BASIC ELECTRICITY CIRCUIT LAB (1)

BASIC ELECTRICITY CIRCUIT LAB (1)
BASIC ELECTRICITY CIRCUIT LAB (1)
Ideal for Electrical, Mechanical , Automation , Automotive , Science , Civil & Electronics
learning
Engineering
BASIC ELECTRICAL CIRCUIT LAB, is a complete independent system for general electricity learning. All devices
required for the experiments are included in the main unit, and all essential important topics of electrical circuit learning
are studied by different modules.
MAIN UNIT
CHARACTERISTIC:
1. DC POWER SUPPLY
.Ideal for electrical & electronics students to learn
(1) Fixed DC power supply:
the design of electrical, electronics and
digital logic
a. Voltage range
:±5V,±12V
circuits.
b. Max. current output :0.3A
.In order to provide an efficient way for learning,
c. With output over-load protection
power supply, function generator and measure- ment
(2) Dual DC power supply:
unit are all included.
a. Voltage range
:±3V~ ±18V,
.All supply units are secured with over-load protection.
Continuously ajustable
.With one main unit, user can choose the modules
b. Max. current output:1A
they need for different learning topics.
c. With output over-load protection
5
◎ BASIC ELECTRICITY CIRCUIT LAB is the
choice for beginners to have a complete and
learning of electricity circuit.
best
basic
2
4
SPECIFICATIONS:
1
3
2. AC POWER SUPPLY
a. Voltage range
:9V~0V~9V
b. Max. current output :500 m A
c. With output over-load protection
3. SINGAL GENERATOR
(1) Pulse generator
:(TTL level)
a. Frequency range :1Hz~10KHz / 4 settings,
continuously adjustable
b. Fan out
:10 TTL load
(2) Pulse switches
:
a.2 independent output, TTL level
b.With Q, Q output,pulse width > 5ms
c.Fan out
:10 TTL load
(3) Data Switches
a. 8 sets independent control output,TTL level
with de-bounce circuit.
b. Fan out
:10 TTL load
4. FUNCTION GENERATOR
(1) Output waveform
:Sine,triangle, square
(2) Output frequency
:10~100KHz/4 settings,
continuously adjustable
(3) Output amplitude
:18Vpp (open circuit)
9Vpp (50 Ohm load)
5. TESTING AND DISPLAY
(1) 3 1/2 DIGITAL VOLTMETER/AMMETER
a. DC voltage range :2V,200V
b. DC voltage accuracy:±(0.3% of reading +1
digit)
c. DC current range :200uA,2000mA
d. DC current accuracy : ±(0.5% of reading
+1digit)
(2) Galvanometer
a. Current range
:±50mA
MODULES EXPERIMENT CONTENT:
(A) Basic Electricity Circuit Lab
Basic Device Module
Basic Electricity Experiment
Module
Sensor Module(1)
Sensor Module(2)
(Option)
Low Voltage
Module
Electrical
(Option)
Single-Phase Motor Module
220V)
(Option)
Three-Phase Motor Module
b. Accuracy
:Class 2.5
(3) LED Indicator
:
(Option)
a.10 sets independent LED indicates high, low
Load Unit Module
logic state.
b. Input impedance : <100K ohm
(B) Electronics Experiment Modules
(4) Digital Display
a. 2 sets independent 7-segment LED
b. With BCD-7segment decoder/driver, and Dp
Diode, Clipper and
Input
Clamper Module
c. Input with 8-4-2-1 code
ACCESSORIES:
Experiment Manual, Connect leads, Connect Plug,
Breadboard
Control
(AC
Rectifier, Differential
Integral Circuit Module
Transistor
Circuit Module
Multi-Stage
Circuit Module
OP Amplifier Circuit Module
(5)
(C) Digital Logic Experiment Modules
Amplifier
Combinational Logic Circuit
Experiment Module (1)
Amplifier
Combinational Logic Circuit
Experiment Module (2)
FET Circuit Experiment
Module
Combinational Logic Circuit
Experiment Module (3)
OP Amplifier Circuit Module
(1)
Combinational Logic Circuit
Experiment Module (4)
OP Amplifier Circuit Module
(2)
OP Amplifier Circuit Module
(3)
Combinational Logic Circuit
Experiment Module (5)
Sequence Logic Circuit
Experiment Module (1)
OP Amplifier Circuit Module
(4)
Sequence Logic Circuit Experiment
Module (2)
EXPERIMENT INCLUDES:
(A) Basic Electricity Experiment
1. Basic Component:
(1) Resistor
(2)Capacitor
(3) Inductor
(4) Diode
(5) Transistor
(6) IC
2. Experiment for Basic Electricity
(1) Resistor measurement
(2) DC voltage/ current measurement
(3) Ohm's law
(4) AC voltage/ current measurement
(5) Resistor series/parallel circuit
(6) Wheatstone bridge
(7) Kirchoff's law
(8) Thevenin's theorem
(9) Norton's theorem
(10) Maximum power transfer theorem
(11) RLC DC transient phenomena
(12) AC current/voltage experiment
(13) RLC AC series/parallel circuit experiment
(14) Harmonic circuit
(15) Electric power and power factor
