Описание товара

Учебный осциллограф

Experiment topics:
• Linear propagation of electrons in a zero-field space
• Deflection of electron beams in an electrical field
• Deflection of electron beams in a magnetic field
• Magnetic lens
• Phase displacement, superimposition of magnetic fields, Lissajous figures
• Determination of an electron's specific charge
• Determination of an electron's speed

Electron tube mounted on terminal base for investigating the design and operation of a cathode ray tube. The electron beam can be deflected by an electric field produced by the deflection plates integrated into the tube, and by a magnetic field from three external coils mounted on a ring. A Wehnelt cylinder is used to focus the beam. A gas filling and fluorescent screen make it possible to observe the beam in the tube. A continuously adjustable saw-tooth generator can be used to analyze and visualize time dependent processes. The device comes with a socket and printed wiring scheme.
Anode voltage:                                 200 − 350 V DC
Anode current:                                 max. 1 mA
Filament voltage:                             6 – 12 V DC
Filament current:                              0.3 A
Wehnelt voltage:                              0 – -50 V DC
Deflection plate dimensions:         approx. 12x20 mm²
Plate spacing:                                   approx. 14 mm
Electric deflection sensitivity:        0.2 mm/V
Screen diameter:                              approx. 100 mm
Tube length:                                     approx. 260 mm
Residual gas:                                   Neon
Gas pressure:                                   10-4 hPa
Sweep frequency:                           10 – 200 Hz, continuously adjustable
3 deflection coils:                             600 turns each, with a centre pickup
Weight:          approx. 1.6 kg

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