The ESAW Compensation Design (EEC-11602) is a high-quality control systems laboratory training apparatus designed to help students and researchers study compensation techniques, transient responses, and frequency characteristics of dynamic systems.
This advanced educational lab equipment includes a simulated uncompensated system with adjustable damping, allowing observation of percent overshoot (20%–50%) and steady-state error variation (50%–0.5%). A built-in variable gain amplifier provides gain adjustability from 1 to 11 for compensation network implementation.
With square and sine wave generators (25Hz–800Hz approx.), the system supports both transient and frequency response studies, making it ideal for academic and industrial applications. An essential accessory for use is a CRO (Cathode Ray Oscilloscope).
Perfect for students, schools, colleges, and engineering/medical institutions, this apparatus is widely used in science labs, industrial labs, and research centers across India, Africa, Europe, Asia, and the USA. ESAW offers affordable Compensation Design Systems for labs, available in bulk for global distributors and resellers.
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Technical Specifications
Product Name |
Compensation Design |
Catalog No. |
EEC-11602 |
System |
Simulated Uncompensated System with Adjustable Damping |
Peak Overshoot (M) |
Variable from 20% to 50% |
Steady State Error |
Variable from 50% to 0.5% |
Compensation Network |
Built-in Variable Gain Amplifier (Gain 1–11) |
Signal Generators |
Square & Sine Waves |
Frequency Range |
Approx. 25Hz – 800Hz |
Essential Accessory |
Cathode Ray Oscilloscope (CRO) |
Country of Origin |
Made in India |
Realistic Use Case Scenarios
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Students & Schools: Demonstrations of control system compensation and response analysis.
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Colleges & Universities: Widely used in electrical and electronics engineering labs.
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Science & Chemistry Labs: Supports advanced experimentation in dynamics and feedback systems.
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Engineering & Medical Colleges: Ideal for introducing control theory in technical education.
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Industrial Research Centers: Reliable for testing compensation techniques in control systems.