PHOTO-ELECTRIC EFFECT PHOTO CURRENT VS INTENSITY & WAVELENGTH OF LIGHT; MAX. ENERGY OF PHOTO-ELECTRONS VS FREQUENCY OF LIGHT

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PHOTO-ELECTRIC EFFECT PHOTO CURRENT VS INTENSITY & WAVELENGTH OF LIGHT; MAX. ENERGY OF PHOTO-ELECTRONS VS FREQUENCY OF LIGHT Specification

Type
Photo-Electric Effect Apparatus

Material
Powder coated metal and acrylic

Size
Standard laboratory size

Input Voltage
230V AC, 50 Hz

Color
Grey with black panel

Dimension (L*W*H)
Approx. 420 x 270 x 165 mm

Capacity
Single set up

Noise Level
Silent operation

Photocell Type
Vacuum tube (photo-emissive cell)

Adjustable Slits/Filters
Included for wavelength variation

Safety Features
Fuse protection, grounded chassis

Calibration
Factory calibrated with reference standards

Accessories
Complete with connecting leads, instruction manual, and set of variable intensity filters

External Connections
4 mm safety sockets for circuit connectivity

Measurement Functions
Photo current vs intensity, Photo current vs wavelength, Maximum energy vs frequency

Mounting
Table-top, anti-skid base

Application
Physics Laboratory, Educational Research

Light Source
Variable intensity, fixed wavelength lamp

Readout Meter
Digital micro-ammeter

Power Consumption
Less than 30 W

Shutter Mechanism
Smooth manual operation

Usage
Experimental analysis of photo-electric effect for laboratory demonstrations and investigations

About PHOTO-ELECTRIC EFFECT PHOTO CURRENT VS INTENSITY & WAVELENGTH OF LIGHT; MAX. ENERGY OF PHOTO-ELECTRONS VS FREQUENCY OF LIGHT

Trending in educational and research circles, the PHOTO-ELECTRIC EFFECT Apparatus is the Sterling choice for physics laboratories. This paragon device enables users to meticulously study the relationship between photo current, intensity, and wavelength, as well as maximum energy versus frequency. Featuring a variable intensity, fixed wavelength lamp, a robust vacuum tube photocell, and a digital micro-ammeter, this apparatus offers lofty precision and reliability. Conveniently table-mounted with anti-skid features and a powder-coated finish, it includes all essential accessories for hassle-free use. Grab this exemplary tool for contemporary experimentation!

Essential Experimental Analysis for Laboratories

Designed for ease of use, the apparatus offers straightforward direction-of-use with labeled controls and an included instruction manual. Suitable for educational institutions and research centers, it excels in demonstrating fundamental concepts of the photo-electric effect. The device is lauded for its primary competitive advantages such as digital precision, adjustable filters, and robust safety standards. Whether for academic demonstrations or in-depth investigations, this apparatus enhances real-world understanding of photo-electricity.

Availability, Shipping, and Markets Served

Sample units of this apparatus are readily available for initial evaluation and demonstration. We ensure secure packaging and careful handling during transportation, guaranteeing that shipped goods arrive in pristine condition. List price details can be provided upon request. With a trusted distribution network, we serve the main domestic market all over India and cater to significant export markets, delivering reliability and technical excellence to educational buyers around the globe.

FAQ's of PHOTO-ELECTRIC EFFECT PHOTO CURRENT VS INTENSITY & WAVELENGTH OF LIGHT; MAX. ENERGY OF PHOTO-ELECTRONS VS FREQUENCY OF LIGHT:

Q: How does the apparatus help demonstrate the photo-electric effect in a laboratory setting?

A: The device facilitates experimental analysis by allowing users to measure photo current against light intensity and wavelength, as well as photo-electron energy versus light frequency. This hands-on experience deepens the understanding of quantum phenomena in photoelectricity.

Q: What accessories are included with the apparatus upon purchase?

A: Each unit comes complete with connecting leads, an instruction manual, a set of variable intensity filters, and adjustable slits for wavelength variation, ensuring a comprehensive laboratory setup.

Q: When should calibration be checked or adjusted for optimal performance?

A: The system is factory-calibrated with reference standards and only requires calibration verification after prolonged use or if measurement inconsistencies are observed, maintaining reliable accuracy.

Q: Where can this apparatus be effectively utilized?

A: It is ideal for physics laboratories in schools, colleges, and universities, as well as research institutions focused on educational research and advanced scientific investigations.

Q: What are the primary benefits of using this photo-electric effect apparatus over alternatives?

A: The apparatus features a digital micro-ammeter for high-precision readings, robust powder-coated construction, a securely grounded chassis for safety, and user-friendly adjustable mechanisms, making it a preferred choice for quality and ease of use.

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