
3-1. REFOSC ADJUSTMENT cetresssestsesttseresese 3-2
3-2. HUE ADJUSTMENT crerrtsteesteressecseceeeeees 3-2
3-2-1. B-Y HUE ADJUSTMENT ccrreesseetreeeees 3-2
3.2-2. R-Y HUE ADJUSTMENT cvvvreesseeseeeees 3-3
3-3. Y OUTPUT LEVEL ADJUSTMENT ***°"*-*- 3-3
3-4. R-Y OUTPUT LEVEL ADJUSTMENT °:**:--*- 3-4
3-5. B-Y OUTPUT LEVEL ADJUSTMENT °::-:---- 3-4
SECTION4 BLOCK DIAGRAM
SECTIONS SCHEMATIC DIAGRAM AND
BOARD LAYOUT
DEC-75 Board ctccececsresssessseseceeeeeseneeeseeeseeseees
SECTION 6 SEMICONDUCTOR PIN
ASSIGNMENTS
SECTION7 SPARE PARTS
7-1. NOTES ON SPARE PARTS
7-1-1. Notes on Spare Parts cerreerceeccecerceeeeeerereres
9-2, EXPLODED VIEW crereessssreeceeeceresraeeeeceeeenes
7-3, ELECTRICAL PARTS LIST srerssssrrscrsesseseseseees

SECTION 1
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1-1

2-1.
SECTION 2
SERVICE OVERVIEW
NOTES ON SPARE PARTS
2-1-1. Notes on Spare Parts
Standardization of Parts
Spare parts supplies form Sony Parts Center may not be
always identical with the parts which actually in use due
to “accommodating the improved parts and/or
engineering changes” or “standardization of genuine
parts”.
This manual’s exploded views and electrical spare parts
list are indicating the part numbers of “the standardized
genuine parts at present.”
Stock of Parts
Parts marked with “o” in SP (Supply code) column of the
spare parts list are not normally required for routine
service work. Orders for parts marked with “o” will be
processed, but allow for additional delivery time.
Units for Capacitors, Inductors and Resistors
The following units are assumed in schematic diagrams,
electrical parts list and exploded views unless otherwise
specified:
Capacitors : uF in schematic diagram
: F of pF in schematic diagram
Resistors : Q
2-1-2. Replacement Procedure for Chip Parts
Required Tools
Soldering iron : 20 W
If possible, use a soldering iron tip heat-
controller at 270 + 10°C.
Braided wire : SOLDER TAUL or equivalent
Sony part No. 7-641-300-81
Solder : 0.6 mm dia. is recommended.
Tweezers
Soldering Conditions
Soldering iron temperature : 270 + 10°C.
Soldering time: less than two seconds per a pin.
CAPACITOR RESISTOR TRANSISTOR
DIODE
<S"
Terminal Terminal Terminal
e Resistor and Capacitor Replacement
1. Place the soldering iron tip onto the chin part and heat it
up until the solder is melted. When the solder is melted,
slide the chip part aside.
2. Make sure that there is no pattern peeling, damage and /
or bridges around the desoldering positions.
3. After removing the chip part, presolder the area, in which
the new chip part is to be placed, with a thin layer of
solder.
4. Place new chip part in the desired position and solder
both ends.
Once a chip part has been removed never use it again.
2-1

IIHT
e Transistor and Diode Replacement
1.
2.
3.
Cut the terminals of the chip part with a nipper.
Remove the cut leads.
Make sure that there is no pattern peeling, damage and/
or bridges around the desoldering positions.
After removing the chip part, presolder the area, in which
the new chip part is to be placed, with a thin layer of
solder.
Place new chip part in the desired position and solder the
terminals.
Once a chip part has been removed never use it again.
e IC Replacement
1.
Using the desoldering wire, “SOLDER TAUL” Sony Part
No. 7-641-300-81, remove the solder around the pins of
the IC-chip to be removed.
While heating up the pins, remove the pins one by one
using sharp-pointed tweezers.
Make sure that there is no pattern peeling, damage and/
or bridges around the desoldering positions.
After removing the chip part, presolder the area, in which
the new chip part is to be placed, with a thin layer of
solder.
Place new chip part in the desired position and solder the
pins.
Once a chip part has been removed never use it again.
2-2

