Roland SYSTEM-100M 165 Operating and maintenance manual

MAR. 25, 1983 SYSTEM-100M 165/173/174
SYSTEM-100M 165/173/174
ISERVICE NOTESIPint Edition
SPECIFICATIONS
\165 173 174
\Portamento Time:
2msec to 5sec
SIGNAL GATE
Frequency Response:
DC to 20kHz
S/N Ratio:
better than lOOdBm (IHF-A)
Gain: unity
S/N Ratio:
better than 90dBm (IHF-A)
Input CV IN, PORTAMENTO CV
IN ...
10V max
Imp: more than BOkO
MPX IN . .
.
ON: 3.5-12V
OFF: OV
J-LGATE IN . . .
more than 3.5V
Imp: more than 50kl2
T-TGATE IN . . .
less than 3.5V
Imp: more than 50kl2
SIGNAL IN ...
lOVp-p max
Imp: more than 50k^2
IN ...
12Vp-p max
Imp: more than lOOkfi
Output CV OUT .. .
10V max
Imp: more than 1k^2
SIGNAL OUT . . .
lOVp-p max
Imp: less than 1ki7
OUT 1,OUT 2...
Imp: less than 1k^2
Power
Requirement
+15V@55mA
-15V@40mA +15V @40mA
-15V @20mA +15V @50mA
-15V @50mA
-23V @15mA (LED)
Dimensions 104(W) X230(H) X199(D) mm, 4-1/16(W) x 9-1/16(H) x7-13/16(D) in
Weight 1.2kg, 2lb. 10 oz. 1.15kg, 2lb. 9oz. 1.2kg, 2lb. lOoz.
COMMON PARTS
No Part Name Part Number
1M-165 Front Panel (2221030800)
CM M-173 Front Panel (2221030900)
3M-174 Front Panel (2221031000)
4Slide Switch SSB-02242 (13159103)
5LED (red) GL-3AR-2 (15029109)
6LED (green) GL-3PG-2 (15029112)
7Slide Pot EVA-TOA-C15A15 lOOkA (13339401)
8Slide Pot EVA-T5K-C15B15 lOOkB (13339862)
9Slide Pot EVA-TOA-C15B15 lOOkB (13339402)
10
1
Rotary Pot EWK-77A320-15D lOOkRD (13219780)
AllJacks SJ-409-1 -2 (13449402)
All Slide Knobs (2247012900)
All Rotary Knobs (2247012700)
IHRoland Printed in Japan B-3 1

SYSTEM-100M 165
165 CONTROL BOARD (7912003001) (pcb 2291057101-1/2)
SYSTEM-100M 165 PORTAMENTO CONTROLLER BLOCK DIAGRAM
COMPARATOR INTEGRATOR
r~ >^
CONVERTER BUFFER
MULTIPLIER mV/l —MPX INITtJ?
“1
COMPARATOR CONVERTER
-V/' 1
FULL- WAVE'
RECTIFIER
-^divider MULTIPLIER
EFFECT SW -I
<
z
<
CONVERTER |
-i/vl-^
INVERTER/DRIVER
MAR. 25, 1983
I165 CONTROL BOARD
165 MAIN BOARD
(7912004001)
i(pcb 2291057101-2/2)
SN2701 00-280299
View from foil side

