Franck-Hertz Argon Tube Experiment Set

Franck-Hertz Apparatus is designed for college-level experiments to demonstrate the existence of quantized energy states. The use of an Argon tube eliminates the need for tube heating, allowing the experiment to be performed in less time compared to a Mercury-filled tube.

Experimental data can be recorded manually or directed to an oscilloscope or computer for display and observation.

Physics Lab Experiments Setup from Atico Exports.

Voltage Supplied to Franck-Hertz Tube :

UG1K :

• 1.3 to 5 V

UG2A Rejecting Voltage :

• 1.3 to 15 V

UG2K Point-Measure Observation :

• 0 to 100 V

Sawtooth Wave on Oscilloscope :

• 0 to 50 V

UH Filament Voltage :

• AC: 3 V, 3.5 V, 4 V, 4.5 V, 5 V, 5.5 V, and 6.3 V

Sawtooth Wave Parameters :

Scanning Voltage :

• 0 to 50 V

Scanning Frequency :

• 115 to 20 Hz

Voltage Amplitude of Scanning Output :

• 1 V

Low-Current Measuring Range :

• 10⁻⁶ to 10⁻⁹ A
• 4 Steps

Technical Specifications :

Phase :

• Single Phase

Packaging Type :

• Corrugated Box

Type :

• Analog

Usage / Application :

• Laboratory

Operating Conditions :

Ambient Temperature :

• -10 to 40°C

Relative Humidity :

• 85% at 40°C

Operating Power :

• AC 110 V ±10 V, 60 Hz

Preheating Time :

• 2 Minutes

Continuous Operating Time :

• 8 Hours

Rated Input Power :

• 15 W

Dimensions (L × W × H) :

• 40 × 23 × 13 cm

Included Components :

• Franck-Hertz Apparatus
• Argon Tube
• Oscilloscope Connecting Wires
• Quantity: 3
• Operating Instruction Manual