SECTION 3
ELECTRICAL ALIGNMENT
{Equipment Required]
e Videocassette Recorder/Videocassette Player(SVO-5800P/SVP-5600P)
* Oscilloscope(TEKTRONIX 2445B/150 MHz or more)
« Frequency Counter(ADVANTEST TR5821AK)
« Composite Signal Generator(TSG-131)
¢ VH-247 Extension Board(SONY Parts No. J-6382-470-A)
[Note] |
When perform electrical alignment, need the extension board. (Connect the extension board
after turn the power off.)
[Connecton]
RV201 RV403
1 4
£401 g ote201 9 O°Vv40!
TPIOL @tp3q1 TP40!
THROUGH
OFF
oy EXT IN
hy e THROUGH
e
S VIDEO INPUT
CONNECTOR ‘s ADJ
DEC-75
foe |
OQ
TSG-131
VIDEOCASSETTE RECORDER COMPOSITE SIGNAL GENERATOR
VIOEOCASSETTE PLAYER
SVO-5800P/SVP-5600P
TTS ETHEL

3-1. REF OSC ADJUSTMENT
Machine
condition
for
adjustment
Specifications
|
Adjustments
e VIDEO IN : no signa! TP401/DEC-75(D-2) @ CV401/DEC-75(D-1)
¢ STOP(E-E) mode
«
Connect
the
frequency
counter
to
4433619
+
5
Hz
TP401(D-2)
through
an
oscilloscope.
© S1/VH-247 : OFF
3-2. HUE ADJUSTMENT
3-2-1. B-Y HUE ADJUSTMENT
Machine condition for adjustment Specifications | Adjustments |
¢ S Video Input Connector/VH-247 TP301(B-2) @ RV403/DEC-75(C-1)
: 75% COLOR BARS t
¢ S1/VH-247 : EXT IN
S2/VH-247 : ADJ
S3/VH-247 : ADJ
S4/VH-247 : ADJ
No level difference (each 1H signals)
(AS10mvV)
3-2

3-2-2. R-Y HUE ADJUSTMENT
Machine condition for adjustment Specifications | Adjustments |
e S Video Input Connector/VH-247 TP201(B-2) @ CV402/DEC-75(D-3)
: 75% COLOR BARS
¢ S1/VH-247 : EXT IN
S2/VH-247 : ADJ
S3/VH-247 : ADJ
S4/VH-247 : ADJ
No level difference (each 1H signals)
(AS10mV)
3-3. Y OUTPUT LEVEL ADJUSTMENT
e S Video Input Connector/VH-247
: 100% COLOR BARS
© SIVH-247 : EXT IN
S2/VH-247 : ADJ
S3/VH-247 : ADJ
S4/VH-247 : ADJ
A= 1.025+ 0.02 Vp-p

TTT
3-4. R-Y OUTPUT LEVEL ADJUSTMENT
Machine condition for adjustment Specifications Adjustments
e S$ Video Input Connector/VH-247 TP201(B-1) @ RV201/DEC-75(B-1)
: 100% COLOR BARS
¢ S1MVH-247 : EXT IN
S2VH-247 : ADJ
S3/VH-247 : ADJ
S4NH-247 : ADJ
A=0.715 + 0.014 Vp-p
3-5. B-Y OUTPUT LEVEL ADJUSTMENT
Machine condition for adjustment Specifications . Adjustments
¢ S Video Input Connector/VH-247 TP301(B-2) @ RV301/DEC-75(C-1)
: 100% COLOR BARS
© S1/VH-247 : EXT IN
S2/VH-247 : ADJ
$3/VH-247 : ADJ
S4/VH-247 : ADJ
A=0.715 + 0.014 Vp-p

