Sony COP-911 User manual

SERVICE MANUAL
COP-911/911E
AEP Model
CDP-911
UK Model
CDP-911E
Photo : CDP-911
Model Name Using Similar Mechanism | NEW
CDM25-5BD10
BU-5BD10B
CD Mechanism Type
Optical Pick-up Block Type
SPECIFICATIONS
Compact disc player
Laser Semiconductor laser
Wavelength 780-790 nm
Frequency response 2 Hz to 20 kHz +0.3 dB
Signal-to-noise ratio More than 116 dB
Dynamic range More than 100 dB
Harmonic distortion Less than 0.0025%
Channel separation More than 110 dB
Outputs
LINE OUT (FIXED) (phono jacks)
Output level 2 V (at 50 kilohms)
Load impedance over 10 kilohms
LINE OUT (VARIABLE) (phono jacks)
Output level max. 2 V (at 50 kilohms)
Load impedance over 50 kilohms
DIGITAL OUT (OPTICAL) (optical output connector)
Wave length 660 nm
Output level -18 dBm
PHONES (stereo phone jack)
Output level max. 28 mW
Load impedance 32 ohms
General
Power requirements CDP-911 (AEP, Germany model):
220 V — 230 V AC, 50/60 Hz
CDP-911E (UK model):
240 V AC, 50 Hz
CDP-911(Australian model):
240 V AC, 50 Hz
CDP-911 (E, Saudi Arabia model):
110 - 120, 220 - 240 V AC, 50/60 Hz
Power consumption 16W
Dimensions (approx., including projections)
430 x 110 x 355 mm (w/h/d)
(17 x 4 °/1¢ x 14 inches)
Mass (approx.) CDP-911: 4.8 kg (10 Ibs 10 oz)
CDP-911E: 5.3 kg (11 Ibs 11 0z)
— Continued on next page —
COMPACT DISC PLAYER
SONY.

Remote commander TABLE OF CONTENTS
Remote control system Infrared control
Power requirements 3 V DC with two R6 (size AA) batteries Secti ‘
Dimensions (approx., including projections) ton iitle Page
62 x 18 x 175 mm (w/h/d)
(2 ue xX a Pe 7 inches) SECTION 1 A SERVICING NOTE TEE TTP OCLEL I CLICC CRE CI errr 3
Mass (approx.) 130g (4.6 oz) SECTION 2 GENERAL
Supplied
accessories
2-1.
Parts
ieeaurieation
sbdtdgoadbseiuctvavlev’
seveckadadvsrnslasauteasaievedesveooecebenee
4
Audio
cord
(1)
(2
phono
plugs
=D
phono
plugs)
2-2.
Hooking
Up
the
System
Coenen
eeseescemeneeenseesensseccscntasserenseesesscconrsnan
cesses
5
Remote commander (1)
Sony SUM-3 (NS) batteries (2) SECTION 3. DISASSEMBLY ...............cccceseecseseccesecceseecees 6
Design and specifications are subject to change without notice. SECTION 4. ELECTRICAL CHECKING. .............c.ccccccee 7
SECTION 5. DIAGRAMS
The
laser
component
in
this
product
is
capable
of
emitting
5-1.
IC
Pin
Functions
.......ccccceccesccsscsscsscececcsscesssessecseccesssesessececerevseene
9
radiation exceeding the limit for Class 1. 5-2. Semiconductor Lead Layouts ............cssscssssssssseeesscessssssesseseeesees 15
Doe) WWAVOLONING ic ccczich od cccan ees hehe whcsn uate ia i aa ites seca leas 16
_ 245. \ BIOCK DIAGTAN oi. ss2sdhixccdsnsnnsvussndatieadaaleasanlasninwakevnn 17
BME s Geen EORTC an sa ars ae Beara oa a 5-5. Circuit Boards Location ......ccccccsccsssssssesesssscsssssecsecasectesceeseesseeeseees 20
product. The i : -
LUOKAN
1
LASERLAITE
CLASS
1
LASER
PRODUCT
:
2
Sete
aes
BOAatd
oi.
caspiisnsissdondscack
saccisccventdvnes
tata
deities
luca
lees
KLASS 1 LASERAPPARAT MARKING is located on the rear ae a sence MAQT ANY oisencce cs cdetac sess eacehiceacverecisesvasdéeiusescisccdsdodesteohevsed a
astern -8, OCK Diagrams .........ccccesssssescscseseescssssesesessssscssassassvavssseeravace
5-9. Terminal Connection of
The following caution label is located inside of the unit. Fluorescent Indicator Tube (FLD401) ........cccccessceessssssssesesseesees 30
CAUTION | vo EXPOSURE To Geman Ore SECTION 6. EXPLODED VIEWS
ADVARSEL = SickennsararYDene EM UDE AF FUNKTION. Gels * SCabiiie! SecaGn ats Macssestal dataatean he eu ae led 32
UNDGAUDS AETTELSE FOR STRANING. ‘
VAROI
~
AVATTAESSA
JA
SUOJALUKITUS
OMITETTAESSA
6-2,
.
Front
Panel
Sect
oi
zicss
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catscienssasanadvavsosnasarncedaodgeas
asics
33
etna
EET
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TINA
LASERSATEILYLUE.
=
2
6-3.
CD
Mechanism
Section
(CDM25-5BD10)
.....c.cecsssssessscsetseeees
34
VARNING
_
:;
LASERSTRALING
NAR
DENNA
DEL
AR
OPPNAD
;
vies
OCH
SPARREN
AR
URXOPPLAD.
6-4.
Optical
Pick-up
Block
Section
(BU-SBD10B).........ccccscessseseees
35
ADVARSEL : pours Gar aitallinte NARIDER SEL APNES
UNNGA EKSPO! 1 LEN.
SECTION 7. ELECTRICAL PARTS LIST .....0..00cc 36
SAFETY-RELATED COMPONENT WARNING!!
COMPONENTS IDENTIFIED BY MARK -4\ OR DOTTED LINE
WITH MARK AX ON THE SCHEMATIC DIAGRAMS AND IN
THE PARTS LIST ARE CRITICAL TO SAFE OPERATION. REPLACE
THESE COMPONENTS WITH SONY PARTS WHOSE PART
NUMBERS APPEAR AS SHOWN IN THIS MANUAL OR IN
SUPPLEMENTS PUBLISHED BY SONY.
—J—

