The ESAW Capacitance and Permittivity Kit (EEC-11566) is a fully self-contained educational apparatus designed for precision experiments in physics and electronics. No external measuring instruments or calibration are required, making it ideal for students, schools, colleges, and research labs.
Engineered with high sensitivity (detecting capacitance changes of 0.1 nF), integrated circuit electronics, and better than 1% linearity, this kit delivers accurate and reliable results. It produces an output current proportional to capacitance, allowing learners to explore concepts of permittivity with confidence.
The kit includes a reed relay switch with A.C. supply, integrated current amplifier, and a 0–100 µA meter housed in a durable cabinet. It also comes with a pair of capacitor plates (0.25m × 0.25m × 4 mm), a Perspex sheet, two capacitors (500 pf each), and a complete set of Perspex/Polythene spacers, ensuring practical, hands-on experimentation.
Trusted worldwide, ESAW delivers affordable capacitance and permittivity kits for labs across India, Africa, Asia, Europe, and the USA. With export-quality standards, this kit is widely used in physics classrooms, chemistry labs, engineering colleges, and industrial R&D centers.
For complete lab solutions, explore our Microscopes, Laboratory Equipment, and Laboratory Glassware.
Technical Specifications
| Product Name |
Capacitance and Permittivity Kit |
| Catalog No. |
EEC-11566 |
| Sensitivity |
0.1 nF detection |
| Electronics |
Integrated Circuit Electronics |
| Linearity |
Better than 1% f.s.d. |
| Output |
Current proportional to capacitance |
| Components Included |
Reed relay switch (AC supply), amplifier, 0–100 µA meter, capacitor plates, Perspex sheet, 2 capacitors (500 pf), spacers |
| Calibration |
Not required |
| Measuring Instruments |
Not required |
| Country of Origin |
Made in India |
Realistic Use Case Scenarios
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Students: Learn principles of capacitance and dielectric materials through hands-on experiments.
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Schools & Colleges: Reliable classroom tool for demonstrating permittivity and circuit behavior.
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Science & Chemistry Labs: Practical testing of dielectric constants and material properties.
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Engineering & Medical Colleges: Ideal for electronics, biomedical instrumentation, and physics training.
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Industrial Labs & Research Centers: Accurate kit for R&D and experimental studies in material science and electronics.