CHROMA DECODER CHROMA DECODER
SECTION 4
BLOCK DIAGRAM
DEC-75; CHROMA DECODER
NTSC: BUFFER
PAL :PHASE SHIFT
10401 - PAL ONLY
M51271FP
TP401 FSC)
14
! I
\
2
2403
|
| 1
TP301
@-Y OUD
aso1 0301, 302 a303 1c201 @/2), 202 @/2) O
Pal COMPONENT CHROMA 00 IN| CHROMA B-Y 19 LPF, TRAP DELAY B-Y Bey out CP246 603-2
VA148,
502-28
BUFFER
“
BECODE
‘
AMP
RV301
B-Y OUTPUT LEVEL
| 1P201 :
R-Y oun
0201, 202 0203 10201 172), 202 072 O
- y cNSO1
7 LPF, TRAP DELAY nee Ary OUT 5B | cp24e, 603-4
! {
RV201
BURST R-Y OUTPUT LEVEL
MUTE
PULSE GEN
10410
! aio! |
cNg01 REG +5.9V
COMPONENT Y 00_ IN Y
val4e8, 502-18 | 1B | BUFFER
10411 1
SW REG 1005-4
SW REG 1005-4
SW REG 1005-4
[1 SB] SW REG 1005-4
-——fi4a
Peal
pmo ES]
1c403
BURST
MUTE -5V
PULSE GEN
HALF H
KILLER
TP403
{BURST MUTE PULSE)
TPIO1
YY oun
FLIO1 Q103, 104, 105 1C101 O
CNSO1
3 7 Y OUT
LPF BELAY he CP2ke O36
1
RV1O1
Y OUTPUT LEVEL
1
DEC-75
SVBK-170/170P (1)

SECTION 5
SCHEMATIC DIAGRAM AND BOARD LAYOUT
In the schematic diagrams, the following marks are described near by reference number.
These are parts data at factory.
CAPACITOR (C) RESISTOR (R)
VARIABLE RESISTOR (RV)
AL RC
Ag. } ELECTROLYTIC ae } CARBON
TA TANTALUM RF FUSE
- a } METAL
CCS + CERAMIC RW WIERWOUND
CM
cS
MPS
PP
PS
PT
MD DIPPED MICA
MS MICA
MYLAR
The
mentioned
items
at
waveform
photograph
of
this
section
are
measurment
point
(board
location),
and
machine
operation
mode.
DEC-75 Board

TP201 (B-1) STOP (E-E) mode
)
@
\
ec
EU
SESE
REIS
EER
RIE
IMT
ERE
LASS
SEED
-75 — B SIDE —
Cc
3
K-
E
65
VB
TPE RS REMADE RESIST
°
On
toe
8
cS)
[al

DEC-75 DEC-75 |
DEC-75; CHROMA DECODER
@ TP401 (D-2) STOP (E-E) mode
DEC-75 (1-653-706-11)
CN901 C-4
Cv401 D-1
D400 E-2 *
D401 D-2 *
£401 A-l
FL101 B-3
FL201 D-3
FL301 D-3
1C101 A-l
1C201 C-2
IC202 C-2
C401 E-2 | | eee (ic Mane ce te
1c402,— 2 oie aeities
1C403
F-2
i
Roti)
"aha!
:
'
Icaoa 2 Wry = oo
IC405 D-3 ye Gogh oN
1C410 F.4 Se i eal Sr
: 2 2 @aQagnag
an ; 2 aaceceeascaes |
Q101 A-4
Q103 B-3 *
Q104 B-2 DEC-75 — A SIDE —
Q105 B.2 * 1-653-706-11
Sas
=
*
SVBK-170P
20 -3
Q203 C-3
Q301 D-3 x
Q302 C3
Q303 C-2
Q401 E-3 *
Q402 D-3
0403 D-2
RV101.—s- B-1
RV201- B-1
RV301 C1
RV403. C1
TP101 B-1
TP201 B-1
TP301 = B2
TP401 ~—sD-2
TP403 E-1
Measurement Condition
X401 D-1
S-VIDEO IN: 100 % COLOR BARS
STOP (E-E) mode
* mark; B SIDE mount
DEC-75 — B SIDE —
1-653-706-11
SVBK-170P