MODEL IDENTIFICATION SECTION 1
- SPECIFICATION LABEL - CDP-911 SERVICING NOTE
CDP-911E
NOTES ON HANDLING THE OPTICAL PICK-UP
SONY.
GbE
A.
BLOCK
OR
BASE
UNIT
COMPACT DISC PLAYER The laser diode in the optical pick-up block may suffer electrostatic
break-down because of the potential difference generated by the
charged electrostatic load, etc. on clothing and the human body.
During repair, pay attention to electrostatic break-down and also use
the procedure in the printed matter which is included in the repair
parts.
The flexible board is easily damaged and should be handled with
care.
SERIAL NO.
MARE Oren NOTES ON LASER DIODE EMISSION CHECK
The laser beam on this model is concentrated so as to be focused on
AEP, Germany MODEL : AC220 — 230V, 50/60Hz, 16W the disc reflective surface by the objective lens in the optical pick-up
Australian, UK MODEL :AC240V,50Hz,16W block. Therefore, when checking the laser diode emission, observe
E, Saudi Arabia Model : AC110 — 120, 220 — 240V, from more than 30 cm away from the objective lens.
50/60Hz, 16W
LASER DIODE AND FOCUS SEARCH OPERATION
CHECK
1. Make POWER switch on with no disc inserted and disc table
closed.
2. Confirm that the following operation is performed while observ-
ing the objective lens.
Front Panel side
© Confirm that laser beam is spread.
@ Up and down motion of the objective lens. (3 times)
How to open the DISC TRAY when POWER SWICH turns off
See page 6 for SECTION 3 DISASSEMBLY.

