Wiring Sequence
1-76, 2-3,
4-8-39-75, 7-28-54, 18-53-66,
19-30-67-60, 31-48-73,
27-47-72, 38-29, 74-59-26-77
Wiring Sequence
1-76, 2-3,
4-8-37-75, 7-28-54, 18-53-66,
19-30-67-60, 31-48-73,
27-47-72, 36-29, 74-59-26-77
Wiring Sequence
1-76, 2-3,
4-29-60-45, 73-58-46,
72-59-27, 30-28, 31-35,
26-34-57-77
Wiring Sequence
1-76, 2-3,
4-33-51-54-15, 32-35,
64-49-25, 52-65, 28-50-53,
27-58-14, 26-34-57-63-77
31
EXPERIMENT
Adjustable and blow-able
super LED light
Wiring Sequence
1-76, 2-3,
7-26-72-74-77, 28-30,
8-31-19, 18-54, 27-53-60,
20-59-73, 4-29-21-75
45
EXPERIMENT
Magnet control delayed
motor dory sound
32
EXPERIMENT
Manual control extinguish-
and-light super LED light
33
EXPERIMENT
Touch control motor dory sound
with red LED
34
EXPERIMENT
Touch control motor dory sound
with green LED
35
EXPERIMENT
Touch control ship sound with LED
Wiring Sequence
1-76, 2-3,
4-8-37-75, 7-28-54, 18-53-68,
19-30-69-60, 31-48-73,
27-47-72, 36-29, 74-59-26-77
36
EXPERIMENT
38
EXPERIMENT
Magnet control ship sound with LED
Wiring Sequence
1-76, 2-3,
4-8-37-75, 7-28-54,
18-53-68, 19-30-69-60,
31-20-73, 27-21-72,
36-29, 74-59-26-77
37
EXPERIMENT
Magnet control motor dory sound
with green LED
Wiring Sequence
1-76, 2-3,
4-8-37-75, 7-28-54,
18-53-66, 19-30-67-60,
31-20-73, 27-21-72 ,36-29,
74-59-26-77
39
EXPERIMENT
Wiring Sequence
1-76, 2-3
4-8-37-75 ,7-28-54,
53-71, 30-70-60,
31-20-73, 27-21-72,
36-29, 74-59-26-77
40
EXPERIMENT
Manual control electronic metronome
with LED
Wiring Sequence
1-76, 2-3,
4-8-37-75, 7-28-54,
53-71, 30-70-60,
31-46-73, 27-45-72,
36-29, 74-59-26-77
41
EXPERIMENT
Wiring Sequence
1-76, 2-3,
4-8-39-75, 7-28-54,
18-53-66, 19-30-67-60,
31-46-73, 27-45-72,
38-29, 74-59-26-77
42
EXPERIMENT
Manual control motor dory sound
with green LED
Wiring Sequence
1-76, 2-3,
4-8-37-75, 7-28-54,
18-53-66, 19-30-67-60,
31-46-73 , 27-45-72,
36-29, 74-59-26-77
43
EXPERIMENT
Manual control ship sound with LED
Wiring Sequence
1-76,
2-3, 4-8-37-75 7-28-54,
18-53-68, 19-30-69-60,
31-46-73, 27-45-72
36-29, 74-59-26-77
46
EXPERIMENT
Manual control metronome
Wiring Sequence
1-76, 2-3,
7-26-72-74-77, 28-30,
8-31-70, 71-54, 27-53-60
46-59-73, 4-29-45-75
44
EXPERIMENT
Manual control delayed motor dory sound
Wiring Sequence
1-76, 2-3,
7-26-72-74-77, 28-30,
8-31-19, 54-18,
27-53-60, 46-59-73,
4-29-45-75
35
34
27
28
26
33
32
25
2
1
76
77
14
15
57
58
10K
53
54
1K
50
49
65
63
64
51
52
100
4
3
46
45
27
28
26
29
31
30
57
58
10k
73
72
100uF
59
60
100K
76
77
4
3
2
1
35
34
37
36
27
28
26
47
48
18
19
7
8
73
72
100UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
75
74
470uf
39
38
27
28
26
47
48
18
19
7
8
73
72
100UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
75
74
470uf
76
77
69
68
104
37
36
27
28
26
47
48
18
19
7
8
73
72
100UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
75
74
470uf
67
66
203
37
36
27
28
26
18
19
7
8
73
72
100 UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
20
21
75
74
470uf
67
66
203
39
38
27
28
26
18
19
7
8
73
72
100 UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
20
21
75
74
470uf
69
68
104
37
36
27
28
26
18
19
7
8
73
72
100UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
