HARDWARE ASSEMBLY MANUAL P13361: System Dynamics Filtering Laboratory Release Date: January 25, 2013 Revision: - PURPOSE The purpose of this document is to outline the procedures to be used in order to properly assemble the printed circuit board (PCB) and hardware module portion of the System Dynamics Filtering Laboratory. TABLE OF CONTENTS PURPOSE........................................................................ 1 TABLE OF CONTENTS.............................................................. 1 ENGINEERING SPECIFICATIONS, REV B..............................................1 MASTER LIST OF TEST EQUIPMENT..................................................2 TESTS.......................................................................... 3 TEST 1: PERFORM ACTIVITY.........................................................3 TEST 2: DESIGN POSSIBILITY/OUTCOME................................................5 TEST 3: STORAGE SIZE............................................................7 TEST 4: MINOR MAINTENANCE........................................................8 TEST 5: MAJOR REPAIR...........................................................10 TEST 6: AUDIO LEVEL............................................................12 APPENDIX...................................................................... 13 TABLE OF FIGURES No table of figures entries found.
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HARDWARE ASSEMBLY MANUALP13361: System Dynamics Filtering Laboratory
Release Date: January 25, 2013 Revision: -
PURPOSE
The purpose of this document is to outline the procedures to be used in order to properly assemble the printed circuit board (PCB) and hardware module portion of the System Dynamics Filtering Laboratory.
TABLE OF CONTENTS................................................................................................................................................. 1
MASTER LIST OF TEST EQUIPMENT............................................................................................................................. 2
TEST 1: PERFORM ACTIVITY..................................................................................................................................................3
TEST 2: DESIGN POSSIBILITY/OUTCOME..................................................................................................................................5
TEST 3: STORAGE SIZE.........................................................................................................................................................7
TEST 4: MINOR MAINTENANCE.............................................................................................................................................8
TEST 5: MAJOR REPAIR......................................................................................................................................................10
TEST 6: AUDIO LEVEL.........................................................................................................................................................12
The following is a master list of product components used to assemble the printed circuit board (PCB) and hardware module. See the Bill of Materials for more information.
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Hardware Assembly Manual P13361
P/N ID Qty Part Name Description
A3B 1 FILTER PCB ASSY Printed circuit board with all attached componenets
Breadboard, 1 terminal strip, 2 bus strips, 270 contacts, 3.3" x 1.8", screw fastened
Filter module activitiy enclosure, ABS plastic, hinged lid with padlock option, 7.87"X5.9"X3.93"Plexi-glass plate used to mount hardware in enclosure
