Features:
1. Modularization design
The system is design to be a build blocks mode based on
standardized module, The pre-defned experiment(s) can be
implemented in one module. For the complex experiment, two or more
modules can be assembled to accomplish it.
2. Scalability
Modularization design makes the system an open one. New modules can
be added easily. User can also design the customized module on the
platform.
3. More Interesting
A special voice module is designed to improve students' interests
of the analog circuit experiment.
4. Enveloped Components
The system adopts a type of socket joint box named enveloped
Component, which replaces the actual connection of components in
the circuits, so the training system can be easily
used.
Experiments
1. Single-stage CE (or common-source)
amplifying
2. Single-stage CC (or common-drain)
amplifying
3. Negative feedback amplifer
4. Differential amplifer
5. In-phase linear amplifying circuit
6. Opposite-phase linear amplifying circuit
7. Integrate arithmetic-amplifying adder
circuit
8. Integrate arithmetic-amplifying subtraction
circuit
9. Integrate arithmetic-amplifying integral
circuit
*0. Integrate arithmetic-amplifying differential
circuit
*1. RC sine wave generating circuit
*2. Square wave generating circuit
*3. Triangular wave generating circuit
*4. Comparator circuit
*5. Active flter circuit
*6. DC stabilized voltage power supply power
amplifcation
*7. Function generator
*8. Power circuit
Specifcation
Power supply Single-phase, **0V, *0Hz
Overall dimension **1***1***1
Confguration
1. Analog Circuit Training System
- Audio module X1
- CE single-stage amplifying circuit and feedback
X1
- Differential amplify circuit X1
- Power amplifcation circuit X1
- Sine wave generating and comparator circuit
X1
- Arithmetic-amplifying linear application circuit
X1
- Integral and differential circuit X1
- Active flter circuit X1
2. Component box several
3. Connection cables several