20
21
75
74
470uf
71
70
10uf
37
36
27
28
26
7
8
73
72
100UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
20
21
75
74
470uf
71
70
10uf
37
36
27
28
26
7
8
73
72
100UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
46
45
75
74
470uf
67
66
203
37
36
27
28
26
46
45
18
19
7
8
73
72
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
75
74
470uf
67
66
203
39
38
27
28
26
46
45
18
19
7
8
73
72
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
76
77
75
74
470uf
76
77
69
68
104
37
36
27
28
26
46
45
18
19
7
8
73
72
100UF
4
3
2
1
59
60
10
0K
53
54
1K
29
31
30
75
74
470uf
76
77
4
3
2
1
7
8
18
19
53
54
1K
27
28
26
73
72
100UF
46
45
29
31
30
59
60
100k
75
74
470uf
76
77
4
3
2
1
7
8
18
19
53
54
1K
27
28
26
73
72
100UF
29
31
30
59
60
100k
75
74
470uf
20
21
47
EXPERIMENT
Multitone producer
Wiring Sequence
1-76, 2-3,
74-36-77-7, 8-31-65,
26-37, 28-30, 4-29-60-75,
66-59-27, 67-64
71
70
10uf
76
77
4
3
2
1
7
8
53
54
1K
27
28
26
73
72
100UF
46
45
29
31
30
59
60
100k
75
74
470uf
76
77
4
3
2
1
7
8
27
28
26
29
31
30
59
60
100k
67
66
203
37
36
63
65
64
75
74
470uf
48
EXPERIMENT
Magnet control multitone producer
Wiring Sequence
1-76, 2-3,
74-36-77-7, 8-31-65,
26-37, 28-30, 4-29-60-75,
66-27-21, 67-64, 59-20
49
EXPERIMENT
Manual control multitone producer
Wiring Sequence
1-76, 2-3,
74-36-77-7, 8-31-65,
26-37, 28-30, 4-29-60-75,
66-27-45, 67-64, 59-46
50
EXPERIMENT
Electronic cicada
Wiring Sequence
1-76, 2-3,
74-36-77-7, 8-31-65,
26-37, 28-30, 4-29-60-75,
69-59-27-18, 19-64-68
51
EXPERIMENT
Light control creaking sound
Wiring Sequence
1-76, 2-3,
74-36-77-7, 8-31-65,
26-37, 28-30, 4-29-62-75,
69-61-27-18 , 19-64-68
52
EXPERIMENT
Ship sound
Wiring Sequence
1-76, 2-3,
74-36-77-7, 8-31-65,
26-37, 28-30, 4-29-60-75,
69-67-59-27, 66-64-68
53
EXPERIMENT
Adjustable flashing LED light
Wiring Sequence
1-76, 2-3,
74-64-36-34-77,
65-70-35-31, 26-37, 28-30,
4-29-60-75, 71-59-27
54
EXPERIMENT
Magnet control adjustable flashing LED light
Wiring Sequence
1-76, 2-3,
74-64-36-34-77, 70-65-35-
31, 26-37, 28-30, 4-21-29-
75, 60-20, 71-59-27
76
77
4
3
2
1
7
8
27
28
26
29
31
30
59
60
100k
67
66
203
37
36
63
65
64
75
74
470uf
20
21
46
45
76
77
4
3
2
1
7
8
27
28
26
29
31
30
59
60
100k
67
66
203
37
36
63
65
64
75
74
470uf
76
77
4
3
2
1
7
8
27
28
26
37
36
29
31
30
69
68
104
59
60
100k
18
19
63
65
64
75
74
470uf
62
61
76
77
4
3
2
1
7
8
27
28
26
37
36
29
31
30
69
68
104
18
19
63
65
64
75
74
470uf
67
66
203
76
77
4
3
2
1
7
8
27
28
26
37
36
29
31
30
69
68
104
59
60
100k
63
65
64
75
74
470uf
59
60
100k
76
77
4
3
2
1
27
28
26
29
31
30
37
36
71
70
10uf
35
34
65
63
64
75
74
470uf
76
77
4
3
2
1
27
28
26
29
31
30
65
63
64
37
36
71
70
10uf
35
34
75
74
470uf
59
60
100k
20
21
• Complete
all
wiring
connections as indicated in the sequence. Switch on
the main switch. Turn the variable resistor from
minimum to maximum, and the super LED light will
change from dim to bright. Adjust the variable resistor
to a position which just causes the light to be
extinguished. And then if you clap your hands near the
microphone, blow to the microphone, or speak loudly
will cause the super LED to light up.
