Philip Harris Vibration Generator

HE1008450

1

Description
Specifications
  • The Vibration Generator gives mechanical oscillations when fed by signals from an oscillator/A
  • F
  • amplifier (e.g.a Power Signal Generator ‐ B8G85793)
  • The frequency response encompasses the whole of the audio spectrum and beyond
  • Electrical input is made via two 4mm sockets and the mechanical output is provided by a shaft terminating in a pair of clamping nuts
  • The locking slider feature allows the generator arm to be fixed to prevent damage
  • The Vibration Generator can be used in any position, free standing or clamped
  • Technical Specifications:Maximum peak to peak displacement: 8mm at 1Hz, decreasing with increase in frequency
  • Total frequency range: D
  • C
  • to 10kHz
  • Coil impedance: 3.5Ω at 50Hz
  • Dimensions: (W)100mm x (D)90mm x (H)95mmThe Vibration Generator can demonstrate the behaviour of the following:Transverse Waves
  • Longitudinal WavesRequires the following equipment to operate:Power Signal Generator ‐ B8G85793 (or similar).4mm Leads (2 required) ‐ B8R05705
  • A length of stringIt can alternatively be driven using a Bench Signal Generator (B8G85779) & Power Amplifier (B8R07696) in the absence of a Power Signal Generator
  • A Vibration Generator Accessory Kit is available separately (B8H30920) and also as a Vibration Generator Kit (B8R06826) which includes the Vibration Generator
  • The accessory kit contains a multitude of accessories for use with the Vibration Generator to demonstrate transverse, longitudinal, standing and 2‐Dimensional waves
Group 1 Science
Group 2 Physics
Group 3 Waves
Group 4 Observed Waves
Industry Sector Rail
Style Code HE1008450