2-1. PARTS IDENTIFICATION
Tipe:
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2] 4) fe) b&b] & &) al ele
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MEMO REHEAT FABER REGA
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SECTION 2
GENERAL
Front Panel/Remote Commander
[1] POWER switch
[2] Disc tray
[3] <<>> (manual search) buttons
[4] <4/>1 (AMS*) buttons
[5] (stop) button
[6] Il (pause) button and indicator
> (play) button and indicator
“ OPEN/CLOSE button
[9] Display
Remote sensor
{ii} TIMER switch
{12} TIME/MEMO button
(TIME on the remote commander )
{13} REPEAT button
FADER button
[5] FILE RECALL button
FILE button
ERASE button
A.SPACE/A.CUE button
MUSIC SCAN button
(M.SCAN button on the remote
commander)
Numeric buttons
[21] [>20] (over 20) button
[22] CHECK (program check) button
[23] CLEAR (program clear) button
LEVEL FILE button
[25] LINE OUT PHONE LEVEL control
(LINE OUT LEVEL +/~ buttons on the
remote commander)
PHONES jack
Play mode buttons
CONTINUE button
SHUFFLE button
PROGRAM button
C.INDEX
EDIT/TIME FADE button
[29] PEAK SEARCH button
AB button
(only on the remote commander)
[31] ~—/—~ INDEX buttons
(only on the remote commander)
[32] DISPLAY MODE button
(only on the remote commander)
[33] MEMO INPUT button
(only on the remote commander)
[34] << SLOW button (only on the
remote commander)
* AMS is the abbreviation of Automatic
Music Sensor.
This section is extracted from
instruction manual.

2-2. HOOKING UP THE SYSTEM
SPEAKERS
FIXED LINE OUT
DIGITAL OUT ( OPTICAL )
You can connect the unit with an analog or
digital signal depending on your amplifier or
D/A converter.
Notes on Connection
* Turn off the power of each unit before
making connections. Connect the AC
power cord last.
* Be sure to insert the plugs firmly into the
jacks. Loose connections may cause hum
and noise.
¢ Leave a little slack in the connecting cord
to allow for inadvertent impact or vibration.
¢ The supplied audio cord plugs and jacks
are color coded. Red plugs and jacks are
for the right channel (R) and white ones
are for the left channel (L).
Connecting to an Equipment. EY
a) Speaker system
b) Amplifier
c) to an AC outlet
d) Voltage selector (except for European
and Australian models)
When using the LINE OUT
FIXED: The output level is fixed.
VARIABLE:The output level can be
adjusted with the LINE OUT PHONE
LEVEL control (or the LINE OUT LEVEL
+/— on the remote commander).
Notes on LINE OUT
¢ Connect your system to the VARIABLE
output when using level file.
¢ If the LINE OUT PHONE LEVEL control
(or the LINE OUT LEVEL +/-) is adjusted
while recording, the recording level will
change even when it is preset on the tape
deck.
When using the DIGITAL OUT
(OPTICAL)
When connecting to an amplifier or a D/A
converter with an optical cord, use DIGITAL
OUT (OPTICAL) instead of
LINE OUT.
Take off the cap, and plug in firmly.
Notes on DIGITAL OUT (OPTICAL)
e When connecting with DIGITAL OUT
(OPTICAL), use the POC-15 audio optical
connecting cord (not supplied).
¢ Note that when the DIGITAL OUT is
connected, fade out, fade in, time fade
and level file functions cannot be used.
¢ Note that there may be some noise when
you play a CD software other than music
(such as a CD-ROM).

SECTION 3
DISASSEMBLY
« Remove the following devices shown by @, etc.
In the order of the numbers.
REMOVAL OF LOADING PANEL
Bottom chassis
@ Use a minus screw driver to turn the
cam by in the direction of the arrow.
Cam
@ Pull-out of disc table.
NOTE: When inserting a disc into the disc table, take care
not to pull out the disc table and drop the disc.
(Because this can damage the disc).
® Remove the loading panel in the
direction shown by the arrow.
Loading panel