• Complete
all
wiring
connections as indicated in
the sequence. Switch on the main switch. LED will
light up. Press the push switch once and release
immediately, then LED will extinguish. Just wait for a
while. After some time, the LED will light up again! If
you want to repeat the experiment, just press the push
switch again.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then touch the
touch-plate with finger. The circuit will be connected and
thus the speaker will produce motor dory sound. At the
same time, red LED will light up. When the finger is
removed from the touch-plate, the circuit is disconnected
and thus everything will stop.
Note that you may have to dampen your finger with water
before touching the touch-plate, and wipe the water off
the touch plate after you remove your finger from it.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then touch the
touch-plate with finger. The circuit will be connected and
thus the speaker will produce motor dory sound. At the
same time, green LED will light up. When the finger is
removed from the touch-plate, the circuit is disconnected
and thus everything will stop.
Note that you may have to dampen your finger with
water before touching the touch-plate, and wipe the water
off the touch plate after you remove your finger from it.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then touch the
touch-plate with finger. The circuit will be connected
and thus the speaker will produce ship sound. At the
same time, LED will light up. When the finger is
removed from the touch-plate, the circuit is
disconnected and thus everything will stop.
Note that you may have to dampen your finger with
water before touching the touch-plate, and wipe the
water off the touch plate after you remove your finger
from it.
Wiring Sequence
1-76, 2-3,
4-8-39-75, 7-28-54, 18-53-66,
19-30-67-60, 31-20-73,
27-21-72, 38-29, 74-59-26-77
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then use the
magnetic pole to access the reed switch. The circuit
will be connected and thus the speaker will produce
motor dory sound. At the same time red LED will light
up. When the magnetic pole is removed from the reed
switch, the circuit is disconnected and thus everything
will stop.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then use the
magnetic pole to access the reed switch. The circuit will
be connected and thus the speaker will produce motor
dory sound. At the same time green LED will light up.
When the magnetic pole is removed from the reed
switch, the circuit is disconnected and thus everything
will stop.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then use the
magnetic pole to access the reed switch. The circuit
will be connected and thus the speaker will produce
ship sound. At the same time LED will light up. When
the magnetic pole is removed from the reed switch, the
circuit is disconnected and thus everything will stop.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then use the
magnetic pole to access the reed switch. The circuit is
then connected and the speaker will make a sound and
LED will light up. Remove the magnetic pole, then LED
will flash and gradually extinguish. At the same time
speaker will produce “dic, dic” sound and gradually
stop. Both LED and speaker are like oscillating and will
fade away gradually.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Then press the
push switch. The circuit is then connected and the
speaker will make a sound and LED will light up.
Release the push switch, then LED will flash and
gradually extinguish. At the same time speaker will
produce “dic, dic” sound and gradually stop. Both LED
and speaker are like oscillating and will fade away
gradually.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Press the push
switch. The circuit will be connected and thus the
speaker will produce motor dory sound. At the same
time red LED will light up. And then release the push
switch. The circuit is disconnected and thus everything
will stop.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Press the push
switch. The circuit will be connected and thus the
speaker will produce motor dory sound. At the same
time green LED will light up. And then release the push
switch. The circuit is disconnected and thus everything
will stop.
