圧電デバイスの製品一覧
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超音波で液体中の気体有無を検知。φ10mm・H10mmの小型サイズ。有色チューブや不透明な液体にも対応
- 圧電デバイス
- 超音波発振器
- センサ
P35ピエゾデフレクター、43mrad偏向トラベルPiezo Steering Mirror with 43mrad tilt
- 圧電デバイス
Application of Piezo Technology in Interferometry
Interferometry technology is a measurement technology based on the principle of light wave interference. In the field of modern precision measurement, many measurement tasks are achieved by interference. For the solution of many measurement problems, optical interferometry is currently the only feasible method. Compared with the general optical imaging measurement technology, interferometry has the characteristics of large range, high sensitivity and high precision.
最大260umの移動、最大50000Nの遮断力を備えたピエゾアクチュエータpiezo actuator,260um,50000N
- 圧電デバイス
Application of Piezo Technology in Interferometry
Interferometry technology is a measurement technology based on the principle of light wave interference. In the field of modern precision measurement, many measurement tasks are achieved by interference. For the solution of many measurement problems, optical interferometry is currently the only feasible method. Compared with the general optical imaging measurement technology, interferometry has the characteristics of large range, high sensitivity and high precision.
低電圧または高電圧駆動のピエゾスタック、正方形、リング、灰色、緑色、黒色など piezo stack
- 圧電デバイス
Application of Piezo Technology in Interferometry
Interferometry technology is a measurement technology based on the principle of light wave interference. In the field of modern precision measurement, many measurement tasks are achieved by interference. For the solution of many measurement problems, optical interferometry is currently the only feasible method. Compared with the general optical imaging measurement technology, interferometry has the characteristics of large range, high sensitivity and high precision.