SECTION 4
ELECTRICAL CHECKING
Note :
1. CD Block basically constructed to operate without adjustment.
Therefore, check each item in order given.
2. Use YEDS-18 disc (3-702-101-01) unless otherwise indicated.
. Use the oscilloscope with more than 10OMQ impedance.
4, Clean an object lens by an applicator with neutral detergent when
the signal level is low than specified value with the following
checks.
SS)
S Curve Check
oscilloscope
BD board
—"“—_
Procedure :
1. Connect oscilloscope to test point TP (FE) on BD board.
2. Connect between test point TP (FEI) and TP (VC) by lead wire.
3. Turned Power switch on and actuate the focus search. (actuate the
focus search when disc table is moving in and out.)
4. Check the oscilloscope waveform (S curve) is symmetrical between
A and B. And confirm peak to peak level within 31 Vp-p.
S curve waveform symmetry
within 3+1Vp-p
5. After check, remove the lead wire TP (FEI) connected in step 2.
Note: + Try to measure several times to make sure that the
ratio of A: B or B: A is more than 10: 7.
¢ Take sweep time as long as possible and light up the
brightness to obtain best waveform.
RF Level Check
oscilloscope
BD board
V—-_
TP (RFQ) ©
TP (VC) ©
Procedure :
1. Connect oscilloscope to test point TP (RFO) on BD board.
2. Turn Power switch on.
3. Put disc (YEDS-18) in and playback.
4. Confirm that oscilloscope waveform is clear and check RF signal
level is correct or not.
Note:
Clear RF signal waveform means that the shape “ 0 can be clearly
distinguished at the center of the waveform.
VOLT/DIV: 20mV
(Used probe=10:1)
RF signal waveform TIME/DIV: 500nS
VAAAAAAAA?
BRB RR
XX YAXK)
XK
YY
E-F Balance Check
7)
79,
XY
level :
+0.25
1.2 59 Vp-p
Wy
Wy)
M ()
oscilloscope
BD board
al
Procedure :
1. Connect test point TP (ADJ) to ground and TP (TEI) to TP (VC)
with lead wire.
. Connect oscilloscope to test point TP (TE) on BD board.
. Turn Power switch on.
. Put disc (YEDS-18) in and playback.
. Confirm that the oscilloscope waveform is symmetrical on the top
and bottom in relation to OV, and check this level. .
wn & WY
Traverse oscilloscope
1
symmetry
Level : 2£1Vp-p
6. Remove the lead wire (TP [ADJ] and TP [TEI]) connected in step
1.
RF PLL Free-run Frequency Check
Procedure :
1. Connect frequency counter to test point (PLCK) with lead wire.
frequency counter
BD board
—_—
TP (PLCK)
2. Turn Power switch on.
3. Put disc (YEDS-18) in and playback.
4. Confirm that reading on frequency counter is 4.3218MHz.

Adjustment Location:
[BD BOARD] — Conductor side — [MAIN BOARD] — Component side —
IC325
TP ADJ
(JW071)
|
CN356
aes

SECTION 5
DIAGRAMS
5-1. iC PINFUNCTIONS
e 1C101 DSP Controller (CXD2515Q)
Functions effected by the captioned controller include focus (tracking/sled servo) EFM comparator, digital signal processor and CLV
servo in the CD unit.
SRON
36 9 Tracking drive signal output. (Not in use with the model.)
kee eae
6 ai Tracking drive signal output
7 TFON
8 FFDR
Ts [ron
:
po fv |] | Input of Sscillation Sirciit For analog EFM PLL. (Not in use with the model.)
The equipment is fixed at “L”.
a
: =
Focus drive signal output. (Not in use with the model.)
Tracking drive signal output. (Not in use with the model.)
Focus drive signal output.
DVss Digital ground terminal.
16 TEST2 Test terminal. Normally: ground.
7
Lad
TEST3 a) Test terminal. Normally: ground.
Clock signal input from VCO for variable pitch. (Not in use with the model.)
21 avez =| Analog power supply terminal
1
The equipment is fixed at “L”.
22 IGEN Power supply terminal for operational amplifier.
Tracking error signal input.
Sled error signal input.
2a ee ee
ee
29 FE Focus error signal input.
0 | vc te
Center voltage input.

[P| name [vO [ween
a
a
[= [roo | 0 [oumtsnnvenetensef
a
Ts [aor
35 Analog ground terminal.
36 RFAC
EFM signal input.
ON/OFF control! of auto-assymmetry circuit. The equipment is fixed at “H”.
46 pata | PSSL=1: DA16 output, PSSL=0: Serial data of 48 bit slot.
| 47 [eux «| oo | PSSL=1: DAI5 output, PSSL=0: Bit clock of 48 bit slot.
| 48 | oapata | PSSL=1: DA14 output, PSSL=0: Serial data of 64 bit slot. (Not in use with the model.)
pe few | 0
| 50 feurck == | | PSSL=1: DA12 output, PSSL=0: LR clock of 64 bit slot. (Not in use with the model.)
si [ror | 0 | PSLA:DArT wpa FSL-0GTOPoma NoinwewiheRele)
52 XUGF PSSL=1: DA10 output, PSSL=0: XUGF output. (Not in use with the model.)
37 BIAS
38 ASYI
39 ASYO |
40 AVD1
4] DVDI1
42 ASYE
43 PSSL
44 WDCK
PSSL=1: DA13 output, PSSL=0: Bit clock of 64 bit slot. (Not in use with the model.)
53 XPLCK PSSL=1: DAO9 output, PSSL=0: XPLCK output.
ian |
N
WN >
G PSSL=1: DA08 output, PSSL=0: GFS output.
55 PFCK PSSL=1: DAO7 output, PSSL=0: PFCK output.
56 C2PO PSSL=1: DA06 output, PSSL=0: C2PO output. (Not in use with the model.)
57 XRAOF PSSL=1: DAOS output, PSSL=0: XRAOF output. (Not in use with the model.)
MNT3 | oO PSSL=1: DA04 output, PSSL=0: MNT3 output
MNT2 ka PSSL=1: DAO3 output, PSSL=0: MNT2 output
58
59
61 MNTO
62 XTAI
63 XTAO
64 XTSL
MNTI1 PSSL=1: DAO2 output, PSSL=0: MNT1 output.
65 DVss

