General Electric and Electronic Experiment Platform

Short Description:

Type: BF-HY-18

l, A unit: three-phase four-wire

2. Unit B: AC 3, 6, 9, 12, 15, 18, 24V 6. Unit F: 220V voltage output for external instrument use.

3. Unit C: Dual-channel steady-current regulated power supply (with overload and short-circuit protection functions), both output voltages are 0-30V, continuously adjusted by a multi-turn potentiometer, and the output chase large current is 2A. Voltage stability: <10-2 Load stability: <10-2 Ripple voltage: <5mV?

4. Unit D: DC stabilized voltage 5V, current 0.5A

5. Unit E: Vertical current voltage 0∽240V continuously adjustable, current 2A


Product Detail

Product Tags

General Electric and Electronic Experiment Platform

l, A unit: three-phase four-wire

2. Unit B: AC 3, 6, 9, 12, 15, 18, 24V 6. Unit F: 220V voltage output for external instrument use.

3. Unit C: Dual-channel steady-current regulated power supply (with overload and short-circuit protection functions), both output voltages are 0-30V, continuously adjusted by a multi-turn potentiometer, and the output chase large current is 2A. Voltage stability: <10-2 Load stability: <10-2 Ripple voltage: <5mV?

4. Unit D: DC stabilized voltage 5V, current 0.5A

5. Unit E: Vertical current voltage 0∽240V continuously adjustable, current 2A

-Intelligent-Equipment-Products-(19)

Feature

The electrical and electronic laboratory equipment is suitable for the experiments of colleges, secondary schools, vocational schools, vocational technical colleges and technical electrical engineering, electrical engineering principles, electronic technology and other courses. It can complete AC and DC, oscillation, magnetic circuit circuits, operational amplifiers, rectifier circuits, AC and DC amplifier circuits, digital logic circuits and other circuit experiments. This equipment is an ideal product for the renewal of existing laboratory equipment, or for new and expanded experiments. Its equipment is an important symbol of the level and rank of the school.

At present, most of the domestic electrical and electronic experimental equipment of various kinds of schools are separated, and some schools have self-made various forms of experimental benches or experimental boxes according to the teaching requirements. Due to the small processing volume, they are limited by their own processing capabilities. The technology is rough, the function is incomplete, it can't meet the experimental requirements, and it is also prone to personal and equipment accidents, and the experimental components are too many to purchase and manage, and it is difficult to open the experiment specified in the experimental outline. Based on this, our factory absorbs the advantages of similar products in Germany and China, and develops this product in accordance with the requirements of my country's higher education and vocational education syllabus.

Training Contents

1. The use of electrical measuring instruments
2. Identification and detection of common components
3. What are the volt-ampere characteristics of linear components and non-linear components?
4. The external characteristics of the power supply
5. Determination of potential value and voltage value?
6. Range expansion of ammeter and voltmeter
7. Verification of Kirchhoff's Law
8. Kong Zhenzheng Lenz's law
9. Verification of the superposition principle and the reciprocity theorem?
10. Verification of Thevenin's Theorem and Norton's Theorem
11. Equivalent transformation of voltage source and current source 1
2. Research on the characteristics of controlled sources
13. First-order circuit experiment?
14. The transition process of the second-order circuit
15. Study the characteristics of LC components in DC and AC circuits

20220425125553

Equipment

Photo Wall

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Signing Ceremony

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R&D

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Signing Ceremony

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Teachers


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