Infinity TSS-SAT500CHR Powered Subwoofer System User Manual

Infinity TSS-SAT500CHR Powered Subwoofer System

TSS-Sub500 Specifications

• Frequency Range : Not specified
• Amplifier Output : 100W
• Low-Frequency Driver : Not specified
• Crossover Frequency : Not specified
• Dimensions (H x W x D): Not specified
• Weight : Not specified

Product Usage Instructions

Unboxing and Setup

1. Remove all items from the packaging.
2. Ensure that all the accessories mentioned in the user manual are present.
3. Place the subwoofer in the desired location in your room.
4. If using a stand or wall bracket, follow the instructions provided to securely mount the subwoofer.
5. Connect the power cable to the subwoofer and plug it into a power outlet.
6. If using satellite speakers, connect them to the subwoofer using the provided wire sets.
7. If using an audio source, connect it to the subwoofer using the appropriate inputs (Line Input or LFE Input).

Powering On and Adjusting Settings

1. Ensure that the power switch on the subwoofer is in the “Off” position.
2. Turn on your audio source (if applicable).
3. Turn on the subwoofer by flipping the power switch to the “On” position.
4. Adjust the volume potentiometer to your desired listening level.
5. If available, select the appropriate input configuration (Line In or LFE) based on your audio setup.
6. If available, adjust the settings for features such as Auto-Turn-On, input frequency, ATO level, etc., according to your preferences.

Troubleshooting
If you encounter any issues with the TSS-Sub500, refer to the troubleshooting section in the user manual or contact Infinity Systems customer support for assistance.

FAQ

• Q: What is the frequency range of the TSS-Sub500?
  A: The frequency range of the TSS-Sub500 is not specified in the user manual.

• Q: What is the output power of the amplifier?
  A: The amplifier of the TSS-Sub500 has an output power of 100W.

• Q: How do I connect satellite speakers to the subwoofer?
  A: To connect satellite speakers to the subwoofer, use the provided wire sets and follow the instructions in the user manual.

• Q: How do I adjust the volume of the subwoofer?
  A: The volume of the subwoofer can be adjusted using the volume potentiometer located on the subwoofer.

TSS-Sub500
(TSS-500 SYSTEM) 

SERVICE MANUAL

• Infinity Systems Incorporated
• 250 Crossways Park Dr. Woodbury, New York 11797
• Rev0 6/2006

Note : The TSS-S ub500 is part of the TS S-500 system
Satellite loudspeakers
(Charcoal) order Infinity part# TSS-SAT500CHR (Platinum) order Infinity part# TSS-SAT500PLT
Center channel : Call Infinity Systems parts department (Charcoal) (Platinum)

TSS-Sub500 Specifications

• Frequency Range : 39Hz – 150Hz (±3dB)
• Amplifier Output : 100 watts RMS
• Low-Frequency Driver : 8″ (203mm)
• Crossover Frequency : 120Hz, 24dB/Octave (line-level [non-LFE] input)
• Dimensions (H x W x D): 15-7/8″ x 13-5/8″ x 14-5/8″(403mm x 346mm x 371mm)
• Weight : l31.7 b ( 14.4kg)

Infinity continually strives to update and improve existing products, as well as create new ones. The specifications and construction details in this and related Infinity publications are therefore subject to change without notice.