SYSTEM-100M 165 MAR. 25, 1983
165
3

165 ADJUSTMENT
OSCILLATOR
0. 1/0.5 He M-165
DUAL-TRACE
OSCILLOSCOPE This adjustment needs ultra low frequency (0.1-0.5Hz)
square waveforms of TTL level (OV and 5V), which
may not be available from ordinary test oscillators and
dual-trace osilloscope. Consequently, some possible al-
ternatives are illustrated.
M-132
(« ###-'
I1,n
w#9
1Ii-h’
QI•o
Roland
NOTE: Refer to
ALTERNATIVE-3
for single-beam
scope.
MAIN BOARD
©TM6
©TM1
GTM3
0TM5
PORTAMENTO TIME
The same procedures are applicable to both CH-1 and
CH-2. First, adjust CH-1, then CH-2 looking CH-1
waveforms as standard.
More to the point, synchronize all phases of CH-1 and
CH-2 overlapped on the screen.
•ONE SECOND
Patch Instruments and set M-132 and M-165 as
shown. M-132 MIXER-2 SIG IN 3to 0(OV).
Set test oscillator to 0.5Hz.
Adjust TM-1 (TM-3) on MAIN BOARD so that the
times required for horizontal line on the scope to
reach from OV to -i-5V and from -i-5V to OV are one
second each, (see below)
•FIVE SECOND
Set oscillator to 0.1 Hz.
Set M-132 MIXER-2 SIG IN 3to 10 (10V).
Adjust TM-6 (TM-5) on MAIN BOARD so that the time required for horizontal line
to reach -t5V or to return to OV is five seconds.
TM-1 (TM-3) and TM-6 (TM-5) interact. Repeat the adjustments, maybe 3-5 times.
M-150 (140)
'v »
ALTERNATIVE-1 TEST OSCILLATOR
If the MC-4 is available, use its CV output.
CVDATA; 0=OV STEP TIME: 2000 =0.1 Hz
60=5V 400= 0.5Hz
120 =10V Other paremeters: Initial setting
ALTERNATIVE-2 TEST OSCILLATOR
This setup makes SYSTEM-1 OOM 150 and 132 atest oscillator.
1. (Do not connect Patch (J) yet)
Adjust M-132 MIXER-1 out for 5Vp-p.
2. (scope time base 0.2s/cm)
Adjust M-150 FREQ (approx, at 9) for 0.5Hz.
|«- 1sec 1sec
3. Add Patch (T).
(scope time base 0.5s/cm)
4. Adjust M-132 -OUT (approx, at 3) for 0.1 Hz.
h5sec -4' 5sec H
SYSTEM-100M 165 MAR. 25,1983
M-150 (140)
000 00 OSCILLATOR
or
MC-4
See NOTE below
SINGLE-BEAM
OSCILLOSCOPE
M-165
B
'~. Wo
M-132
5]
TI
»mmmT'
*r,nr
—1>-p
-OUT
1
1Roland |
ALTERNATIVE-3 USING SINGLE-BEAM SCOPE
1. Do not connect HIN yet.
2. Set scope VIN to GND and RANGE to 1V/cm.
3. Position scope spot as shown below.
4. Connect scope HIN to M-165 PORTA-2 CV OUT.
5. Set scope VIN to DC.
NOTE:
When using the oscillator
or the MC-4, refer to the
left for test signal setup.
__
1y-
1
.
I
.
..
.... ..._t
-L
|_
!1, 1;
J
PORTAMENTO-1
•ONE SECOND
1. Disconnect Patch (J) (dotted line).
2. Set M-132 MIXER-2 SIG IN 3knob to 0(OV).
3. Set M-165 changeover switches;
PORTAMENTO-1 to ON and PORTAMENTO-2 to OFF
4. Turn TM-1 CW until display stops (foldover) for aperiod at points (J)and
(^, then reverse TM-1 slightly just enough for smooth beam running with-
out reducing displayed Vamplitude (5Vp-p).
•FIVE SECOND
1. Connect Patch(3)(dotted line).
2. Set M-132 MIXER-2 SIG IN 3to 10 (10V).
3. Similarly, adjust TM-6 for smooth sweep running without reducing vertical
amplitude.
4. TM-1 and TM-6 will interact. Repeat these adjustments until no improve-
ment is noted.
rrr t
—&1:
i
j
:
I
'
'
!ii
I^.u
PORTAMENTO-2
•ONE SECOND
1. Disconnect Patch(T)(dotted line).
2. Set M-165 PORTAMENTO-2 to ON.
3. Set M-132 MIXER-2 SIG IN 3to 0.
4. Adjust TM-3 so that Lissajous is single line as possible.
•FIVE SECOND
1. Connect Patch(T)(dotted line).
2. Set M-132 MIXER-2 SIG IN 3to 10.
3. Similarly, adjust TM-5 for single line trace.
4. TM-3 and TM-5 will interact. Repeat these adjustments until no improve-
ment is noted.
4

