Work Function of Diode (Richardson Law (AE 209)

Work Function of Diode (Richardson Law (AE 209)

Product Details:

  • Voltage 0-25V variable
  • Display Analog
  • Power 230V AC, 50Hz
  • Usage Laboratory
  • Product Type Physics Laboratory Equipment
  • Material Metal Body with Powder Coating
  • Design Table Model
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Work Function of Diode (Richardson Law (AE 209) Price And Quantity

  • 1 , , Unit
  • To determine work function of material using Richardson Law
  • AE 209
  • Usually Tungsten or Equivalent
  • Overload protection provided
  • 0-50mA
  • 0-25V
  • 0-1A
  • 0-6V
  • Indoor/Laboratory
  • Diode Tube, Power Cord, Instruction Manual
  • Measurement of cathode current as a function of temperature

Work Function of Diode (Richardson Law (AE 209) Product Specifications

  • 230V AC, 50Hz
  • 1% of reading
  • Laboratory
  • Vacuum Diode
  • Heated Filament
  • Analog
  • Table Model
  • 225 x 175 x 175 mm
  • Electric
  • 0-25V variable
  • Physics Laboratory Equipment
  • Metal Body with Powder Coating
  • Approx. 3 kg
  • To determine work function of material using Richardson Law
  • AE 209
  • Usually Tungsten or Equivalent
  • Overload protection provided
  • 0-50mA
  • 0-25V
  • 0-1A
  • 0-6V
  • Indoor/Laboratory
  • Diode Tube, Power Cord, Instruction Manual
  • Measurement of cathode current as a function of temperature

Work Function of Diode (Richardson Law (AE 209) Trade Information

  • 5 , , Unit Per Week
  • 4-5 Days
  • Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia
  • All India

Product Description

 

Work Function of Diode (Richardson Law (AE 209) 

 

Objective :To draw the graphs between heater current vs heater resistance, Anode voltage vs anode current.

Features :Instrument comprises of DC Regulated power supply of 0-6 V & 0-300 V. Two volt meters & two current meters are mounted on the front panel. Valve diagram is printed on the panel & connection are brought out on sockets/terminals.



Reliable Measurement of Work Function

This apparatus precisely measures the work function of materials by analyzing the cathode current as temperature changes, in accordance with Richardson Law. Using a vacuum diode with a tungsten or equivalent filament, the system ensures reproducible results, ideal for research and education. The provided accessories, such as a diode tube and analog meters, make it convenient to begin experiments immediately.


User-Centric Design and Safety

Housed in a durable, powder-coated casing, this table-model instrument offers overload protection, enhancing laboratory safety. Its accessible controls and clear analog readouts enable users to perform experiments efficiently. The equipments moderate size and approximate 3 kg weight make it portable for laboratory benches or storage.

FAQs of Work Function of Diode (Richardson Law (AE 209):


Q: How does the AE 209 apparatus determine the work function of a material?

A: The AE 209 uses the Richardson Law, measuring the cathode current as a function of temperature from a heated vacuum diode. By analyzing this data, the work function of the filament material (usually tungsten) is calculated, following established physical principles.

Q: What accessories are included with the Work Function of Diode apparatus?

A: The apparatus comes with a vacuum diode tube, power cord, and an instruction manual, providing everything necessary to start experiments right away.

Q: When should the equipment be used for optimal performance?

A: The AE 209 is designed for use in controlled indoor laboratory environments. Stability in temperature and power supply is essential for precise and reproducible measurements.

Q: Where can this apparatus be implemented?

A: This model is suited for physics laboratories in universities, research centers, and technical institutes across India, supporting both instructional and experimental needs.

Q: What is the process for conducting an experiment with this device?

A: Begin by connecting the included diode tube and setting the required heater voltage between 0-6V. Measure the cathode current as the temperature varies, using the analog ammeter and milliammeter. Data points are then analyzed according to Richardson Law to calculate the work function.

Q: What benefits does the AE 209 offer for work function experiments?

A: The AE 209 provides high accuracy, user safety with overload protection, immediate usability with comprehensive accessories, and clear analog displays, ensuring reliable and efficient laboratory operations.

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