Study Of Different Capacitors & Color Coding

Study Of Different Capacitors & Color Coding

Product Details:

  • Display Colour-coded capacitors, clear legends
  • Usage Educational purposes, Laboratory experiments, Capacitor study
  • Product Type Educational Laboratory Equipment
  • Material Standard grade plastic and electronic components
  • Design Mounted PCB with multiple capacitor types
  • Accuracy High accuracy identification of capacitor types and color codes
  • Detector Visual/manual identification setup
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Study Of Different Capacitors & Color Coding Price And Quantity

  • 1 Unit
  • Included for various capacitor ratings
  • Electrolytic, Ceramic, Polyester, Mica, Tantalum, Paper
  • EDULAB-CAPCODE
  • Base fitted for demonstration and stability
  • Yes, detailed coding charts included

Study Of Different Capacitors & Color Coding Product Specifications

  • Standard grade plastic and electronic components
  • Educational Laboratory Equipment
  • High accuracy identification of capacitor types and color codes
  • Educational purposes, Laboratory experiments, Capacitor study
  • Visual/manual identification setup
  • Mounted PCB with multiple capacitor types
  • 260 mm x 180 mm x 60 mm
  • Approx. 550 grams
  • Colour-coded capacitors, clear legends
  • Included for various capacitor ratings
  • Electrolytic, Ceramic, Polyester, Mica, Tantalum, Paper
  • EDULAB-CAPCODE
  • Base fitted for demonstration and stability
  • Yes, detailed coding charts included

Study Of Different Capacitors & Color Coding Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

Study Of Different Capacitors & Color Coding

Ceramic Disc, Mica Button, Tantalum Radial, Tantalum Axial, Non-Electrolytic Disc, Electrolytic Radial, Polyster Foil, Styroflex, Ceramic Tabular paper, Metalised Polyster, Metalised Polycarbonate, Metalised Polypropylene, Metalised Film, Trimmer & Gang Condenser with  theory & Description.



Hands-On Capacitor Identification

This model enables students to visually and manually identify different capacitor types mounted on the board. Each typeelectrolytic, ceramic, polyester, mica, tantalum, and paperis clearly labeled, making the learning process interactive and efficient. The sturdy base ensures stability, creating a reliable setup for repeated educational demonstrations.


Comprehensive Color Coding Charts

Detailed coding charts are included on the demonstration board, aiding in quick reference and accurate identification of capacitor ratings. The clear, color-coded display enhances understanding of industry-standard capacitor codes, empowering users to decode values and types confidently during experiments or lessons.


Educational Utility and Design

Designed specifically for laboratory and classroom use, the unit features a mounted PCB for secure component placement. It uses durable, standard-grade plastic and electronic materials to endure regular educational use. With a lightweight form, its convenient for display, transport, and handling during instructional activities.

FAQs of Study Of Different Capacitors & Color Coding:


Q: How can the EDULAB-CAPCODE be used to identify different capacitor types?

A: The EDULAB-CAPCODE features visually distinct, base-mounted capacitors such as electrolytic, ceramic, polyester, mica, tantalum, and paper types. By referencing the labeled display and accompanying legends, users can manually examine and accurately identify each capacitors classification and characteristic.

Q: What is the process for reading capacitor color codes on this demonstration board?

A: Simply match the color bands displayed on the capacitors to the detailed color coding chart provided on the model. This step-by-step comparison allows quick decoding of capacitance values, voltage ratings, and tolerance, reinforcing both theoretical and practical knowledge.

Q: Where is this kit ideally utilized, and by whom?

A: The EDULAB-CAPCODE is ideal for use in educational settings like schools, colleges, or electronic laboratories. Its suitable for educators, students, and learners involved in electronics, both for instructional demonstrations and hands-on learning.

Q: When should this product be used during the learning process?

A: This kit is best utilized during laboratory experiments, practical electronics sessions, or introductory lessons on capacitor types and their characteristics. It offers a clear, tactile experience that complements textbook learning whenever capacitor study arises in the curriculum.

Q: How does the model ensure high accuracy in capacitor identification?

A: Each capacitor is securely mounted and clearly labeled, and the model includes precise legends and coding charts. This combination allows for reliable, error-free identification of capacitor types and ratings under visual and manual inspection.

Q: What are the principal benefits of using the EDULAB-CAPCODE for educational purposes?

A: The kit enhances experiential learning by providing a real-world demonstration of capacitor varieties and color codes. It fosters foundational understanding, sharpens observation skills, and streamlines the process of learning industry-relevant identification techniques.

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