High Expandability Analog Circuit Experiment Box with Gold-Plated Jacks and Integrated Aluminum Alloy Profile for Electrical Training
System Features
- High expandability: The experimental circuits are designed in the form of unit circuits, which serve as basic experimental circuits. By connecting external components to adjust circuit parameters or combining with other unit circuits, different experimental requirements can be met.
- Experimental schematics are printed on the surface of the experiment board. Students build experimental circuits in accordance with the schematics, which not only cultivates their independent thinking and practical abilities but also enhances the applicability and expandability of the experiment box.
- Components are mounted on the reverse side of the experiment board to reduce man-made damage to the components.
- The jacks for experimental wiring adopt stacked self-locking gold-plated jacks, which are fixed on the experiment board by welding, featuring no loosening, no oxidation, long service life, reliable connection, and convenient and simple maintenance.
- There is a discrete component plug-in area for plugging in resistors, capacitors, diodes, triodes, integrated circuits, etc., enabling curriculum design experiments.
- All power supply outputs are equipped with overcurrent protection and automatic recovery functions.
- The experiment box is made of integrated aluminum alloy profiles, with a firm and reliable body that does not deform and is light in weight. It has good insulation and safety performance, convenient and reliable switch of the box cover, as well as an attractive and grand appearance.
- The system is equipped with the circuit design and simulation software - Electronics.Workbench.Multisim.v9.0, which helps students conduct simulation tests first when designing experimental circuits independently to improve the design success rate.
Experimental Projects
- Practice on the use of common electronic instruments, testing of diodes and triodes with a multimeter
- Single-stage amplifier circuit
- Two-stage amplifier circuit
- Negative feedback amplifier circuit
- Emitter follower
- Differential amplifier circuit
- Proportional summing operation circuit
- Integral and differential circuit
- Waveform generation circuit
- Active filter
- Voltage comparator
- Integrated circuit RC sine wave oscillator
- Integrated power amplifier
- Rectifier filter and shunt voltage regulator circuit
- Series voltage regulator circuit
- Integrated voltage regulator
- RC sine wave oscillator
- LC oscillator and frequency-selective amplifier
- Current/voltage conversion circuit
- Voltage/frequency conversion circuit
- Complementary symmetric power amplifier
- Waveform conversion circuit
- Field effect transistor experiment
- Thyristor experimental circuit
Comprehensive Experiments
- Assembly and debugging of function signal generator
- Temperature monitoring and control circuit
- Design and debugging of a multimeter composed of operational amplifiers