ジーデバイス Product Lineup

The "Catch Sensor" operates by the movement of a conductive ball within a case, enabling ON/OFF actions through electrical output. It detects slight external stresses and sensitive movements by utilizing the spherical shape of the conductive ball, triggering operation. The sensor requires very little power, allowing for miniaturization and implementation on printed circuit boards, eliminating the need for harnesses. This is the operational and environmental performance of the Catch Sensor, which is used for tilt and vibration sensing. 【Features】 ■ Conductive ball contact method ■ Suitable for board mounting ■ Automatic return to horizontal position ■ Freely designed tilt angle ■ Use of environmentally friendly materials throughout For more details, please refer to the catalog or feel free to contact us.

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G Device Inc. has successfully developed a 3-axis micro-vibration sensor utilizing new manufacturing technology. This product applies Japan's expertise in ultra-fine precision mold technology to its internal structure, while its external structure incorporates laminated ceramics, significantly enhancing its reliability and performance. It is a groundbreaking ball contact-type vibration sensor. 【Features】 - The sensor requires almost no power supply - Ideal for battery saving in mobile devices and active tags when not in use - Ultra-compact - Compliant with RoHS For more details, please contact us or download the catalog.

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A mechanical sensor that activates when a ball is inside the mortar and the angle exceeds a certain incline, and chatters (pulses: ON/OFF repetition) during vibration.

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A gold-plated ball between electrode A and electrode B turns ON when a predetermined tilt is applied in any one direction and turns OFF when it returns to a horizontal position, functioning as a one-direction tilt detection sensor.

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A gold-plated ball between electrode A and electrode B turns ON when a predetermined arbitrary angle of inclination is applied, and turns OFF when it returns to a horizontal position. It is an inclination and vibration sensor approximately φ5.3 mm x 5.5 mm.

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A ball is inside the mortar, and it turns ON when the inclination exceeds the angle of the mortar, and it chatters during vibration as an inclination sensor.

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Electrode A and Electrode B are always in contact through a ball, symmetrically mounted from the center on both sides of the electrodes. When stationary, it provides a continuous signal, and during vibration, it experiences chattering (pulses: ON/OFF repetition) as a mechanical omnidirectional static motion detection sensor.

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A gold-plated ball between electrode A and electrode B turns OFF when a predetermined arbitrary angle of inclination is applied, and turns ON when it returns to a horizontal position. It is a cylindrical sensor with a diameter of approximately φ5.3 mm x 5.3 mm, capable of detecting inclination and vibration in two directions along one axis.

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