TSS-500 PACKING/ACCESSORIES

TSS-Sub500| 100W Powered Sub/ Plate Amp| |
---|---|---|---
| | | | |
| | | | |
LINE VOLTAGE| Yes/No| Hi/Lo Line| Unit| Notes|
US 120VAC/60Hz| Yes| 108-132| Vrms| Normal Operation|
Europe 220-240VAC, 50-60Hz| Yes| 220-240| Vrms| Normal Operation|
| | | | |
Parameter| Specification| Unit| QA Test Limits| Conditions| Notes
Amp Section| | | | |
Type (Class AB, D, other)| AB| AB| n/a| 120V Model| External Sink required
Type (Class AB, D, other)| G| G| n/a| 230V Model| External Sink required
Load Impedance (speaker)| 4| Ohms| n/a| Nominal|
Rated Output Power| 100| Watts| 95| Single input driven|
THD@ Rated Power| 0.5| %| 1| 22K filter|
THD @ 1 Watt| 0.1| %| 0.5| 22K filter|
DC Offset| 10| mV-DC| 50| @ Speaker Output|
Damping factor| >100| DF| 100| 50Hz, 4 Ohms load| Measured at amplifier board speaker output terminals, Output power 90 Watts
| | | | |
Input Sensitivity| | | | |
Input Frequency| 50| Hz| 50| Nominal Freq.|
Line Input (L&R)| 13.8| mVrms| ±2dB| To 1 Watt| Single input driven, AP Zo=600 Ohms
LFE Input| 8.62| mVrms| ±2dB| To 1 Watt| LFE input driven only, AP Zo=600 Ohms
| | | | |
Signal to Noise| | | | |
SNR-A-Weighted| 100| dBA| 85| rel. to rated power| A-Weighting filter
SNR-unweighted| 80| dBr| 80| rel. to rated power| 22K filter
SNR @ 1W-unweighted| 60| dBr| 60| rel. to 1W Output| 22K filter
Residual Noise Floor| 1| mVrms| 2|

• Volume @max, using RMS reading
• DMM/VOM (or A/P)

|
Residual Noise Floor| 1| mVrms(max)| 2| Volume @max, w/ A/P Swept Bandpass Measurement (Line freq.+ harmonics)|
| | | | |
Input Impedance| | | | |
Line input L&R , LFE| >10| K ohms| n/a| Nominal|
| | | | |
Filters| | | | |
Low Pass (fixed or variable)| 4th order fix| —| ±2dB| |
Subsonic filter (HPF)| 2nd order| Hz| ±2dB| |
| | | | |
Limiter (yes/no)| YES| —| Functional| |
THD at Max. Output Power| 1| %| Functional| |
| | | | |
Features| | | | |
LFE Input| YES| | Functional| |
Volume pot Taper (link/log)| LOG| —| Functional| |
ATO| YES| | Functional| |
| | | | |
Input Configuration| | | | |
Line In (L,R)| L ,R| —| Functional| | RCA inputs
Line level in LFE| LFE| | Functional| |
| | | | |
Signal Sensing (ATO)| | | | |
Auto-Turn-On (yes/no)| YES| —| Functional| |
ATO Input Frequency| 50| Hz| Functional| |
ATO Level| 2| mV| Functional| 2mV@50Hz into Line Input w/ 1 inch. driven|
ATO Turn-on time| 5| ms| Functional| Amp connected and AC on, then input signal applied|
Auto Mute/ Turn- OFF Time| 10| minutes| Functional| T before muting, after signal is removed| Auto turn of time (T) must be 5 > T <15
| | | | |
Power on Delay time| 3| sec.| Functional| AC Power Applied|
| | | | |
Transients/Pops| | | | |
ATO Transient| 5| mV-peak| 10| Speaker Outputs|
Turn-on Transient| 50| mV-peak| 100| Speaker Output| AC Line cycled from OFF to ON
Turn-off Transient| 50| mV-peak| 100| Speaker Output| AC Line cycled from ON to OFF
| | | | |
Efficiency| | | | |
Stand-by Input Power| 12| Watts| 15| @ nom. line voltage| Maximum allowable input power under nominal Input voltage and frequency, HOT or COLD operation.
Power Cons. @ rated power| 195| Watts| 210| @ nom. line voltage| 100 Watts @ 4 Ohms nominal line voltage
| | | | |
| | | | |
---|---|---|---|---|---
Parameter| Specification| Unit| QA Test Limits| Conditions| Notes
| | | | |
| | | | |
Protection| | | | |
Short Circuit Protection| YES| —| Functional| Direct short at output|
Thermal Protection| 65 deg. C| —| Functional| @1/8 max unclipped Power| Temperature rise should not exceed 35K rise
DC Offset Protection| YES| —| Functional| DC present at Speaker Out leads| Relay or crowbar (for driver/fire protection)
Line Fuse Rating| | | | | External fuse with UL/SEMKO rated holder
120 VAC| 2.5| Amps| | Type-T or Slo Blo, Fuse Markings T2.5A, 250V|
230 VAC| 1.25| Amps| | Type-T, Low breaking capacity, Fuse markings T1.25AL, 250V|

SUBWOOFER CONTROLS

Rear Panel

A Few Suggestions

• We recommend that you do not operate your speakers or subwoofer with the bass, treble and loudness controls set to full boost .This will place undue strain on your electronics and speakers and could damage them.
• The volume control setting on your processor/preamp or receiver is not a specific indication of the overall loudness level of the speakers. The only important consideration is the loudness level at which the system can be played, regardless of where the volume control is set.
• Always turn down the volume control setting on your processor/preamp or receiver when changing a cassette or CD, or switching inputs to AM or FM operation. Excessively loud transients (clicks or popping sounds) can damage the satellite speakers and possibly the subwoofer.