|
)
rece
|
[hpotentoumitesssonesee
Digital out ON/OFF control terminal. The equipment is fixed at “H”.
Output of digital out signal.
Emphasis mode select output of playback disc.
Sub-code sync cutput.
WFCK output.
8 DFCT select terminal. The equipment is fixed at “L”.
DVpp
MIRR
DFCT
72
73
74
75
76
77
78
79
81
82
83
4
Antch-shock terminal. The equipment is fixed at “L”.
Serial data input from 1C327 (system control)
Latch signal input from IC327 (system control).
Serial data transfer clock input from IC327 (system control).
Track count signal output
Digital power supply terminal
MIRR signal output. (Not in use with the model.)
Deffect signal output.
Sled run-away prevention circuit operates when this signal is “L”. (Not in use with the model.)
The limit switch (S101) is connected to this pin.
Sled drive signal output.
LOCK
SSTP
SFDR
91
92
93
94
95
97
00
I

¢ 1C327 Main System Controller (M37451M8-331FP)
Functions effected by the captioned controller include IC101 (Digital signal processing, servo) and loading motor control, data
exchange with IC401 (sub system controller).
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ad
ed
re
2
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put | 0 | Deen riesemiountw on
Toate | 0 | Desirnonnawicin exo. SSS
[arroaTa) | 0 | Aner snpu ica CxbueR
[sarc [0
Attenuator data clock output to IC301 (CXD2567M).
Laser ON/OFF control output to optical pick-up block.
0
1
1
12
3
14
15
16
Attenuator data latch pulse output to IC301 (CXD2567M).
:
22
Reset signal input. “L”: RESET
36 to 40
Pom
ed
Pe
a
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5 [we | 0 | wrteemaie uputwrcaas mam,
ea
Al2 to A8
Address signal output to IC325 (RAM).

1
42 to 49 | A7to AO
50 to 57 | D7to DO
58 SENS
Description
No connection.
Address signal output to 1C325 (RAM).
Input and output of data signal with IC325 (RAM).
Input of SENSE signal for COUT count from IC101 (CXD2515Q).
GFS signal input from IC101 (CXD2515Q). “L”: NG, “H”: OK
FOK signal input from IC101 (CXD2515Q). “L”: NG, “H”: OK
AFADJ
OUTSW
VLEVEL
I
Test mode terminal.
GFS is no longer monitored during PLAY, PAUSE or SEARCH, while not stopping even with GFS
remaining still at “L” (NG).
Test mode terminal.
It is possible to check the interface between the sub system controller (IC401) and this controller (IC327).
| ae ‘
INSW I Input of S151 (Loading in switch).
Input of S152 (Loading out switch).
Level input of remote control volume (RV901).
VOLUP O Output of volume up control to remote control volume (RV901).
66
67 VOLDOWN
Output of volume down control to remote control volume (RV901).
6 DAVREF
A
8
69 DVREF
VOLLED
Input terminal of reference voltage to D/A input port.
Input terminal of reference voltage to A/D input port.
Ground terminal. (GND)
_ Power supply terminal. (+5V)
= Power supply terminal. (+5V)
ie Ground terminal. (GND)
Calculation readout clock output to [C101 (CXD2515Q).
Subcode Q data readout clock output to IC101 (CXD2515Q).
Control output to remote control volume LED (D901).
SUB Q
LODIN
Subcode Q data input from [C101 (CXD2515Q).
Output to rotate M201 (loading motor) in the loading in direction. *1
LODOUT
_LODIN @
LODOUT @
Output to rotate M201 (loading motor) in the loading out direction. *1
No connection.

