Teltron Electron Diffraction Tube D

The Teltron Electron Diffraction Tube D consists of a highly evacuated electron tube that reveals the wave nature of electrons. This is due to observing interference created when electrons pass through a polycrystalline graphite lattice - otherwise known as a Debye-Scherrer diffraction. This interference is made visible by using a fluorescent screen.

The diffraction tube is also appropriate for confirming de Broglie's hypothesis and for examining the wavelength through diffraction rings and the lattice plane of a graphite, demonstrating the function of the anode voltage.

Features of the Teltron Electron Diffraction Tube D

• Highly evacuated electron tube
• Demonstrates wave nature of electrons
• Made visible with a fluorescent screen
• Determines the function of the anode voltage
• Confirms de Broglie's hypothesis
• Straightforward and easy to use
• Visible results

Technical Specifications of the Teltron Electron Diffraction Tube D

• Maximum filament voltage: 6.3V AC
• Maximum anode voltage: 5kV
• Anode current: 0.1mA at 4kV
• Lattice constant graphite: d₁₀ = 0.213nm, d₁₁  = 0.123nm

Required Equipment with the Teltron Electron Diffraction Tube D

• Tube Holder D
• Set of leads for Electron Tube Experiments
• High Voltage Power Supply, 5kV (230V, 50/60Hz) OR High Voltage Power Supply  5kV (115V, 50/60Hz)

Compatible Equipment with the Teltron Electron Diffraction Tube D

• Three-Pole Protective Adaptor

Delivery Information

The Teltron Electron Diffraction Tube D is usually delivered within 3 to 5 working days of ordering via UPS courier.

If you would like up to the minute delivery and tracking information for your order, please contact the Lab World Customer Care Team by telephone on 020 7501 1105 or by email using the form below. We look forward to helping you with your enquiry.