Amazing Toys 32072 Manual Download Page 16

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Wiring Sequence

1-76, 2-3,

4-40-58-11, 7-44, 8-43-77,
9-16-59-66, 22-17-10,
71-56, 68-60-57-55-24,
70-B, 12-23-63-69-67-41,
64-42, 65-A, 13-C

Wiring Sequence

1-76, 2-3,

4-40-54-58, 7-44, 43-38-77-8

9-16-59-62-66, 22-17-10,

71-56, 68-60-57-55-24, 65-70

69-67-63-61-41-23, 64-42

53-39

EXPERIMENT

Darkness activated AM radio receiver
with volume control

Wiring Sequence

1-76, 2-3,

42-64, 62-59-30, 11-31,

40-60-29-4, 12-41-61-63,

13-65, 44-7, 8-43-77

EXPERIMENT

Daylight activated FM radio receiver
with volume control

Wiring Sequence

1-76, 2-3,

30-61-60, 11-31,
40-62-29-4, 12-41-63-59,
13-65, 44-7, 8-43-77,
42-64

EXPERIMENT

Darkness activated FM radio receiver
with volume control

Wiring Sequence

1-8-43-60, 2-3, 4-29-58, 7-44, 57-20, 42-64, 63-41-12,

21-27-59, 28-30, 65-13, 11-26-31-40

EXPERIMENT

Magnet control FM radio receiver with volume control

Wiring Sequence

1-76, 2-3, 4-39-40, 71-21, 20-42, 70-44-7, 54-43-77-8, 38-53

EXPERIMENT

Magnet control auto-sensor

Wiring Sequence

1-76, 2-3, 4-11-40-56, 12-26-41, 13-28-42, 44-7, 8-43-77, 55-46, 45-27

EXPERIMENT

FM radio receiver with mute function

Wiring Sequence

1-76, 2-3, 4-40-54-62, 7-44, 43-38-77-8, 9-16-59-66, 22-17-10,

71-56, 68-61-60-55-24, 65-70, 23-41-69-67-63, 64-42, 53-39

EXPERIMENT

Daylight activated AM radio receiver with volume control

EXPERIMENT

Morse code training kit

Wiring Sequence

2-3, 4-53,

54-39, 38-46, 1-45

EXPERIMENT

Boresome humming

Wiring Sequence

1-7-36-74,

2-3, 26-37, 75-60-29-4,

30-45, 28-46, 27-59-67,

8-31-66

EXPERIMENT

Automobile’s “di, di” sound

Wiring Sequence

1-7-36-74,

2-3, 26-37, 75-60-29-4,

30-45, 28-46, 27-59-69,

8-31-68

EXPERIMENT

Hoofbeat

Wiring Sequence

1-7-36-74,

2-3, 26-37, 75-60-29-4,

30-45, 28-46, 27-59-71,

8-31-70

EXPERIMENT

AM radio receiver with mute function

Wiring Sequence

1-76,

2-3, 4-40-54-55-58,

7-44, 43-38-77-8,

9-16-59-66, 22-17-10,

71-68-60-57-24,

42-28-70,

69-67-41-26-23, 39-53,

27-46, 45-56

EXPERIMENT

Big voice AM radio receiver with volume control

Wiring Sequence

1-76, 2-3,

4-40-54-58, 7-44,

43-38-77-8, 9-16-59-66,

22-17-10, 71-56,

68-60-57-55-24,

65-70, 69-67-63-41-23,

64-42, 53-39

EXPERIMENT

Big voice FM radio receiver

Wiring Sequence

1-76,

2-3, 4-40-11, 12-41,

13-42, 44-7, 8-43-77

EXPERIMENT

Big voice FM radio receiver
with volume control

Wiring Sequence

1-76,

2-3, 4-40-11, 12-41-63,

13-65, 44-7, 8-43-77,

42-64

EXPERIMENT

Simple impact amplifier

Wiring Sequence

1-76, 2-3, 4-40-54-56, 7-44, 42-64, 63-41-36-18,

71-55-19, 8-43-77, 37-53, 65-70

EXPERIMENT

Big voice AM/FM radio receiver
with volume control

100k

203

470uf

104

100k

74 47

70 10uf

100k

74 47

100K

0.02UF

0.1UF

10UF

10k

v- 43

sp 44

I/O

5k1

100K

0.02UF

0.1UF

10UF

10k

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sp 44

I/O

5k1

0.02UF

0.1UF

10UF

100k

v- 43

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I/O

5k1

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sp 44

I/O

VI 13

V- 12

V+ 11

v- 43

sp 44

I/O

VI 13

V- 12

V+ 11

v- 43

sp 44

I/O

VI 13

V- 12

V+ 11

100k

v- 43

sp 44

I/O

VI 13

V- 12

V+ 11

100k

100K

0.02UF

0.1UF

10UF

10k

pvc

v- 43

sp 44

I/O

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V- 12

V+ 11

5k1

10UF

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Amplifier

– An electronic circuit that amplifies the signal that is sent to it. The amplifying

component can be a transistor, vacuum tube or appropriate magnetic device.

Battery

