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GX-WB22 Advanced Electrical and Electronic Experimental Platform

DETAIL

一、Product Overview

The entire experimental platform consists of three parts: an experimental table, an experimental screen, and a functional module. The specifications of the entire experimental platform are: 1400 * 700 * 1480 (length, width, height, mm), which can be compatible with the user's original table body. Experimental Table: Steel wood mixed structure experimental table, with a thick cold-rolled steel formed keel of no less than 1.5mm, equipped with large drawers and storage cabinets. The table top is made of advanced fireproof density board material, with a color of milk white, beautiful and generous. The experimental table has adjustable feet for front and rear lifting, as well as a movable universal wheel with brakes, which is convenient for mobile maintenance. The experimental table is equipped with 1 iron drawer and 1 iron storage cabinet. The large drawers and storage cabinets on the experimental table are made of "thickened cold rolled steel plate" material, eliminating the use of "composite plate" and other materials to ensure fire resistance and long-term use without deformation. Experimental screen: The experimental screen is constructed of aluminum alloy keel, which is firm in structure and beautiful in appearance. The experimental screen has modules that are drawn into the guide rail, which is convenient to use. The experimental screen is divided into two layers, the upper layer is for experimental pendant and main power output, the lower layer is for general power control and adjustable AC power supply, and the lower layer is also provided with a space for digital oscilloscope, function generator, and millivoltmeter.

二、Practical training projects

1.Experiment on Equivalent Parameter Measurement of Three Phase AC Circuit

2.Research on the Phasor of Sinusoidal Steady State AC Circuit - Experiment on Improving the Power Factor of Fluorescent Lamps

3.Testing of Characteristics of Single-phase Iron Core Transformers

4.R. L, C component characteristics and parameter testing

5.Measurement of voltage and current in three-phase AC circuits

6.Measurement of power in three-phase AC circuits

7.Measurement of power factor in three-phase AC circuits

8.Superposition theorem Experiment

9.Davinan's Theorem Experiment

10.Rotator Experiment

11.Controlled Source Circuit Experiment