Important!
Whenever changing cables, pulling plugs, etc., ALWAYS TURN OFF ALL EQUIPMENT, including the subwoofer.

1. Subwoofer Level Control
2. LFE Input
3. Line-Level Inputs
4. Power Switch

SUBWOOFER CONNECTIONS

• If you have a Dolby® Digital or DTS® receiver/processor with a low-frequency-effects (LFE) or subwoofer output
• If your receiver/processor does not contain a Dolby Digital or DTS processor but has a subwoofer output

15′ (4.6m) subwoofer cable included

NOTE : If your receiver/processor has only one sub out, you may use either the L or R input.

OPERATION

• Surround Modes
  When using the TSS-500 in a Dolby Digital or DTS home theater system, make sure all speakers are set to “Small”. When using the system in a Dolby Pro Logic® home theater system, make sure the receiver’s center channel mode is set to “Normal.”
  Some Dolby Digital-equipped receivers/processors offer different setup options for each source or surround mode (e.g., CD-stereo, videotape, Dolby Digital, Pro Logic). In each case, follow your equipment’s instructions to ensure that the subwoofer output is turned on and that the speakers are set to “Small” in each mode.
  If your receiver has adjustable crossover settings, we recommend the subwoofer crossover be set between 100Hz and 120Hz.

• Power On
  Plug your subwoofer’s AC cord into a wall outlet. Do not use the outlets on the back of the receiver.
  Initially set the Subwoofer Level Control 1 to the “MIN” position.
  Turn on the subwoofer by pressing the Power Switch 4 on the rear panel.
  Turn on your entire audio system and start a CD or movie soundtrack at a moderate level.

• Auto On/Standby
  With the Power Switch 4 in the ON position, the LED on the back will remain lit in green or red to indicate the ON/STANDBY mode of the subwoofer.
  RED = STANDBY (No signal detected, Amp Off)
  GREEN = ON (Signal detected, Amp On)
  The subwoofer will automatically enter the Standby mode after approximately 10 minutes when no signal is detected from your system. The subwoofer will then power ON instantly when a signal is detected. During periods of normal use, the Power Switch 4 can be left on. You may turn off the Power Switch 4 for extended periods of nonoperation, e.g., when you are away on vacation.

• Adjust Level
  Turn the Subwoofer Level Control 1 up about halfway. If no sound emanates from the subwoofer, check the AC-line cord and input cables . Are the connectors on the cables making proper contact? Is the AC plug connected to a “live” receptacle? Has the Power Switch 4 been pressed to the “On” position? Once you have confirmed that the subwoofer is active, proceed by playing a CD or DVD. Use a selection that has ample bass information.
  Set the overall volume control of the receiver/processor to a comfortable level. Adjust the Subwoofer Level Control 1 until you obtain a pleasing blend of bass. Bass response should
  not overpower the room but rather be adjusted so there is a harmonious blend across the entire musical range. Many users have a tendency to set the subwoofer volume too loud, adhering to the belief that a subwoofer is there to produce lots of bass. This is not entirely true. A subwoofer is there to

• TSS-500
  Enhance bass, extending the response of the entire system so the bass can be felt as well as heard. However, overall balance must be maintained or the music will not sound natural. An experienced listener will set the volume of the subwoofer so its impact on bass response is always there but never obtrusive.

• Final Positioning
  After correctly connecting the TSS-500 system and verifying that both the subwoofer and all satellite speakers are playing, it is time to optimize the system for your particular listening room. Earlier, you placed the subwoofer in its general location. Finding the exact location for optimum performance sometimes only involves moving the speakers up to a few inches in any direction. We urge you, therefore, to experiment with placement, if possible, until your speakers deliver their full potential.