– A source of energy. It contains active materials which will be irreversibly

converted during the chemical reaction.

Capacitance

– A measurement of the capacity of a capacitor for storing electric charge.

Capacitor

– A device consists of two conductors that are separated by an insulator. It is

designed for storing electrical charge or as a filter in the circuit.

Circuit

– A system of interconnected components / devices such as power source,

resistors, capacitors and transistors…etc.

Diode

– A device which is used in electric circuitry to allow an electric current to flow in

single direction and block it in the reverse direction.

(Integrated Circuit) – A small electronic device made of a semiconductor material and

is used for a variety of devices, including microprocessors, electronic equipment and

automobiles.

LDR

(Light Dependent Resistor) – A device with a layer of cadmium sulphide (CdS)

material that changes resistance according to the amount of light shining on it.

LED

(Light Emitting Diode) – A diode emits light when current is passing through it.

Microphone

– A device converts sound into an electrical or acoustic signal.

Motor

– A device converts electrical energy to mechanical motion.

Reed Switch

– A magnetically controlled switch made to open and close a circuit.

Resistance –

A measurement of the degree to which an object opposes an electrical

current through it.

Resistor

– A device designed for possessing resistance.

Seven-Segment LED Display

– A display device which is commonly used in

electronic circuits or equipment as decimal numeric display or indicator.

Speaker

– A device that changes electrical signals to sound.

Switch

– A device for opening and closing power source to a circuit.

Transistor

– A semi-conductor material device that amplifies a signal and opens or

closes a circuit.

Variable Resistor

– A kind of resistor and a device of adjustable resistance in

electronic / electrical circuit.

Wire

– A component which is used in the electronic / electrical industry as a conductor

that is used to carry electricity or signals.

GLOSSARY

P.13

P.14

P.15

P.16

• Complete all wiring connections

as indicated in the sequence. By

tapping the push switch, LED

will flash. This is equivalent to

Morse-Code. By learning the Morse-Code table, it is

possible to send a message out at night.

• Complete

all

wiring

connections as indicated

in the sequence. When the push switch is pressed, LED

will light up, and the loudspeaker will produce

boresome humming sound like that of a mosquito.

• Complete

all

wiring

connections as indicated

in the sequence. When

the push switch is pressed, LED will light up, and

the loudspeaker will produce “di, di” sound like

that of automobile.

• Complete

all

wiring

connections as indicated

in the sequence. When

the push switch is pressed, LED will light up, and the

loudspeaker will produce hoofbeat like sound.

• Complete all wiring connections as indicated in the

sequence. Switch on the main switch. Then the LED will

light up. Adjusting the variable condenser to suitable

position will allow it to receive AM radio signals. By

pressing the push switch, the radio will be mute. Since

AM radio wave is sensitive towards signal direction,

when the radio signal is weak, try to move the radio to

other direction.

Note: If you cannot receive AM signal in indoor

area, you can go to outdoor areas and try it again.

• Complete all wiring connections as indicated in the

sequence. Switch on the main switch. Then the LED will

light up. Adjusting the variable condenser to suitable

position will allow it to receive AM radio signals.

