Cathode Ray Tube (Magnetic Effect Tube) Physical Electromagnetism Experiment Instrument

Magnetic field effect cathode ray tube▶Structure◀Composed of bubble shell, baffle, fluorescent board, cathode, anode, bakelite base, etc.▶Purpose◀Demonstrate the deflection of cathode rays in a magnetic field, and illustrate that a cathode ray tube is a flow of charged particles emitted from the cathode▶Product Parameters◀Material: glass, PVC, metalWeight: 0.45lb/205g▶Packing List◀1 * Magnetic field effect cathode ray tube1 * Instruction manual

• Use: Can be used to demonstrate the deflection behavior of cathode rays when exposed to a magnetic field for educational and laboratory observation purposes.
• Structure: The direct-entry magnetic effect cathode ray tube consists of a glass bulb, baffle, fluorescent screen, cathode, anode, and a bakelite base.
• Demonstration Method: During operation, the cathode emits an electron beam that forms a visible band-shaped trace on the fluorescent screen. When a transverse magnetic field is applied, the trace position changes, allowing observation of cathode ray deflection.
• Demonstration Environmental Conditions: Operating environment requirements:Relative humidity ≤ 80% Ambient temperature range: −10 °C to 40 °C
• After-Sales Service: Customer support is available to assist with product-related questions and usage guidance.