• MAINTENANCE AND SERVICE
  The satellite and subwoofer enclosures may be cleaned using a soft cloth to remove fingerprints or to wipe off dust.
  All wiring connections should be inspected and cleaned or remade periodically .The frequency of maintenance depends on the metals involved in the connections, atmospheric conditions and other factors, but once per year is the minimum.
  If a problem occurs, make sure that all connections are properly made and clean. If a problem exists in one loudspeaker, reverse the connection wires to the left and right system. If the problem remains in the same speaker, then the fault is with the loud-speaker. If the problem appears in the opposite speaker, the cause is in another component or cable. In the event that your TSS-500 ever needs service, contact your local Infinity dealer or visit www.infinitysystems.com for a service center near you.
  

Test Set Up and Procedure

Equipment needed

• Function/signal generator/sweep generator
• Integrated Amplifier
• Multimeter
• Speaker cables

General Unit Function (UUT = Unit Under Test)

1. From the signal generator, connect one line level (RCA) cable to the Subwoofer Line Level Input jacks L/R on the UUT. Use a Y-cable from a mono source if necessary to connect to both inputs. Do not connect to the single LFE input.
2. On the front of the unit, turn the LEVEL control full counterclockwise.
3. Turn on generator, adjust to 100mV, 50 Hz.
4. Plug in UUT; turn the power switch ON. LED should be Red. Turn LEVEL control full clockwise (MAX)
5. LED should now be Green; immediate bass response should be heard and felt from port tube opening.
6. Turn off generator, turn LEVEL control fully counterclockwise, disconnect RCA cable.

Sweep Function

1. Follow steps 3-6 above, using a sweep generator as a signal source.
2. Sweep generator from 20Hz to 300Hz. Listen to the cabinet and drivers for any rattles, clicks, buzzes or any other noises. If any unusual noises are heard, remove woofers and test.

Driver Function

1. Remove woofer from cabinet; detach + and – wire clips.
2. Check DC resistance of woofer  it should be 3.3 ohms ±10%
3. Connect a pair of speaker cables to driver terminals. Cables should be connected to an integrated amplifier fed by a signal generator. Turn on generator and adjust so that speaker level output is 5.0V.
4. Sweep generator from 20Hz to 1kHz. Listen to driver for any rubbing, buzzing, or other unusual noises.

Block Diagram

TS S500

Troubleshooting Flow Chart

TSS-Sub500 (120v) Electrical Parts List| |
---|---|---
| | |
Part Number| Description| Qty| Reference Designator
| | |
PREAMP PCB| | |
| | |
Resistors| | |
| | |
110-16102j26| Resistor 1K 1/6W ±5% CF 26mm| 4| R213,214,215,254
110-16103j26| Resistor 10K 1/6W ±5% CF 26mm|