Adjusting the variable resistor can change the volume.

Since AM radio wave is sensitive towards signal

direction, when the radio signal is weak, try to move the

radio to other direction.

Note: If you cannot receive AM signal in indoor

area, you can go to outdoor areas and try it again.

• Complete all wiring connections as indicated in the sequence. Switch on the main

switch. Then the LED will light up. However if the LDR is shaded, then the radio cannot

work. It is necessary for the LDR to be shone by bright light so that this circuit is

connected. Adjusting the variable condenser to suitable position will allow it to receive AM radio signals. Since AM radio

wave is sensitive towards signal direction, when the radio signal is weak, try to move the radio to other direction.

Note: If you cannot receive AM signal in indoor area, you can go to outdoor areas and try it again.

• Complete all wiring connections as indicated in the sequence.

Switch on the main switch. Then the LED will light up. If there are
bright light shines on the LDR, then the radio cannot work. It is
necessary for the LDR to be shaded so that this circuit is
connected. Adjusting the variable condenser to suitable position
will allow it to receive AM radio signals. Since AM radio wave
is sensitive towards signal direction, when the radio signal is
weak, try to move the radio to other direction.

Note: If you cannot receive AM signal in indoor area,
you can go to outdoor areas and try it again.

• Complete

all

wiring

connections as indicated in the

sequence. Switch on the main switch. If you press the

button “select”, which is located at the left side of the

panel, then it will perform a FM auto-search. The

receiver will search for channel from lower end to

upper end. It will stop searching when it finds a

channel. You may press search again to let it search

for another channel. You will have to press the “reset”

button if the receiver has searched to the upper most

channel and cannot find anything. It is recommended

to add a wire on the “FM. ANT”, which is located on

the left side of the panel. The wire will act as an

antenna. This will increase the strength of the radio

signal received.

• Complete

all

wiring

connections as indicated in the sequence. Switch on

the main switch. If you press the button “select”, which

is located at the left side of the panel, then it will

perform a FM auto-search. The receiver will search for

channel from lower end to upper end. It will stop

searching when it finds a channel. You may press

search again to let it search for another channel. You

will have to press the “reset” button if the receiver has

searched to the upper most channel and cannot find

anything. Adjusting the variable resistor can change

the volume. It is recommended to add a wire on the

“FM. ANT”, which is located on the left side of the

panel. The wire will act as an antenna. This will

increase the strength of the radio signal received.

•Complete all wiring connections

as indicated in the sequence. Switch on the main switch.

The circuit is connected. However if the LDR is shaded,

then the circuit will be disconnected and the radio cannot

work. Therefore it is necessary for the LDR to be shone by

bright light so that this circuit is connected. If you press the

button “select”, which is located at the left side of the

panel, then it will perform a FM auto-search. The receiver

will search for channel from lower end to upper end. It will

stop searching when it finds a channel. You may press

search again to let it search for another channel. You will

have to press the “reset” button if the receiver has

searched to the upper most channel and cannot find

anything. Adjusting the variable resistor can change the

volume. It is recommended to add a wire on the “FM.

ANT”, which is located on the left side of the panel. The

wire will act as an antenna. This will increase the strength

of the radio signal received.

• Complete all wiring connections as indicated in the

sequence. Switch on the main switch. If the LDR is
not shaded, then the radio cannot work. Therefore
it is necessary for the LDR to be shaded so that this
circuit is connected. If you press the button “select”,
which is located at the left side of the panel, then it
will  perform  a  FM  auto-search.  The  receiver  will
search for channel from lower end to upper end. It
will  stop  searching  when  it  finds  a  channel.  You
may press search again to let it search for another
channel. You will have to press the “reset” button if
the receiver has searched to the upper most channel
and  cannot  find  anything.  Adjusting  the  variable
resistor can change the volume. It is recommended
to add a wire on the “FM. ANT”, which is located
on the left side of the panel. The wire will act as an
antenna. This will increase the strength of the radio
signal received.

