LDR / Opto Isolator Trainer

LDR / Opto Isolator Trainer

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Product Details:

  • Display LED Indication
  • Power 230V AC / 9V to 12V DC operated
  • Usage Educational Training, Demonstration and Experiments
  • Voltage 9-12V DC or 230V AC
  • Product Type LDR / Opto Isolator Trainer Kit
  • Material High Quality Fiber/Plastic Panel with Electronic Components
  • Design Compact and Portable Design
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LDR / Opto Isolator Trainer Price And Quantity

  • 1 Unit
  • Integrated for demonstration
  • Suitable for Physics, Electronics, Instrumentation, Polytechnic, and Engineering laboratories
  • Test Points and Banana Sockets for external connections
  • Clearly labeled circuit diagram and connection instructions
  • 0 to 50°C
  • Short circuit and overload protection
  • High quality; fast response
  • Conforms to educational laboratory standards
  • Enclosed on sturdy PCB mounting base
  • Ready to use preassembled unit
  • Experiments on LDR characteristics, opto isolator circuits, LED response, transistor isolation demonstration
  • Patch Cords, User Manual

LDR / Opto Isolator Trainer Product Specifications

  • LDR / Opto Isolator Trainer Kit
  • AC Mains or DC Adapter
  • Compact and Portable Design
  • 9-12V DC or 230V AC
  • 235 mm x 170 mm x 110 mm
  • Educational Training, Demonstration and Experiments
  • LDR (Light Dependent Resistor), Photo transistor based Opto Isolator
  • 230V AC / 9V to 12V DC operated
  • Built-in Lamp / External Light Source
  • High sensitivity and stability
  • High Quality Fiber/Plastic Panel with Electronic Components
  • LED Indication
  • Approx. 1.2 kg
  • Integrated for demonstration
  • Suitable for Physics, Electronics, Instrumentation, Polytechnic, and Engineering laboratories
  • Test Points and Banana Sockets for external connections
  • Clearly labeled circuit diagram and connection instructions
  • 0 to 50°C
  • Short circuit and overload protection
  • High quality; fast response
  • Conforms to educational laboratory standards
  • Enclosed on sturdy PCB mounting base
  • Ready to use preassembled unit
  • Experiments on LDR characteristics, opto isolator circuits, LED response, transistor isolation demonstration
  • Patch Cords, User Manual

LDR / Opto Isolator Trainer Trade Information

  • 5 Unit Per Week
  • 4-5 Days

Product Description

 

LDR / Opto Isolator Trainer

Specifications:

  • Study of Light Dependent resistor as light intensity measuring transducer
  • Sockets for LDR to measure resistance at different intensity levels.
  • 1st degree linearization circuit
  • Unbalance bridge for LDR interface
  • 12 volt 21 watt tungsten lamp with intensity control (continuously variable)
  • Calibration graph supplied with the tutor luxmeter (optional)
  • 3.5 digit DPM as light intensity indicator
  • Interconnection: 2/4 mm banana sockets
  • DC Supply: Built in lC regulated power supplies
  • 220V 10%, 50Hz mains operated
  • Standard Accessories: Users Manual with patch cords
  • Enclosed in an attractive ABS plastic cabinet with cover 

 

 

 

 



Comprehensive Training Platform

This trainer provides a versatile platform for hands-on experiments related to LDR and opto-isolator circuits. It covers key principles such as LED response, transistor isolation, and photo-sensitive detection. The sturdy PCB mounting and clear markings make it user-friendly for students and educators alike, enhancing the learning experience.


Safe and Convenient Operation

Equipped with short-circuit and overload protection, this unit ensures safety during experiments. The enclosed design, built-in lamp, LED indication, and reliable high-quality components add to its safe and convenient operation. It functions on both AC mains and DC power, adapting easily to laboratory requirements.


Highly Suitable for Laboratory Applications

The trainer meets educational laboratory standards and is accurate, sensitive, and stable in performance. It is suitable for a broad range of laboratoriesPhysics, Electronics, Instrumentation, Polytechnic, and Engineeringmaking it an essential teaching and demonstration tool. Its compact and portable design allows easy setup and storage.

FAQs of LDR / Opto Isolator Trainer:


Q: How does the LDR / Opto Isolator Trainer facilitate experiments in educational laboratories?

A: This trainer enables students to perform hands-on experiments on the characteristics of LDR, opto-isolator circuits, LED response, and transistor isolation, supporting a practical understanding of key concepts in electronics and instrumentation.

Q: What is the process for connecting external equipment to the trainer?

A: The board features test points and banana sockets for seamless connections with external devices or measurement instruments. Patch cords are included, and the clearly labeled panel guides users through each connection step.

Q: When is it recommended to use the trainer for demonstrations or practical sessions?

A: The trainer is ideal for physics and electronics lessons, lab demonstrations, practical experiments in higher education, and technical training workshops, particularly when covering photo-sensitive components or circuit isolation topics.

Q: Where can the trainer be utilized for best results?

A: It is best suited for use in well-equipped laboratories in educational institutions such as polytechnics, engineering colleges, and training centers that require reliable and safe demonstration tools for teaching electronic component behavior.

Q: What benefits does the enclosed and preassembled design offer users?

A: The enclosed design protects components, while the preassembled unit ensures immediate availability for use, reducing time spent on setup and minimizing the risk of damage or incorrect assembly for students and instructors.

Q: How does the opto-isolator circuit improve safety and signal isolation during experiments?

A: The integrated opto-isolator IC demonstrates how electronic signals can be transmitted without direct electrical connection, minimizing risks related to high-voltage surges and improving the overall safety and integrity of experiments.

Q: What materials and power sources are compatible with this trainer?

A: Manufactured with high-quality fiber/plastic panels and electronic components, the trainer operates via AC mains (230V) or DC adapter (9-12V), making it adaptable to most standard laboratory power supplies.

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  • No-2509, Bengali Mohalla, Kali Bari Road,Ambala Cantt - 133001, Haryana, India
  • Phone :91-171-4002637
  • 09416070580
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  • Mobile :+919416040200, +919416070580
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