(16) Power energy measurement
3. Level Control
(1) Level control circuit
4. Limit 、Photoelectric Control
(1) Limit control (2) Photoelectric control
5. Electrical Machine Experiment (Option)
(1) Electrical machine start-stop control
(2) Electrical machine overload control
( 3 ) Electrical machine forward reverse control
(4) Electrical machine sequence control
(5) Electrical machine circles loop control
6. 3 Phase inductor electrical machine
Experiment (Option)
(1) 3 phase inductor electrical machine
Y-delta step-down start control
(B) Electronics Circuit Experiment
1. Diodes Experiment
(1) The Diode V-I characteristics curve
(2) The series diode clipping circuit
(3) The series diode clipping with bias circuit
(4) The parallel diode clipping circuit
(5) The parallel diode clipping with bias
circuit
(6) The diode clamping circuit
(7) The diode with bias clamping circuit
(8) LED current characteristics
(9) Diode rectifier circuit
(10) Diode filter circuit
(11) Multiple voltage rectifier circuit
2. Transistor Experiment
(1) PNP、NPN transistor
(2) Transistor E,B,C
(3) Transistor β measurement
(4) Transistor Ie,Ib,Ic
(5) Transistor output characteristics curve
3. Transistor Amplification Circuit
(1) Fixed bias circuit
(2) Divide bias circuit
(3) Feedback bias circuit
(4) Small single amplification circuit
(5) Small single equal circuit
(6) Common emitter transistor amplification
circuit
(7) Common
collector
transistor
amplification circuit
(8) Common base transistor amplification
circuit
4. Transistor couple series amplification Circuit
(1) RC coupled series amplification
(2) Direct coupled series amplification
(3) Transformer coupled series amplification
(4) Push-Pull amplification circuit
5. Darlington's,FET Circuit
(1) Darlington's circuit
(2) Field effect transistor (FET) type and
characteristics
(3) FET G,D,S
(4) Common source amplification circuit
(5) Common drain amplification circuit
(6) Common gate amplification circuit
6. OP Amplifiers
(1) OP amplifiers characteristics
(2) Non-Inverse amplification
(3) Inverse amplification
(4) Voltage follower circuit
(5) Sum amplification
(6) Difference amplification
(7) Clipping circuit
(8) Constant voltage circuit
(9) Constant current circuit
(10) Differentiator circuit
(11) Integrator circuit
(12) Instrument amplification circuit
7. OP Amplifiers Application circuit
(1) High pass amplification circuit
(2) Low pass amplification circuit (3) Band
pass amplification circuit
(4) Tone control circuit
K&H reserves the right to make changes without notice.
8. OP Amplifiers Oscillating Circuit
(1) Comparator
(2) Window comparator
(3) Schmitt's oscillating circuit
(4) RC phase-shifting oscillating circuit
(5) Wien bridge oscillating circuit
(6) Mono-stable harmonic oscillating circuit
(7) Squeal signal generator
(8) The oscillator with adjustable duty
9. Other circuits
(1) Differentiator, integrator circuit
(2) Crystal oscillating circuit
(C) Digital Logic Experiment
1. Basic Logic Gates Experiment
(1) Threshold voltage measurement
(2) Voltage/ current measurement
(3) Basic logic gates function testing
(4) TTL,CMOS characteristics
(5) AND, OR, NOT combination circuit
(6) Comparator
2. Adder,Sub-tractor Experiment
(1) Half-adder circuit
(2) Full-adder circuit
(3) Half- sub-tractor circuit
(4) Full- sub-tractor circuit
(5) 4 bit adder
(6) 4 bit sub-tractor
(7) BCD code adder circuit
(8) 4 to 10 bit decoder
3. Encoder, Decoder Circuit
(1) 4 to 2 bit encoder
(2) 2 to 4 bit decoder
(3) BCD decoder to 7-segmen display
4. Encoder,Multiplexer,De-multiplexer Experiment
(1) 9 to 4 bit encoder
(2) 1 to 8 bit de-multiplexer
(3) 2 to 1 bit multiplexer
(4) 8 to 1 bit multiplexer
(5) Analog multiplexer/de-multiplexer
5. IC Circuit Experiment
(1) ALU , arithmetic logic unit circuit
(2) Bit parity generator circuit
6. Flip-Flop Circuit
(1) RS flip-flop
(2) D flip-flop
(3) JK flip-flop
(4) T flip-flop
(5) Constructing a shift register with a D flip-flop
(6) Preset left/ right shift register
7. Counter, Metronome with Flashing LEDs, Traffic
Light Experiment
(1) Asynchronous divide-by-8 up-counter
(2) Asynchronous up-counter with 7490
(3) Synchronous binary up-counter
(4) Metronome with flashing LEDs
(5) Traffic light
9509
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