13

| R212,216,217,220,221,222,225,228,226,232,
235,240,248
110-16104j26| Resistor 100K 1/6W ±5% CF 26mm| 2| R231,266
110-16105j26| Resistor 1M 1/6W ±5% CF 26mm| 1| R259
110-16122j26| Resistor 1.2K 1/6W ±5% CF 26mm| 1| R264
110-16124j26| Resistor 120K 1/6W ±5% CF 26mm| 1| R233
110-16151j26| Resistor 150Ω 1/6W ±5% CF 26mm| 1| R253
110-16153j26| Resistor 15K 1/6W ±5% CF 26mm| 1| R234
110-16154j26| Resistor 150K 1/6W ±5% CF 26mm| 1| R252
110-16183j26| Resistor 18K 1/6W ±5% CF 26mm| 2| R262,227
110-16205j26| Resistor 2M 1/6W ±5% CF 26mm| 1| R257
110-16223j26| Resistor 22K 1/6W ±5% CF 26mm| 4| R238,247,250,255
110-16273j26| Resistor 27K 1/6W ±5% CF 26mm| 2| R223,237
110-16333j26| Resistor 33K 1/6W ±5% CF 26mm| 1| R249
110-16472j26| Resistor 4.7K 1/6W ±5% CF 26mm| 2| R258,260
110-16473j26| Resistor 47K 1/6W ±5% CF 26mm| 2| R219,251
110-16512j26| Resistor 5.1K 1/6W ±5% CF 26mm| 3| R211,229 ,230
110-16513j26| Resistor 51K 1/6W ±5% CF 26mm| 1| R224
115-h503a104| variable Resistor D16 50K/1 A LEVEL| 1| VR201
| | |
Capacitors| | |
| | |
130-2b221k503| disc Capacitor 220P 50V ± 10%| 9| C207,208,210,211,212,214,220,230,249
130-3f104z503| disc Capacitor 0.1U 50V +80/-20%| 7| C232,242,244,245,246,252,254
130-sl470k503| disc Capacitor 47P 50V ± 10%| 1| C229
132-103j503| electrolytic 0.01U 50V ± 5%| 2| C223,224
132-104j503| electrolytic 0.1U 50V ± 5%| 3| C218,221,222
132-223ja03| electrolytic 0.22uF 100V ± 5%| 1| C215
132-473j503| electrolytic 0.047U 50V ± 5%| 2| C216,217
135-3105m50| electrolytic 1U 50V ± 20%| 1| C228
135-3106m50| electrolytic 10uF 50V ± 20%| 8| C206,213,219,231,241,243,251,253
135-3107m16| electrolytic 100uF 16V ± 20%| 2| C233,234
135-3226m50| electrolytic 22U 50V ± 20%| 1| C225
| | |
Semiconductors| | |
| | |
192-027c1815gr| Transistor 2SC1815GR NPN| 3| Q201,206,207
197-031n4148| diode 100mA 75V SIGNAL 1N4148 ROHM| 7| D201,202,207,208,211,212,214
199-15000335| zener diode 3.3V 1/2W 52mm| 1| D213
190-06m4558d| I.C OPA 4558D DUAL OP-AMP| 1| U203
190-16t1074cn| I .C TL074cm QUAD OP-AMP| 2| U201,202
195-10204hgw| LED 204HGW 3c| 1| D209
| | |
Miscellaneous| | |
| | |
162-50159201| WIRE ASS’Y 2PIN 150mm| 1| for D209
174-0rca326p| JACK RCA-326| 1| JK202
| | |
POWER/MAIN PCB| |
| | |
Resistors| | |
| | |
110-14472j26| Resistor 4.7K 1/4W ±5% 26mm| 2| R147,150
110-14681j26| Resistor 680Ω 1/4W ±5% 26mm| 2| R148,151
Part Number| Description| Qty| Reference Designator
---|---|---|---
| | |
POWER/MAIN PCB| |
| | |
110-16101j26| Resistor10 0Ω 1/6W ±5%CF 26mm| 1| R120
110-16102j26| Resistor 1K 1/6W ±5% CF 26mm| 1| R124
110-16103j26| Resistor 10K 1/6W ±5% CF 26mm| 1| R134
110-16105j26| Resistor 1M 1/6W ±5% CF 26mm| 1| R143
110-16123j26| Resistor 12K 1/6W ±5% CF 26mm| 2| R135,139
110-16152j26| Resistor 1.5K 1/6W ±5% CF 26mm CF| 6| R103,123,136,137,141,142
110-16153j26| Resistor 15K 1/6W ±5% CF 26mm| 4| R118,145,152,154
110-16154j26| Resistor 150K 1/6W ±5% CF 26mm| 1| R131
110-16181j26| Resistor 18Ω 1/6W ±5% CF 26mm| 2| R111,114