DEC-75 DEC-75
ae EP TROP ~ 77 BEAT SEB ee=*e
Sv
DEC-75;
CHROMA
DECODER
9203
sea,
sezaza,
O)
TP201
‘
Sv
©
O
2
7
WAH
RILLER
————\._-
——
B00
Gen
ON
:
CP-246/266R,
603-4
cHa0
7/44)
TORR
cf
ant
a
A
a
a &
% ea
[R-y@) ouT —=_—«901-SA} = CP-246/246B, 603-5 cCNOOI G60
426
ja [# C426 oe
0.001 aRN
14
[15
@RV201:R-Y
OUTPUT
LEVEL
ey
1
;
1a
oo
EP
TRAP
7
ELAN
4
*
01 O 1
A
EEN?
FL301
Rat
HF
e
B-Y
AMP.
(3)
TP301
1c2
|
AER.
C) t
gy
1 RN
o> CP-246/246B, 603-2 cHSDI GA/Es)
1
[B-ye) our [901-6A = cP-244/246B. 603-3 cHa01 wba
S5V-2
OD
SW REG 1005-5. 6 = CN901 (1264)
SW REG 1005-5, 6 CNSO1 13/64)
‘SW REG 1005-5. 6 CNS01 44/64)
SW REG 1005-5.6 = CNS0I 45/64)
}—{ reo v5. 9v_ fanz
| {reo 45.5 fpor=1a
[nes 5.8v faor=13
Fsc
Sw REG 1005-1. 3 CNSO! (16/64)
‘SW REG 1005-1, 3 CNSO! (17/64)
SW REG 1005-1. 3 ‘CNS01 (18764)
SW REG 1005-1,3 tNSO1 48/64)
Sw REG 1005-1, 3 CNSO1 49764)
1¢401
M51271FP
CHROMA
DECODER
}—{ one fa = 7
}—| a eno foi
jao1=16H
oy ee
A 301-178
YCXO-OUT HUE
C-LEVEL C-IN
[CA GND «S01-18B;}— Sw RES 1005-1, — cwaot G06)
‘SW REG 1005-4 CNSO1 (14/64)
SW REG 1005-4 CNSO1 15/64)
Sw REG 1005-4 CNSO1 46/64)
Sw REG 1005-4 CN901 47/64)
41
-Sv-2—LASNET
\ pee —/ Nee —” vores I
SVBK-170P
yx401 | 1-567-866-11[1-577-259-11 |
ea Bee eae
[| czoz | ise | top| *
czs [| ose Tap
CHROMA BUFFER @ RV603:HUE AJ 16404 1402 B/3) 10403 16403
sv-2
|_—
BUFFER
sr
a
A
a
[e305
|
[2a
a4ot
oink Sys 5v-2 5V-2 5y-2 | c306 |
THX] ? ? ° Pests | pt ‘
‘ ~ 6 cee a
cws01
476)
=A
(S/S).
502-28
|
404 402 403 | oo
| cvsoz | [sop
GND GND GND
ae | Cd
; : ' a ins - S
cvaot
wo
VAG/S).
S02-2h
—~{
50T-ZA]
COMPONENT
CO)
IN]
eo
| Rig | | 470 =RN RN
P Rsie | [NO MOUNT |
{
[0s
=
po
9100 :RN
gio
0103
194
@
Cvso2:R-Y
HUE
AGS
gios
IC101
0/2)
ic101
72
a
ae
Steam
=|
Tn21
FLIOL
2802712
eat
2SC2712
MiC14577CFEL
NC14S77CFEL
p
|
raze
|
so
RN
|
| Raza | | 10oK RN
[Resi | [No MounT |
i
|
Rs32
[750
:RN
|
cws01
Gave
VA
(S/S),
502-18
Ry!
R434
RN
a CP-246/246B. 03% cys caren
;
L
4
pvior
|
cies
a
E401
!
e : i ‘# 9
6! ye :
cwaor
(1760
VA(G/5)..
502-1A
—1
901-TA]
COMPONENT
Y@)
IN]
=
CP-246/246B.
603-7
pyog1
yea)
4:
\
D
E
Cc
aa
y,
5
|
\——
1
Burren
——%
\—
er
—
VS
beay
——————_
7
ane
——-—_
“SY-2
|
1-653-706-11
5-3
5-3
SVBK-170/170P
(1)
A
B
|
Cc
|
D
|
E
|
F
|
G
|
H