Screws for mounting plate to enclosure fastening 8-32 X 1/2"Integrated Circuit LM741 through hole, 8 pin, audio amplifier, used in breadboardFemale banana jack, surface mount, white (for reference PS connection)Female banana jack, surface mount, yellow (for +9V PS connection)Female banana jack, surface mount, black (for Ground)Female banana jack, surface mount, red (for FCN/DAQ connection)Headphones to be included with hardware, connect to line out jackAdapter male pos/gnd banana to male BNC (oscilloscope)Male banana to male banana patch cord, 24", white (for ground PS connection)Male banana to male banana patch cord, 24", yellow (for +9V PS connection)Mono 2' 3.5mm phone plugs (male-male), for connection between audio player and line in/mic jackPower / voltage in connection to breadboard from PCB, red, 22AWG, 100' (<1' needed)Ground connection to breadboard from PCB, black, 22AWG, 100' (<1' needed)Output voltage connection to PCB from breadboard, green 22AWG, 100' (<1' needed)
Plexi-glass plate used for input/output jack support, 4"X1.7"X.125" used, comes in 6"X12"Rubber sheet squares used to support Voice Recording Board, comes in 1/2" X 1/8" X 36" barsSeparated PCB that contains the voice recorder circuit and various attachmentsPrinted circuit board (no attached components), 4" x 3.3"X0.062", 13.2 sq. inches
C1, C2, C3, C4
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A3B04 3 CAPACITOR_100uF
A3B05 1 CAPACITOR_47nF
A3B06 3 CAPACITOR_100nF
A3B07 1 CAPACITOR_220uF
A3B08 4 DIODE_GP 1N4001 diode, general purpose
A3B09 1 LED_6.35mm_RED
A3B10 1 CONNECTION_HEADER Connector to PCB, JP1 JP2 filter select/out selectA3B11 1 RESISTOR_1kOHM Resistor, through hole, 1% tol., (1 kilo-Ohm)A3B13 R1, R6 2 RESISTOR_100 OHM Resistor, through hole, 5% tol., (100 Ohm)A3B14 1 RESISTOR_330 OHM Resistor, through hole, 5% tol., (330 Ohm)A3B15 2 RESISTOR_1.6kOHM Resistor, through hole, 5% tol., (1.6K -Ohm)A3B16 1 RESISTOR_ 3.16kOHM Resistor, through hole, 1% tol., ( 3.16K -Ohm)A3B17 1 RESISTOR_ 800OHM Resistor, through hole, 5% tol., (800-Ohm)A3B18 1 SWITCH_SPDT_SLIDER SPDT slider switch, surface mount
A3B20 1 IC_LM7805_VOLTAGE_REGULATOR
A3B21 2 TP_BLUE Test point, blueA3B22 2 TP_RED Test point, redA3B21 2 TP_BLACK Test point, blackA3B22 4 JUMPER Connecting Jumpers for A3B10
C5, C6, C7
Ceramic capacitor, through hole, 20% tol., (100micro-Farrad)Ceramic capacitor, through hole, 20% tol., (47 nano-Farrad)Ceramic capacitor, through hole, 5% tol., (100 nano-Farrad)Ceramic capacitor, through hole, 5% tol., (220 micro-Farrad)
Red LED panel indicator light, through hole, 635nm, 1.8V
Integrated Circuit, LM7805, through hole, 3 pin, voltage regulator
MASTER LIST OF ASSEMBLY EQUIPMENT
The following is a master list of equipment used to assemble the printed circuit board (PCB) and hardware module.
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Hardware Assembly Manual P13361
ID Qty Description Suggested Model1 1 Electronics laboratory studio classroom System Dynamics classroom (GLE-2120)
2 1 DC 12V Power Supply GW Instek Laboratory DC Power Supply (GPS-3303)
3 1 Oscilloscope
4 1 Any Electronics laboratory computer
5 2 BNC Female-Female Patch Cable Pamona 48" BNC F-F Patch Cable (4277-C-48)6 1 Soldering Iron Pace 120V PS-90 Soldering Iron (8007-0528)7 1 Lead Free Solder Multicore 28 Gauge Solder (796065)8 1 Needle Nose Pliers Stanley 5" Needle Nose Pliers (84-096)
9 1 Wire Cutters Craftsman Wire Cutter-Stripper and Crimper (76575)
Agilent Technologies 60MHz Digital Storage Oscilloscope (DSO3062S)
Computer w/ Matlab, Labview, and attached DAQ
Craftsman 1/4 in Drive Quick Release Teardrop Rachet (#44807)Craftsman 9 pc. Universal 1/4 in Dr. Socket Set, Inch (#38209)Craftsman 9 pc. Universal 1/4 in Dr. Socket Set, Inch (#38209)
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Hardware Assembly Manual P13361
PRINTED CIRCUIT BOARD (PCB) ASSEMBLY
This section outlines how to assemble the custom printed circuit board (PCB).