110-16182j26| Resistor 1.8K 1/6W ±5% CF 26mm| 1| R153
110-16223j26| Resistor 22K 1/6W ±5% CF 26mm| 3| R128,129,133
110-16332j26| Resistor 3.3K 1/6W ±5% CF 26mm| 3| R106,107,144
110-16392j26| Resistor 3.9K 1/6W ±5% CF 26mm| 2| R105,108
110-16393j26| Resistor 39K 1/6W ±5% CF 26mm| 1| R126
110-16470j26| Resistor 47Ω 1/6W ±5%CF 26mm| 4| R112,113,115,116
110-16471j26| Resistor 470Ω 1/6W ±5% CF 26mm| 1| R140
110-16472j26| Resistor 4.7K 1/6W ±5% CF 26mm| 3| R110,125,130
110-16473j26| Resistor 47K 1/6W ±5% CF 26mm| 1| R101
110-16560j26| Resistor 56Ω 1/6W ±5% CF 26mm| 1| R117
110-16563j26| Resistor 56K 1/6W ±5% CF 26mm| 1| R104
110-16682j26| Resistor 6.8K 1/6W ±5% CF 26mm| 1| R109
110-10821jk2| Resistor 820Ω 1W ±5% 10mm| 1| R132
110-122r2j15| Resistor 2.2Ω 1/2W ±5% 15mm| 1| R127
110-20331jk2| Resistor 330Ω 2W ±5% 5mm| 2| R146,149
113-50r10j10| cement Resistor 0.1Ω 5W ±5%| 2| R121,122
114-03302m0| semi-fixed Resistor    3K 0.3W 1±20%| 1| R138
| | |
Capacitors| | |
| | |
130-2b102k503| disc Capacitor 1000p 50V±10%| 1| C116
130-2f104z503| disc Capacitor0.1u 50V+80/ -20%| 4| C108.113.115.119
130-3f473m503| disc Capacitor0.047u 50V±20%| 1| C106
130-s1101k503| disc Capacitor100p 50V SL±10%| 2| C139,140
132-104j503| mylar Capacitor 0.1u50V ±5%| 1| C107
132-223ja03| mylar Capacitor 0.022uF 100V ±5%| 4| C124,125,126,128
135-3105m50| mylar Capacitor 1U 50V ±20%| 2| C105,112
135-3107m16| mylar Capacitor100uF 16V ±20%| 3| C109,117,120
135-3226m50| mylar Capacitor22U 50V ±20%| 2| C114,118
135-3227m10| mylar Capacitor220U 10V ±20%| 2| C129,130
135-3227m16| mylar Capacitor220U 16V ±20%| 1| C111
135-3476m25| mylar Capacitor47U 25V ±20%| 1| C103
132-223ja03| mylar Capacitor 0.022uF 100V ±5%| 2| C123,127
135-3107m16| electrolytic 100uF 16V ±20%| 1| C110
135-4688m50| electrolytic 6800U/50V ±20%    D25X45mm| 2| C121,122
| | |
Semiconductors| | |
| | |
192-027c1815gr| Transistor 2SA1815GR NPN| 5| Q102,111,112,113,118
192-028a1015gr| Transistor 2SA1015GR PNP| 2| Q114,116
192-1572n5551| Transistor 2N5551 NPN| 2| Q103,109
192-1582n5401| Transistor 2N5401 AI-PNP 350V 500MA TO-92| 2| Q104,110
197-031n4148| diode 100mA 75V SIGNAL 1N4148 ROHM| 4| D101,103,105,108
199-15000335| zener diode3.3V 1/2W 52mm| 1| D102
199-15000625| zener diode 6.2V 1/2W 52mm| 2| D106,107
199-15001605| zener diode 16V 1/2W 52mm| 1| D109
190-06m4558d| IC OPA 4558D DUAL OP-AMP| 1| U101
192-021tip35c| Transistor TIP35C NPN| 1| Q107
192-022tip36c| Transistor TIP36C PNP| 1| Q108
192-027c1815gr| Transistor 2SC1815GR NPN| 2| Q101,115
192-201d882Y| TransistorKSD882Y PNP| 1| Q117
Part Number| Description| Qty| Reference Designator
---|---|---|---
| | |
POWER/MAIN PCB| |
| | |
192-202b772y| TransistorKSD772Y PNP| 1| Q119
192-991d669a| Transistor HI-SINCERITY HSD669A NPN| 1| Q106
192-992b649t| Transistor HSB649T PNP| 1| Q105
197-00kb1405| diode 4A500V KBL405 BRIDGE| 1| D110
197-101n4002| diode IN4002| 1| D104
| | |
Miscellaneous| | |
| | |
162-10202001| wire 26AWC 1007 200mm RED| 1|