SECTION 6
SEMICONDUCTOR PIN ASSIGNMENTS
| SEMICONDUCTOR INDEX
ICs, transistors and diodes that functions are equivalent are described here. Therefore, incompatible device names may be described
together. For parts replacement, refer to the Spare Parts section in this manual.
IC PAGE
L79MOST-FA .......... 6-2
M51271FP.......... 6-2
MC14538BF .......... 6-2
MC14576 ...... eee eee 6-2
MC14576CF .......... 6-2
MC14577CF .......... 6-2
NJM2233BM ........-. 6-3
SC7SOOF ............ 6-3
TC74HC221AF ........ 6-3
TC7SOOF .........08 6-3
TC7SOOFU ............ 6-3
PQOSSZ5U ............ 6-3
The circuit diagram of each IC is obtained from the IC data book published by the manufacturer.
TRANSISTOR PAGE
28C2712) .... 6. eee 6-3
28C2712G ...........- 6-3
1) @ rr 6-3
IMZ1 seein see ceas cece 6-3
DIODE PAGE
TIS2838) cccseg ov cacuen 6-3
182836 ...........66. 6-3
188123 ..........606- 6-3
18$226- «shai eumiekies 6-3
MA153_ ......-.-. 26 6-3

L79MOST-FA (SANYO) —5 V
NEGATIVE VOLTAGE REGULATOR (500 mA)
MC14538BF (MOTOROLA) FLAT PACKAGE
CMOS DUAL RETRIGGERABLE MONOSTABLE MULTIVIBRATORS
— TOP VIEW —-
MC14576AF (MOTOROLA) FLAT PACKAGE
MC14576CF (MOTOROLA) FLAT PACKAGE
C-MOS DUAL VIDEO AMPLIFIERS
- TOP VIEW —
XVoo+1 Vss 1=+ SV to +12V
MC14577CF (MOTOROLA) FLAT PACKAGE
C-MOS DUAL VIDEO AMPLIFIERS
— TOP VIEW —
XVbo+! Vss | =+ 5V to +42V
OUTPUT PULSE WIOTH=C-R
NON - RETRIGGERABLE M.M.V
M51271FP (MITSUBISHI) FLAT PACKAGE
NTSC, PAL CHROMA DECODER
- TOP VIEW —
ACC F
APC FP
BG PP
BG PW
BIAS
BLKP
B-Y
iC:
cS CONT
FB
FSC
HDP
KF
KE REF
NTSC/PAL
R-¥
SLICE
SYNC
T CONT
VCXO
VIDEO
V REF
R-Y out
B-Y ouT
FSC ovT
NTSC/PAL
AUTOMATIC COLOR CONTROL FILTER
AUTOMATIC PHASE CONTROL FILTER
BURST GATE PULSE POSITION
BURST GATE PULSE WIDTH
CHROMA INPUT BIAS CAPACITY
BLANKING PULSE INPUT
B-Y SIGNAL INPUT/OUTPUT
CHROMA SIGNAL INPUT/OUTPUT
COLOR SATURATION CONTROL
FEEDBACK CAPACITY OF SYNC SEPARATION
SUB-CARRIER OUTPUT (180 DEGREES)
HORIZONTAL DRIVE PULSE INPUT
KILLER FILTER CAPACITY
KILLER REFERENCE FILTER CAPACITY
PROCESS SELECT
R-Y SIGNAL INPUT/OUTPUT
SLICE LEVEL INPUT OF SYNC SEPARATION
SEPARATION SYNC SIGNAL OUTPUT
TINT CONTROL
VARIABLE CAPACITOR AND CRYSTAL OSCILLATOR
VIDEO INPUT FOR SYNC SEPARATION
REFERENCE VOLTAGE
25 SYNC 28
DEO
vi #2—_[ ane | “te SYNC
8G PP
8G Pw
cin
BIAS
cs CONT
SECOND
AMP,
3
>_> ¢ ouT
ACC F
T CONT
APC F
VCXO IN
vcxO OUT
KF
18
7-9} Fs¢
;
fa QUARTER P=
KF REF
Hor
NTSC/PAL
BLKP
R-Y IN
ae ea oe ouT
DEMOD. tee
—
B-Y IN
B-Y 19
fp zi
DEMOD. me B-¥ OUT
a REF.
er VOLTAGE

