PHOTOCONDUCTIVITY EXPERIMENT

PHOTOCONDUCTIVITY EXPERIMENT

18000.00 INR/Piece
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Product Details:

  • Voltage 0-12V DC variable output
  • Power 230V AC, 50Hz
  • Usage Laboratory experiment for physics/electronics
  • Display Digital panel meter (current display)
  • Product Type Educational Laboratory Instrument
  • Material MS powder coated cabinet, acrylic
  • Design Portable desktop unit; modular experiment platform
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PHOTOCONDUCTIVITY EXPERIMENT Price And Quantity

  • 1 Piece
  • 18000.00 INR/Piece
  • Table top
  • PC-01
  • Current range 0-200 A
  • Smooth variable DC supply
  • Variable intensity control
  • Indoor scientific use
  • Patch cords, experiment manual
  • Banana plug terminals
  • Fuse-protected power input
  • Investigation of photoconductivity principle in semiconductors
  • 10C to 40C

PHOTOCONDUCTIVITY EXPERIMENT Product Specifications

  • MS powder coated cabinet, acrylic
  • Digital panel meter (current display)
  • Direct AC mains
  • Photoresistor/LDR-based detection
  • Not Applicable (Direct powered)
  • 265 mm x 180 mm x 110 mm
  • High precision photo-detection measurement
  • Laboratory experiment for physics/electronics
  • Educational Laboratory Instrument
  • Tungsten lamp (included)
  • Portable desktop unit; modular experiment platform
  • Approx. 3 kg
  • 0-12V DC variable output
  • 230V AC, 50Hz
  • Table top
  • PC-01
  • Current range 0-200 A
  • Smooth variable DC supply
  • Variable intensity control
  • Indoor scientific use
  • Patch cords, experiment manual
  • Banana plug terminals
  • Fuse-protected power input
  • Investigation of photoconductivity principle in semiconductors
  • 10C to 40C

PHOTOCONDUCTIVITY EXPERIMENT Trade Information

  • 3 Days
  • All India

Product Description

APPARATUS:Lamp housing, Polarizer, Analyzer, Two Convex Lens, Photodiode, Optical Bench with fixing mounts, Power Supply for Lamp House 2 Amps,Experimental board with 2 Digital meters (20V & 200 uA), Patch cords,



Understand the Principle of Photoconductivity

With Model PC-01, users can directly investigate how semiconductor materials change their electrical conductivity under varying light conditions. Utilizing its high-precision photo-detection system, students observe and quantify these changes, gaining practical insight into a fundamental property underpinning modern electronics and optoelectronics.


Designed for Hands-On Laboratory Exploration

The PC-01 is built with a powder-coated MS cabinet and acrylic for durability and ease of use in academic environments. The device comes with everything needed for immediate experimentation, including patch cords, a comprehensive manual, and a tungsten lamp. Its compact and modular design allows for convenient desktop setup, making it suitable for physics or electronics labs in educational institutes.

FAQ's of PHOTOCONDUCTIVITY EXPERIMENT:


Q: How is the photoconductivity experiment conducted with the PC-01 model?

A: The experiment is performed by illuminating the semiconductor sample (connected to the built-in LDR detector) with the variable intensity tungsten lamp. The change in current, corresponding to the material's conductivity variation with light, is displayed on the digital panel meter. The precise control of light and voltage enables comprehensive observation of photoconductivity principles.

Q: What accessories are included with the PHOTOCONDUCTIVITY EXPERIMENT PC-01?

A: The unit is supplied with patch cords for electrical connections, an experiment manual with step-by-step instructions, and a built-in tungsten lamp as the illuminant. These accessories ensure users have all necessary components for smooth setup and operation.

Q: When and where is the PC-01 photoconductivity experiment best used?

A: This device is designed for indoor scientific use, making it ideal for educational institutions, university laboratories, and research centers focusing on physics or electronics education. Best operated within a 10C to 40C temperature range, it is perfect for scheduled practical or demonstration sessions.

Q: What is the process for measuring photoconductivity with this unit?

A: Connect the sample and detector as instructed, adjust the light intensity using the control knob, and apply the desired voltage via the smooth variable DC power supply. The current generated (up to 200 A) is measured digitally, allowing for precise correlation between light intensity and photoconductivity in the sample.

Q: What benefits does the PC-01 offer for laboratory instruction?

A: The PC-01 enables hands-on exploration of semiconductor photoconductivity with high measurement accuracy. Its modular, portable platform simplifies demonstrations and student-led investigations, while digital readout and professional-grade construction ensure reliable, repeatable results, enriching the educational experience.

Q: How does the device ensure safe operation during experiments?

A: The PC-01 is equipped with a fuse-protected power input, ensuring safe electrical operation. Its banana plug terminals provide secure connections, and the durable, powder-coated cabinet offers both user and equipment protection during regular laboratory use.

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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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  • Mr Manish Aggarwal (Proprietor)
  • Mobile :+919416040200, +919416070580
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