Versatile Wave Demonstration: Ideal for physical science classrooms, this vibration generator creates a steady supply of identical waves for studying wave formation and behavior. Transverse and Longitudinal Waves: Easily generate both transverse waves (displacement perpendicular to wave travel) and longitudinal waves (displacement …

A Vibration Generator is a dynamic device that serves as the architectural cornerstone in the orchestration of controlled mechanical oscillations. Functioning as the impetus for vibratory motion, this device finds its applications spanning a spectrum from industrial processes to scientific research and testing.

What is a vibration generator? It does what it says on the tin… it generates vibrations. It is a device to demonstrate wave function by giving mechanical oscillations when fed from an oscillator, such as a power signal generator, or a power amp and bench signal generator.

Vibration Generator can be used in any position, free standing or clamped. Recommended Function Generator: PH1296N9. The vibration generator is basically a loud speaker. A coil wound on a thin tube moves within a permanent magnetic field when current of an altering nature is applied.

The vibration generator is used to generate mechanical waves for demonstrating and studying oscillations and resonances in school education and training.

In this DIY project, you will learn how to build an affordable and versatile vibration generator using a microcontroller and other readily available parts for a fraction of the cost of school equipment.

The 3B Scientific U56001 vibration generator creates mechanical waves with a frequency up to 20kHz to demonstrate oscillation and resonance. It has a 4mm socket in the top and includes a mounting pin for attaching accessories (sold separately).

A vibration powered generator is a type of electric generator that converts the kinetic energy from vibration into electrical energy. The vibration may be from sound pressure waves or other ambient vibrations.

A vibration generator capable of a wide range of output is valuable in explaining or researching standing waves and resonance.

Maximum Peak to Peak Displacement: 7 to 8 mm at 1 Hz, decreasing with increase in frequency. Total Frequency Range: 1 to 5 kHz. Coil Impedance: 3 O at 50Hz. Vibration Generator can be used in any position, free standing or clamped. Report an issue with this product or seller.