IC, TRANSISTOR, DIODE
NJM2233BM (JRC) FLAT PACKAGE PQO5SZ5U (SHARP) + 5V 0.5A
2INPUT VIDEO SIGNAL SWITCH POSITIVE VOLTAGE REGULATOR
— TOP VIEW -
12)
‘ 3
2 iN our
’ 3 GNO
2
TRANSISTOR
TOP VIEW 28C2712 —TOP VIEW- IMx<1
28C2712G F i
a.
5 2
1 4 3
oS
4
fo Tv} 9: t0
[ave]
9!
en
Lever
:
:
SC7SO0F (MOTOROLA) CHIP PACKAGE “TOP VIEW — IMZ1
TC7SO0F (TOSHIBA) CHIP PACKAGE , ;
TC7SO0FU (TOSHIBA) CHIP PACKAGE j :
CMOS 2-INPUT NAND GATE 4 3
TOP VIEW
6 {
2
ae ; non
2 5
GND 3 4 2
A.
+2 to +6V
a
iz
TOP
view
182835
TOP
VIEW
188123
asurte | *9 te + 18V -— 182836 ‘Gael 188226
TSHOOFU
|
+2
to
+5.5V
MA153
TCT4HC221AF (TOSHIBA) FLAT PACKAGE
C-MOS MONOSTABLE MULTIVIBRATOR WITH SCHMITT TRIGGER INPUT
—- TOP VIEW —
INPUTS | OUTPUTS
Rolf A|B] Q)]q
Ix|xfof of 4 |
peeaencetae O;LOW LEVEL
1/4 FULT) 1; HIGH LeveL
Lilo] [Fifer]; pont care
OUTPUT PULSE WIDTH=0.7CR

SECTION 7
SPARE PARTS
7-1. NOTES ON SPARE PARTS
7-1-1. Notes on Spare Parts
1. Standardization of Parts
Spare parts supplies form Sony Parts Center may not be
always identical with the parts which actually in use due
to “accommodating the improved parts and/or
engineering changes” or “standardization of genuine
parts”.
This manual’s exploded views and electrical spare parts
list are indicating the part numbers of “the standardized
genuine parts at present.”
2. Stock of Parts
Parts marked with “o” in SP (Supply code) column of the
spare parts list are not normally required for routine
service work. Orders for parts marked with “o” will be
processed, but allow for additional delivery time.
3. Units for Capacitors, Inductors and Resistors
The following units are assumed in schematic diagrams,
electrical parts list and exploded views unless otherwise
specified:
Capacitors : uF in schematic diagram
: F of pF in schematic diagram
Resistors: Q