• Complete all wiring connections as indicated in the

sequence. Switch on the main switch. If you want to
use AM mode, connect lead A and lead B. You may
connect  both  leads  to  an  unused  spring  for  easy
handling. And then adjust the variable condenser to
suitable position for receiving AM channels. Since AM
radio wave is sensitive towards signal direction, when
the radio signal is weak, try to move the radio to other
direction. If you want to use FM mode, connect lead A
and lead C. You may connect both leads to an unused
spring  for  easy  handling.  Press  the  button  “select”,
which is located at the left side of the panel, then it will
perform a FM auto-search. The receiver will search for
channel  from  lower  end  to  upper  end.  It  will  stop
searching  when  it  finds  a  channel.  You  may  press
search again to let it search for another channel. You
will have to press the “reset” button if the receiver has
searched to the upper most channel and cannot find
anything. It is recommended to add a wire on the “FM.
ANT”, which is located on the left side of the panel.
The wire will act as an antenna. This will increase the
strength of the radio signal received.
For  both  AM  and  FM  mode,  adjusting  the  variable
resistor  can  change  the  volume.  This  circuit  enable
users to switch between AM and FM easily.

Note : If you cannot receive AM signal in
indoor area, you can go to outdoor areas
and try it again.

• 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 is then connected
and transferring the signal of loudspeaker to the input terminal, loudspeaker is
producing self-coupled self-excited oscillating sound.

• Complete all wiring connections as indicated in the sequence. Switch on the main

switch. LED will light up. Slightly scratch the buzzer. You will find that the
loudspeaker is amplifying the scratching sound. You may also beat the buzzer to hear
the amplified sound of impact on the buzzer. Adjusting the variable resistor can change the volume. This principle
can be used for security systems. People can fix a buzzer on the door, on the car door or on the window. Then if
the door or window has been forced, loudspeaker will produce amplified impacting sound.

• Complete all wiring connections as indicated in the sequence. Use the magnetic

pole to access the reed switch. If you press the button “select”, which is located
at the left side of the panel, then it will perform a FM auto-search. The receiver will search for channel from lower end to
upper end. It will stop searching when it finds a channel. You may press search again to let it search for another channel.
You will have to press the “reset” button if the receiver has searched to the upper most channel and cannot find anything.
Adjusting the variable resistor can change the volume. It is recommended to add a wire on the “FM. ANT”, which is
located on the left side of the panel. The wire will act as an antenna. This will increase the strength of the radio signal
received.

• Complete all wiring connections as indicated in the sequence. Switch on the main

switch. If you press the button “select”, which is located at the left side of the panel,
then it will perform a FM auto-search. The receiver will search for channel from lower
end to upper end. It will stop searching when it finds a channel. You may press search again to let it search for another
channel. You will have to press the “reset” button if the receiver has searched to the upper most channel and cannot find
anything. By pressing the push switch, the radio will be mute. It is recommended to add a wire on the “FM. ANT”, which
is located on the left side of the panel. The wire will act as an antenna. This will increase the strength of the radio signal
received.

v- 43

sp 44

I/O

3
2

100K

VI 13

V- 12

V+ 11

10K

10UF

v- 43

I/O

v- 43

sp 44

I/O

VI 13

V- 12

V+

5K1

Wiring Sequence

1-8-43-60, 2-3, 4-29-48, 7-44, 42-64, 63-41-12, 27-47-59,

28-30, 65-13, 11-26-31-40

EXPERIMENT

Touch control FM radio receiver with volume control

• Complete all wiring connections as indicated in the sequence. Touch the touch

plate with your finger. Note that if there is no response, you may need to dampen your finger first before touching. Then
the circuit will be connected. If you press the button “select”, which is located at the left side of the panel, then it will
perform a FM auto-search. The receiver will search for channel from lower end to upper end. It will stop searching when
it finds a channel. You may press search again to let it search for another channel. You will have to press the “reset”
button if the receiver has searched to the upper most channel and cannot find anything. Adjusting the variable resistor
can change the volume. It is recommended to add a wire on the “FM. ANT”, which is located on the left side of the panel.
The wire will act as an antenna. This will increase the strength of the radio signal received.

v- 43

sp 44

I/O

3
2