A large number of examples demonstrating the characteristics of tuning forks!
This document is a report on the tuning fork characteristic experiments conducted using the optical heterodyne displacement meter "HV400" for tuning fork vibration measurements. Through this experiment, it is shown that the tuning fork does not vibrate in a single mode but rather exhibits complex vibrations that are superimposed. It reveals that there are vibrations containing multiple low-frequency components, rather than just the harmonic (high-frequency side) components explained by modes. Additionally, numerous examples demonstrating tuning fork characteristics are included. [Contents] ■ HV400 Tuning Fork Vibration Measurement (Part 1) ■ HV400 Tuning Fork Vibration Measurement (Part 2) ■ HV400 Tuning Fork Vibration Measurement (Part 4) ■ FFT Analysis of HV400 Tuning Fork Vibration Measurement (Part 1) ■ FFT Analysis of HV400 Tuning Fork Vibration Measurement (Part 2) *For more details, please refer to the catalog or feel free to contact us.
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【Device Used】 ■ Optical Heterodyne Displacement Meter HV400 *For more details, please refer to the catalog or feel free to contact us.
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For more details, please refer to the catalog or feel free to contact us.
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We have established 'High-precision measurement of physical quantities using light' as our management policy. Optical measurement technology has become an indispensable element of modern cutting-edge technology. We are confident that the demand for high-precision measurement will grow stronger with the advancement of science. By combining high-precision measurement with the excellent properties of light—non-invasive, non-intrusive, non-contact, and high-precision—we can expect further technological innovation. It may not be suitable for measuring mass-produced items, nor for online measurements. However, we are committed to making it useful for cutting-edge industries that require high-precision measurement of physical quantities.