EXPLODED VIEW :
7-2. EXPLODED VIEW
IIIT
No. Part No. SP Description
3-646-090-11 s RIVET, NYLON
3-681-795-01 o CASE, SHIELD(A), DEC
3-681-796-01 o CASE, SHIELD(B), DEC
WHR
7-2

7-3. ELECTRICAL PARTS LIST
Ref. No.
or Qty Part No. SP Description
Ipc 3-646-090-11 s RIVET, NYLON
Ipc 3-681-795-01 o CASE, SHIELD (A) , DEC
Ipc 3-681-796-01 o CASE, SHIELD (B) , DEC
Ipc 7-685-871-01 s SCREW +BVIT 3X6 (S)
Ipc 3-179-084-01 s LEVER (R), PC BOARD
Ipe 3-179-085-01 s LEVER (L), PC BOARD
C101 1-124~584-00 s ELECT 100uF 20% 10V
C102 1-163-235-11 s CERAMIC, CHIP 22PF 5% 50V
C103 1-163-229-11 s CERAMIC, CHIP 12PF 5% 50V
C104 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C105 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C106 1-163-122-00 s CERAMIC, CHIP 160PF 5% SOV
C108 1-128-057-11 s ELECT 330uF 20% 6.3V
C109 1-163-227-11 s CERAMIC, CHIP 10PF 5% 50V
C110 1-163-104-00 s CERAMIC, CHIP 30PF 5% 50V
C111 1-128-057-11 s ELECT 330uF 20% 6. 3V
C112 1-163-097-00 s CERAMIC, CHIP 15PF 5% 50V
C113 1-163-239-11 s CERAMIC, CHIP 33PF 5% 50V
C114 1-124-584~00 s ELECT 100uF 20% 10V
(201 1-163-237-11 s CERAMIC, CHIP 27PF 5% 50V
(202 1-163-227-11 s CERAMIC, CHIP 10PF 5% 50V
C204 1-124-584-00 s ELECT 100uF 20% 10V
C205 1-163-235-11 s CERAMIC, CHIP 22PF 5% SOV
C206 1-163-113-00 s CERAMIC, CHIP 68PF 5% SOV
C207 1-163-239-11 s CERAMIC, CHIP 33PF 5% SOV
C208 1-163-243-11 s CERAMIC, CHIP 47PF 5% 50V
C209 1~164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C210 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C211 1-124-589-11 s ELECT 47uF 20% 16V
C301 1-163-237-11 s CERAMIC, CHIP 27PF 5% 50V
(302 1-163-227-11 s CERAMIC, CHIP 10PF 5% SOV
€304 1-124-584-00 s ELECT 100uF 20% 10V
C305 1-163-235-11 s CERAMIC, CHIP 22PF 5% SOV
(306 1-163-113-00 s CERAMIC, CHIP 68PF 5% 50V
C307 1-163-239-11 s CERAMIC, CHIP 33PF 5% 50V
C308 1-163-243-11 s CERAMIC, CHIP 47PF 5% 50V
C311 1-124~-589-11 s ELECT 47uF 20% 16V
C400 1-126-157-11 s ELECT 10uF 20% 16V
C401 1~163-275-11 s CERAMIC, CHIP 0.00luF 5% SOV
CA02 1-163-033-91 s CERAMIC 0.022uF 50V
C403 1-131-347-00 s TANTALUM luF 10% 35V
C404 1-164~232-11 s CERAMIC, CHIP 0.QluF 10% 100V
C405 1-163-033-91 s CERAMIC 0.022uF 50V
C406 1-124-465-00 s ELECT 0.47uF 20% 50V
CA07 1-126-160-11 s ELECT luF 20% 50V
CA08 1-163-038-91 s CERAMIC 0. luF 25V
C409 1-164~232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C410 1-104-760-11 s CERAMIC 0.047uF 10% 50V
C4ll 1-131-347-00 s TANTALUM luF 10% 35V
C412 1~104-760-11 s CERAMIC 0.047uF 10% 50V
C413 1-124-584-00 s ELECT 100uF 20% 10V
C414 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C415 1-131-351-00 s TANTALUM 4.7uF 10% 35V
