Study of Second Order Networks Manufacturer,Supplier and Exporter in India
Product Code : SCL-EELE-13335
Indian Lab Suppliers supplies the Study of Second Order Networks (Product ID: 13335) as part of its electronics engineering lab equipment range. It demonstrates the full range of second-order transient response, from overdamped to nearly oscillatory.
Quick Answer
Passive RLC networks at a few kHz behave poorly because any practical inductor of useful value has a large resistance. This unit uses an active RC network that reproduces the behaviour of a passive RLC network with almost no inductor loss. A damping control sets overdamped, critically damped and underdamped responses, and built-in square and sine sources drive the network for step and frequency response. An external CRO is needed to view the waveforms. It runs on 220 V, 50 Hz and comes with detailed literature and experiment results.
Key Specifications
| Parameter | Detail |
|---|---|
| Network | Active RC, equivalent to a second-order RLC network |
| Damping | Over-, critical and under-damping |
| Signal sources | Built-in square and sine wave |
| Supply | 220 V, 50 Hz |
| Documentation | Theory, computations and experimental results |
| Not included | CRO |
Where This Is Used
Used in network analysis and control systems labs. Related: Linear System Simulator (Product ID: 13336) and Compensation Design Trainer (Product ID: 13334). Browse the full Electronics Engineering Lab Equipment range or related Electronics Lab Equipment products.
Frequently Asked Questions
Why an active RC network instead of RLC?
Practical inductors have too much resistance at a few kHz; the active circuit behaves like a low-loss RLC network.
Which damping conditions can be shown?
Overdamped, critically damped and underdamped.
Is an oscilloscope included?
No, an external CRO is needed.
Related Categories
Electronics Engineering Lab Equipment · Electronics Lab Equipment · Engineering Lab Equipment
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