PRODUCT COMPONENTS
P/N ID Qty Part Name Description
A3B01 1 PCB_BLANK
A3B02 4 CAPACITOR_1uF CAP ALUM 1UF 50V 20% RADIAL
A3B04 3 CAPACITOR_100uF
A3B05 1 CAPACITOR_47nF
A3B06 3 CAPACITOR_100nF
A3B07 1 CAPACITOR_220uF
A3B08 4 DIODE_GP 1N4001 diode, general purpose
A3B09 1 LED_6.35mm_RED
A3B10 1 CONNECTION_HEADER Connector to PCB, JP1 JP2 filter select/out selectA3B11 1 RESISTOR_1kOHM Resistor, through hole, 1% tol., (1 kilo-Ohm)A3B13 R1, R6 2 RESISTOR_100 OHM Resistor, through hole, 5% tol., (100 Ohm)A3B14 1 RESISTOR_330 OHM Resistor, through hole, 5% tol., (330 Ohm)A3B15 2 RESISTOR_1.6kOHM Resistor, through hole, 5% tol., (1.6K -Ohm)A3B16 1 RESISTOR_ 3.16kOHM Resistor, through hole, 1% tol., ( 3.16K -Ohm)A3B17 1 RESISTOR_ 800OHM Resistor, through hole, 5% tol., (800-Ohm)A3B18 1 SWITCH_SPDT_SLIDER SPDT slider switch, surface mount
A3B20 1 IC_LM7805_VOLTAGE_REGULATOR
A3B21 2 TP_BLUE Test point, blueA3B22 2 TP_RED Test point, redA3B21 2 TP_BLACK Test point, blackA3B22 4 JUMPER Connecting Jumpers for A3B10
Printed circuit board (no attached components), 4" x 3.3"X0.062", 13.2 sq. inches
C1, C2, C3, C4C5, C6, C7
Ceramic capacitor, through hole, 20% tol., (100micro-Farrad)Ceramic capacitor, through hole, 20% tol., (47 nano-Farrad)Ceramic capacitor, through hole, 5% tol., (100 nano-Farrad)Ceramic capacitor, through hole, 5% tol., (220 micro-Farrad)
Red LED panel indicator light, through hole, 635nm, 1.8V
Integrated Circuit, LM7805, through hole, 3 pin, voltage regulator
ASSEMBLY EQUIPMENT
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# Qty Description Suggested Model1 1 Electronics laboratory studio classroom System Dynamics classroom (GLE-2120)
2 1 DC 12V Power Supply GW Instek Laboratory DC Power Supply (GPS-3303)
3 1 Oscilloscope
4 2 BNC Female-Female Patch Cable Pamona 48" BNC F-F Patch Cable (4277-C-48)5 1 Soldering Iron Pace 120V PS-90 Soldering Iron (8007-0528)6 1 Lead Free Solder Multicore 28 Gauge Solder (796065)7 1 Needle Nose Pliers Stanley 5" Needle Nose Pliers (84-096)8 1 Hex Screwdriver Craftsman 6-in-1 LED Screwdriver (35722)
Agilent Technologies 60MHz Digital Storage Oscilloscope (DSO3062S)
PROCEDURE
1. Here there will be the assembly procedure for the PCB with appropriate pictures
OPERATION TESTING
1. Board testing procedure that tells how to make sure the board works properly
DEBUGGING NOTES
Any debug notes about testing here
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HARDWARE MODULE ASSEMBLY
This section outlines how to assemble the hardware module.