C416 1-163-038-91 s CERAMIC 0. luF 25V
C417 1-163-275-11 s CERAMIC, CHIP 0.00luF 5% 50V
C418 1-163-227-11 s CERAMIC, CHIP 10PF 5% 50V
C419 1-163-275-11 s CERAMIC, CHIP 0.00luF 5% 50V
C420 1-163-275-11 s CERAMIC, CHIP 0.001luF 5% 50V
(DEC-75A BOARD)
Ref. No.
or Q’ty Part No. SP Description
(421 1-124-589-11 s ELECT 47uF 20% 16V
(422 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C423 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
(424 1-163-275-11 s CERAMIC, CHIP 0.00luF 5% 50V
C425 1-163-251-11 s CERAMIC, CHIP 100PF 5% 50V
C426 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C427 1-163-263-11 s CERAMIC, CHIP 330PF 5% 50V
C428 1-163-091-00 s CERAMIC, CHIP 8PF 50V
(429 1-124-589-11 s ELECT 47uF 20% 16V
(430 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
(431 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
(432 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
(433 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
C434 1-124-584-00 s ELECT 100uF 20% 10V
C435 1-124-584-00 s ELECT 100uF 20% 10V
C436 1-124-584-00 s ELECT 100uF 20% 10V
(437 1-124-584-00 s ELECT 100uF 20% 10V
(438 1-163-243-11 s CERAMIC, CHIP 47PF 5% 50V
(439 1-124-589-11 s ELECT 47uF 20% 16V
(440 1-163-239-11 s CERAMIC, CHIP 33PF 5% 50V
C444 1-124-584-00 s ELECT 100uF 20% 10V
C442 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
(443 1-164-232-11 s CERAMIC, CHIP 0.0luF 10% 100V
(444 1-163-038-91 s CERAMIC 0. luF 25V
(445 1-126-157-11 s ELECT 10uF 20% 16V
C446 1-163-251-11 s CERAMIC, CHIP 100PF 5% 50V
(N901 —-1-766-793-11 o CONNECTOR, MULTIPLE 64P
CV401 1-141-422-11 s CAP, ADJ
CV402 = 1-141-424-11 s CAP, ADJ
D400 8-719-104-34 s DIODE 182835
D401 8-719-800-76 s DIODE 1$S226
FLI01 1-236-716-11 s FILTER, LOW PASS 5MHz
FL201 1-233-248-11 s FILTER, LOW PASS 1.5MHz
FL301 1-233-248-11 s FILTER, LOW PASS 1. 5MHz
IC101 — 8-759-262-03 s IC MC14577CF
1C201 8-759-262-03 s IC MC14577CF
1€202 8-759-262-00 s IC MC14576CF
1401 8-759-603-54 s IC M51271FP
(402 = 8-759-239-58 s IC TC74HC221AF
14403 8-759-009-51 s IC MC14538BF
14404: 8-759-058-54 s IC TC7SOOFU
C405 = 8-759-710-86 s IC NJM2233BM
1C4410 = 8--759-182~-84 s IC PQO5SSZ5U
1C411 — 8-759-822-95 s IC L79MOST-FA
I€412 = 8-759-822-95 s IC L79MO5T-FA
L101 1-408-414-00 s INDUCTOR 27uH
L102 1-410-470-11 s INDUCTOR 10uH
L103 1-410-476-11 s INDUCTOR 33uH
L104 1-408-411-00 s INDUCTOR 15uH
L201 1-408-414-00 s INDUCTOR 27uH
L202 1-410-466-41 s INDUCTOR 4.7uH
L203 1-410-478-11 s INDUCTOR 47uH
L301 1-408-414-00 s INDUCTOR 27uH
L302 1-410-466-41 s INDUCTOR 4. 7uH
1303 1-410-478-11 s INDUCTOR 47uH