e 1C401 Sub System Controller (MSC62408-100GS-V1K)
Functions effected by the captioned controller include fluorescent indicator tube (FLD401) drive control, key IN/OUT control and data
exchange with IC327 (main system controller).
[Pinte [ Pnnene [00] mom
SCAN6 foo Key scan control signal output.
TIMER Timer switch (S402) control input.
3 to 9 KEY0 to KEY6 Key signal input.
10to 13 | CMDO to CMD3 | yO | Input and output of data exchange with main system controller ([C327).
M.REQ Command request output to main system controller (IC327).
15 S.ACK Command acknowridge input from main system controller (IC327).
16 M/F Input and output of master/file command select signal for main system controller (IC327).
— “I
RMIN
997X/ES
Q.INT
20 RESET
TEST NO _— > —
— Oo |] ©
ae PAUSE LED drive output of PAUSE indicator.
fae PLAY LED drive output of PLAY indicator.
zm OSC1 Clock signal input. (4.19MHz)
OSCO0
33 to 44 | TOtoT11
45 to 48 | S28 to S25
SCANO SCANS

5-2. SEMICONDUCTOR LEAD LAYOUTS
BA6208 LB1641
123456789 12345678910
LH5164-H1
BAG6297AFP 2 i
—_
1 14
(TOP VIEW)
M37451M8-331FP
MSC62408-100GS-V1K
CXD2515Q
MS5F78M07L
yy
ST
GND OUT
IN
M5290P-16
16 9
1 8
(TOP VIEW)
TOP VIEW
CXD2567M
NE5532P
RC4556D
uPC4558C
8765
(TOP VIEW)
123 4
(TOP VIEW)
SBX1610-59
123 1: Vout
2: Vec
3: GND
DTA114ES
DTA144ES
DTC114ES
DTC143TS
ai
DTC114EF
Cc :
E
DTC144ES
LETTER SIDE
gf c
2SB734-34
28D774-34
“
“|
Cc B
2SC2878-B
y
2S8D1944-K
lef
y
ow
—<—F
——
——ams |
HZS36-3L
RD4.3ES-B2
RD5.1ES-B1
RD8.2ES-B2
11EQS04
cathode
Po
anode
1N4148M
10E2
a
anode
SEL2510C-D
SEL2810A
long short
™~
a cathode
anode

5-3. WAVEWORMS
\
PN NPLATE
NV
@
1C401
@-@pin,
©
1C101
@pin
(DATA)
®
1C101
@pin
(FILO)
®
C327
@pin
(XIN)
@-@pin
(S1-S28)
0.1Vp-p,
0.5usec
1.8Vp-p,
85nsec
5Vp-p,
0.1:sec
@-@pin
(TO-T11)
37Vp-p, 6msec
@ 1C401 @pin (OSC 0) @ 1C101 @pin (LRCK) ® 1C101 @pin (FE) @ 10301 @pin (LRCKO)
4.4Vp-p, 0.24usec 4.8Vp-p, 23sec Approx. 40mVp-p 5Vp-p, 1.4:sec
(Play mode)
©
1C401
@pin
(OSC
1)
©
1C101
@pin
(RFAC)
®
1C101
@pin
(TE)
®
1C301
@pin
(BCKO)
6Vp-p,
0.24usec
Approx.
130mVp-p
Approx.
50mVp-p
7Vp-p,
0.8nsec
(Play
mode)
(Play
mode)
O 1C401 @-@, Dpin © 1C101 @pin (PCO) ® 1C101 @pin (RFDC) ® 1C301 @pin (MCLK)
(SCAN 0-SCAN 6) Approx. 20mVp-p Approx. 175mVp-p 4Vp-p, 45nsec
4.6Vp-p, 7.8msec (Play mode)
© 1C101 @pin (BCLK) ® (C101 @pin (FILI) ® 1C327 @pin (XOUT) @ 1C301 ®pin (INVO)
4.8Vp-p, 0.48usec 80mVp-p, 18sec 6Vp-p, 0.1.sec 4.8Vp-p, 60nsec

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c
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re
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with
a
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are
taxen Win
é
(1/2) | 3 LED DRIVE ss
901, M901: INCLUBED IN RV901.)
5 oe” a ae) mee a — 28