PRODUCT COMPONENTS
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Hardware Assembly Manual P13361
P/N ID Qty Part Name Description
A3B 1 FILTER PCB ASSY Printed circuit board with all attached componenets
Breadboard, 1 terminal strip, 2 bus strips, 270 contacts, 3.3" x 1.8", screw fastened
Filter module activitiy enclosure, ABS plastic, hinged lid with padlock option, 7.87"X5.9"X3.93"Plexi-glass plate used to mount hardware in enclosure
Screws for mounting plate to enclosure fastening 8-32 X 1/2"Integrated Circuit LM741 through hole, 8 pin, audio amplifier, used also for built in active filtersFemale banana jack, surface mount, white (for reference PS connection)Female banana jack, surface mount, yellow (for +9V PS connection)Female banana jack, surface mount, black (for Ground)Female banana jack, surface mount, red (for FCN/DAQ connection)Headphones to be included with hardware, connect to line out jackAdapter male pos/gnd banana to male BNC (oscilloscope)Male banana to male banana patch cord, 24", white (for ground PS connection)Male banana to male banana patch cord, 24", yellow (for +9V PS connection)Mono 2' 3.5mm phone plugs (male-male), for connection between audio player and line in/mic jackPower / voltage in connection to breadboard from PCB, red, 22AWG, 100' (<1' needed)Ground connection to breadboard from PCB, black, 22AWG, 100' (<1' needed)Output voltage connection to PCB from breadboard, green 22AWG, 100' (<1' needed)
Plexi-glass plate used for input/output jack support, 4"X1.7"X.125" used, comes in 6"X12"Rubber sheet squares used to support Voice Recording Board, comes in 1/2" X 1/8" X 36" barsSeparated PCB that contains the voice recorder circuit and various attachments
ASSEMBLY EQUIPMENT
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Hardware Assembly Manual P13361
# Qty Description Suggested Model1 1 Electronics laboratory studio classroom System Dynamics classroom (GLE-2120)
2 1 DC 12V Power Supply GW Instek Laboratory DC Power Supply (GPS-3303)
3 1 Oscilloscope
5 2 BNC Female-Female Patch Cable Pamona 48" BNC F-F Patch Cable (4277-C-48)6 1 Soldering Iron Pace 120V PS-90 Soldering Iron (8007-0528)7 1 Lead Free Solder Multicore 28 Gauge Solder (796065)8 1 Needle Nose Pliers Stanley 5" Needle Nose Pliers (84-096)
9 1 Wire Cutters Craftsman Wire Cutter-Stripper and Crimper (76575)
Agilent Technologies 60MHz Digital Storage Oscilloscope (DSO3062S)
Craftsman 1/4 in Drive Quick Release Teardrop Rachet (#44807)Craftsman 9 pc. Universal 1/4 in Dr. Socket Set, Inch (#38209)Craftsman 9 pc. Universal 1/4 in Dr. Socket Set, Inch (#38209)
PROCEDURE
INTERFACE PANEL
1. Use the utility blade (ID 16) to cut sections of rubber (A3A15) to cover the bottom of the voice recorder board (A3A17)
2. Once the rubber is cut, use the CA glue (ID 13) to glue it to the voice recorder board (See Figure 1)
Figure 1: Rubber Backing on Voice Recorder Board
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Hardware Assembly Manual P13361
3.
4. Per Figure 2 below, thread the yellow (A3A02), white (A3A01), red x 2 (A3A04), and black x 2 (A3A03) banana jacks, and the mono audio jacks (A3A13) into the blank interface panel (A3A14)
Figure 2: Jack Locations on Interface Panel
5. Use the ¼” rachet (ID 13) and the 7⁄16” socket (ID 14) to tighten down the banana jacks
6. Use the ¼” rachet (ID 13) and the 3⁄32” socket (ID 15) to tighten down the audio jacks
7.
OPERATION TESTING
8. Board testing procedure that tells how to make sure the board works properly
TEST DATA SHEETS................................................................................................................................................... 16
TEST 1: PERFORM ACTIVITY................................................................................................................................................16
TEST 2: DESIGN POSSIBILITY/OUTCOME................................................................................................................................17
TEST 3: STORAGE SIZE.......................................................................................................................................................19
TEST 4: MINOR MAINTENANCE...........................................................................................................................................20
TEST 5: MAJOR REPAIR......................................................................................................................................................21
TEST 6: AUDIO LEVEL.........................................................................................................................................................22
1.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
2.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
3.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
4.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
5.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3
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d. Answer 4e. Answer 5
6.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
7.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
8.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
9.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3d. Answer 4e. Answer 5
10.) Questions to be determined by the content of the laboratory activity manual. The questions are likely to span more than one line.a. Answer 1b. Answer 2c. Answer 3