SYSTEM-100M 1
(
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"V" ^^——11MM Llllli, l...illl llllL, ll
"II I;
'dii tf-' 1^^''-'- '' mI*
I
SYSTEM-100M
I/O
SIGNAL
GATE
&
MULTIPLE
JACKS
MAR. 25, 1983
fm
E„g
^£.1“
OKQQ
5

BAND 2lOOHz TO IKHz
BAND 3SOOHz TO SKHz
BAND 42KHz TO 20KHz
SUMMER /INTEGRATOR/ INTEGRATOR
FREQUENCY
174 CONTROL BOARD (7914003002) (pcb 2291057501-1/2)
l2dB
dB
l2dB
BIQUADRATIC FUNCTION FILTER X4
BANDWIDTH CONTROLLER
FREQUENCY CONTROLLER
BAND 120Hz TO 200Hz
SYSTEM-1 OOM 174 PARAMETRIC EQUALIZER BLOCK DIAGRAM OVER NORMAL
SUMMER SUMMER BUFFER
BIQUADRATIC FILTER
SYSTEM-100M 174 MAR. 25, 1983
p74 CONTROL View from foil side
174 MAIN BOARD (7914004002) (pcb 2291057501-2/2)

SYSTEM-IOOM 174 MAR. 25, 1983
174
7

SYSTEM-100M 165/173/174 MAR. 25, 1983
PARTS LIST
2221030800 M-165 Front panel ri65i 1C (CMOS)
2221030900 M-173 Front panel |173| 15159115H0 HD14066BP lies]
2221031000 M-174 Front panel 174| Quad Bilateral Switch
2201012201 100M Cover 15159101H0 HD14001BP IMl
2219018901 Holder Quad 2- Input NOR Gate
2247012900 Knob (slide pot) 165/174
2247012700 Knob (rotary pot) mj 1C (OP-AMP)
15189105 )uPC4558C (i73j
DIN SOCKET 15189118 TL082CP Il65| Bi-FET
13429603 CS0690-1-1 8P 15189147 NJM-072DP Imi
JACK 1C (CUSTOM)
13449402 SJ-409-1-2 15229802 BA662 mi] VCA
SWITCH TRANSISTOR
13159103 SSB-02242 (slide) 165/174 15119113 2SA1015-GR
15129114 2SC1815-GR [ies]
PCB 15129115 2SC1815-Y |174]
7912003001 165 CONTROL BOARD
(pcb 2291057101-1/2) FET
7912004001 165 MAIN BOARD 15139103 2SK30ATM-GR 1165/1731
(pcb 2291057101-2/2) 15139112 2SK246-GR |165/173|
7913003001 173 CONTROL BOARD
(pcb 229105730*1-1/2) DIODE
7913004001 173 MAIN BOARD 15019103 1S2473
(pcb 2291057301-2/2) 15019125 1SSI 33 Qm
7914003002 174 CONTROL BOARD
(pcb 2291057501-1/2) LED
7914004002 174 MAIN BOARD 15029109 GL-3AR-2 (red)
(pcb 2291057501-2/2) 15029112 GL-3PG-2 (green) |l 65/1741
POTENTIOMETER (slide) CAPACITOR
13339401 EVA-TOA-C15A15 lOOkA 13639933M0 ECEA1 EN470S 47/iF/25V [ml
13339402 EVA-TOA-C15B15 lOOkB WfA (bi-polar)
13339862 EVA-T5K-C15B15 lOOkB Qm 13639942M0 ECEA1HN010S 1juF/50V Q74]
(bi-polar)
POTENTIOMETER (rotary)
13219780 EWK-77A320-15D lOOkRD [m] OTHERS
13429603 8p DIN cord (30cm)
POTENTIOMETER (trimmer) 2224010900 Slide pot mask |l65/174|
13299544 H1021A015-22kB 22kB (I65l
13299106 EVT-R4SA00B53 5kB Em
8