Electronic technology experimental device

GTET-1003

Delivery:

EXW

minimum order:

1 set

Supply Ability:

30set / Month

Country of Origin:

Guangzhou,China

Stock Time:

45Day

Technical parameter
Dimension: 1500x600x1700mm
Power supply : Three phase, AC380V/50Hz
Weight: About 150kg

Quantity:

Request a Quote

The electronic experimental device uses hanging box which makes it easy to carry out the experiment. The electronic experimental technology device is an idea device for the training of analog circuit and digital circuit technology. The experimental device technology device could carry out the basic experiment, digital circuit experiment and analog circuit experiments. The electronic experimental device is also suitable for the teaching and skills training of related majors in higher vocational colleges and secondary vocational colleges. At the same time, the training technology device can also be used as an assessment device for skill training and skill appraisal in technical schools, vocational education centers, and vocational qualification appraisal stations.

Technical parameter

Dimension: 1500x600x1700mm

Power supply : Three phase, AC380V/50Hz

Weight: About 150kg

Product description

The experimental device uses hanging box which makes it easy to carry out the experiment. It is an idea device for the training of analog circuit and digital circuit technology.

Product composition

No.	Name	Specs.	QTY
1	Training panel		1
2	Training table		1
3	Analog electronic hanging box	DZ01	1
4	Digital electronic hanging box	DZ02	1
5	Electrician basic hanging box 1	DG01	1
6	Electrician basic hanging box 2	DG02	1
7	Electrician basic hanging box 3	DG03	1
8	Component box	DG04	1
9	Relay control hanging box 1	DT01	1
10	Relay control hanging box 2	DT02	1
11	Safe banana plug cable	50CM	16
12	Safe banana plug cable	80CM	10
13	Motor with Centrifugal switch		1
14	Self-locking wire		50
15	Former deputy coil		1
16	IC Fittings		1
17	Watt-hour meter		1

Training courses

Basic experiments:

Use of basic electrical instrumentation and calculation of measurement error
Methods of reducing errors of instrument measurement
Surveying and mapping of Volt-ampere characteristics of circuit elements
Measurement of potential and voltage and drawing of circuit potential
Validation of Kirchhoff’s Law
Verification of superposition principle
Equivalent transform of voltage source and current source
Verification of Thevenin’s theorem and Norton theorems
Determination of maximum power transfer conditions
Experimental study of controlled source VCVS, VCCS, CCVS, CCCS
Observation and measurement of the typical electric signal
Response test of first-order RC circuit
Study the response of second-order dynamic circuits
Impedance characteristics measurement of R, L, C element
Measuring circuit equivalent parameters by Three-meter Method
Phasor research of Sinusoidal steady state AC circuit
Characteristic test for RC frequency selective network
Research of R, L, C series resonant circuit
Two-port network testing
Negative impedance converter
Gyrator
Observation of mutual inductance circuit
Characteristics test of Single-phase transformer core
Voltage & current measurement of Three-phase AC circuit
Power measurement of Three-phase circuit
Calibration of single-phase meter
Measurement of power factor and phase sequence

Analog circuit experiment:

Common emitter transistor single-tube amplifier
FET amplifier
Negative feedback amplifier
Emitter follower
Differential amplifier
Integrated operational amplifier index test
The basic application integrated operational amplifier(I)
The basic application integrated operational amplifier(II)
The basic application integrated operational amplifier(III)
The basic application integrated operational amplifier(IV)
Low Frequency Power Amplifier(I)
Low Frequency Power Amplifier(II)
RC Sinusoidal oscillator
LC Sinusoidal oscillator
Assembly and debugging of Function Generator
Voltage-frequency conversation circuit
Regulated DC power supply(I)
Regulated DC power supply(II)
Thyristor Controlled Rectifier

Digital circuit experiment:

Integrated logic circuit connections and drive
Experimental analysis of combinational logic circuits
Design and test of combinational logic circuits
Decoder and Its Applications
Triggers and its application
The shift register and its application
Pulse distributor and Its Applications
Using gate circuit to generate a pulse signal
Monostable multivibrator and Schmitt trigger
555 Time base circuit and its application
D/A, A/D Converters

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