• Complete all wiring connections as indicated in the
sequence. Switch on the main switch. Press the push
switch. The circuit will be connected and thus the
speaker will produce ship sound. At the same time LED
will light up. And then release the push switch. The
circuit is disconnected and thus everything will stop.
• Complete
all
wiring
connections as indicated
in the sequence. Switch on
the main switch. Press the push switch. The circuit will
be connected and thus the speaker will produce motor
dory sound. And then release the push switch. The
circuit is disconnected. However the motor dory sound
will still prolong for a period and will fade away
gradually.
• Complete all wiring
connections as indicated
in the sequence. Switch
on the main switch. Use
the magnetic pole to access the reed switch. The circuit
will be connected and thus the speaker will produce
motor dory sound. And then remove the magnetic pole.
The circuit is disconnected. However the motor dory
sound will still prolong for a period and will fade away
gradually.
• Complete
all
wiring
connections as indicated
in the sequence. Switch on
the main switch. Then
press the push switch. The circuit is then connected and
the speaker will produce “dic, dic” sound. When the
push switch is released, speaker will still keep on
producing the “dic, dic” sound, but the sound will
gradually fading away and stop finally.
• Complete
all
wiring
connections as indicated in
the sequence. Switch on the
main switch. Then the
loudspeaker will make a noisy sound and LED will
light up. Adjusting the variable resistor for changing
the resistance will affect the sound and the brightness
of the LED.
• Complete
all
wiring
connections as indicated
in the sequence. Switch on
the main switch. Use a
magnetic pole to access the reed switch. Then the
circuit will be connected and the loudspeaker will
make a noisy sound and LED will light up. Adjusting
the variable resistor for changing the resistance will
affect the sound and the brightness of the LED.
• Complete
all
wiring
connections as indicated
in the sequence. Switch
on the main switch. Press
the push switch, and then the circuit will be connected.
The loudspeaker will make a noisy sound and LED will
light up. Adjusting the variable resistor for changing
the resistance will affect the sound and the brightness
of the LED.
• Complete
all
wiring
connections as indicated
in the sequence. Switch
on the main switch. The
LED will light up and loudspeaker will produce cicada
like sound. Adjusting the variable resistor for
changing the resistance will affect the sound tone and
the brightness of LED.
• Complete
all
wiring
connections as indicated
in the sequence. Switch
on the main switch. LED will light up. Loudspeaker will
produce creaking sound unless the variable resistor is
in the minimum position. Then shade the LDR a little bit.
The brightness of the LED will decrease, and the tone of
the creaking sound will change. The more you shade
the LDR, the more change on the tone of the sound and
the dimmer the LED will be. You can also adjust the
variable resistor to obtain different effect.
• Complete
all
wiring
connections as indicated
in the sequence. Switch
on the main switch. Then
the loudspeaker will produce ship sound. Adjusting the
variable resistor can change the resistance and hence
change the sound tone.
• Complete
all
wiring
connections as indicated
in the sequence. Switch
on the main switch. The LED will light up. Adjusting the
variable resistor will change the LED from flashing to
not flashing. When the variable resistor is at its
maximum position, the LED will flash. When the
variable resistor is at its minimum position, the LED will
not flash.
• Complete
all
wiring
connections as indicated
in the sequence. Switch
on the main switch. Use a magnetic pole to access the
reed switch. The circuit is then connected. LED will light
up. Adjusting the variable resistor will change the LED
from flashing to not flashing. When the variable
resistor is at its maximum position, the LED will flash.
When the variable resistor is at its minimum position,
the LED will not flash.
Magnet control electronic metronome
with LED
Magnet control motor dory sound
with red LED
Manual control motor dory sound
with red LED
P.9
P.10
P.11
P.12
Summary of Contents for 32072
Page 1: ......