171-udhss124d| relay 5A 24V UDH-SS124D| 1| RY101
175-1c07v01| wire connector 7PIN PITCH=2.5mm| 1| P101
175-1d02v01| wire connector 2PIN PITCH=3.96mm| 1| P102
175-1d03v01| wire connector 3PIN PITCH=3.96mm| 1| P103
193-3m2520| insulator TO-3P 25x20mm| 2| for Q107,108
| | |
LIMITER PCB| | |
| | |
110-16103j26| Resistor 10K 1/6W ±5% CF 26mm| 8| R301,303,304,308,309,314,340,344
110-16183j26| Resistor 18K 1/6W ±5% CF 26mm| 1| R302
110-16223j26| Resistor 22K 1/6W ±5% CF 26mm| 2| R310,312
110-16273j26| Resistor 27K 1/6W ±5% CF 26mm| 1| R341
110-16333j26| Resistor 33K 1/6W ±5% CF 26mm| 1| R305
110-16472j26| Resistor 4.7K 1/6W ±5% CF 26mm| 2| R342,343
110-16474j26| Resistor 470K 1/6W ±5% CF 26mm| 1| R307
110-16751j26| Resistor 750Ω 1/6W ±5% CF 26mm| 2| R311,313
110-16755j26| Resistor 7.5k 1/6W ±5% CF 26mm| 1| R306
130-2f104z503| disc Capacitor 0.1u 50V +80/-20%| 2| C305,306
132-103j503| Mylar Capacitor 0.01U 50V ± 5%| 2| C302,303
135-3226m50| electrolytic 22U 50V ± 20%| 2| C301,340
135-3476m25| electrolytic 47U 25V ± 20%| 1| C304
192-027c1815gr| Transistor 2SC1815gr    NPN| 2| Q301,302
197-031n4148| diode 100mA 75V SIGNAL 1N4148| 2| D301,302
162-50289001| CABLE ASS’Y wire’s 280mm AWG26 WHT| 1|
175-9f40hr2| coupling 40PIN PITCH=2.54mm HR240| 0.15| P301
190-16tl074cn| I .C TL074cm st QUAD OP-AMP| 1| U301
| | |
MISCELLANEOUS/MECHANICAL| |
| | |
123-14j70d| Ferrite Core U-16.38.213(J70)+CASE| 1|
130-3f472md00| disc Capacitor 4700P 400V ± 20%| 1| C001
150-e8604107| Power Transformer EI-86 60HZ 120V TT086996580| 1| T1
152-u602015| Line Cord SVT FT-2 6FT| 1|
154-u25006t0| Fuse 2.5A 250V 20mm| 1|
155-520020| Fuse Holder R3-11| 1|
162-10082007| WIRE RED 18AWG 80mm    8mm#1015| 1|
162-50652003| WIRE 650mm RED=205# 0.5T BLK=110# 0.5T| 1|
176-wjcel| wire connector Pin CE-1| 1|
180-prf1003S| switch ROCK RF-1003-BB2-OHA POWER| 1| SW100
176-wjce1| wire connector pin CE-1| 1|
350-EM04012D024| 4￠12 wood screw black| 4|
351-HM04016A218| M416 machine screw black| 4|
351-AM03008A079| M38 machine screw black| 6|
352-AM03010D065| ￠310 P type tapping screw black| 2|
352-AM03008D040| ￠38 B type tapping screw black| 8|
354-GM04002| M4 nut black| 4|
362-FE-00013| PCB support L TYPE t=1.6mmS.P.C.C 8991.6T| 2|
311-ABS-00028| plastic knob 46077-W soft material P.V.C. LEVEL| 1|
335-NYL-00002| wire clip 4K-4 NO-BB| 2|
Part Number| Description| Qty| Reference Designator
---|---|---|---
| | |
MISCELLANEOUS/MECHANICAL| |
| | |
333-EVA-00783| EVA W 198122.0T| 2|
333-EVA-00807| EVA L 274122.0T| 2|
333-EVA-00826| EVA W 198121.0T| 2|
333-EVA-00835| EVA L 274121.0T| 2|
320-RUB-00033| rubber foot pad 25214t| 4|
337-CU-00101| copper foil 65L50W| 1|
306-ABS-00177| rear Plastic housing 198298102mm| 1|
162-50552003| WIRE UL1007 #16 550mm#110/#205 0.5T| 1|
302-AL-05048-0BAE| rear board 3002002.5T black(RoHS)| 1|
323-AL-00106-0BB| HEAT SINK 117.571.5*25 anode is black| 1|

Integrated Circuit Diagram

References

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