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Digital direct output by frequency counting
The ultra-compact displacement sensor DS2001 emits energy from the sensor head and generates interactions with conductive materials such as metals. It detects this interaction and outputs a digital signal. It can also be used with non-magnetic metals.
Thin displacement sensor using a planar coil.
The dimensions are 24mm x 16mm, making it a compact type, and it is equipped with connectors for external terminals. The sensor is easy to secure.
Adjusted the mirror alignment within 50 nanometers. Adopted for the largest optical infrared telescope in East Asia, the Kyoto University 3.8m telescope!
The "JSD Ultra-Compact Displacement Sensor" is a product designed to suppress fluctuations caused by temperature changes, with the sensor implemented in ultra-low expansion clear ceramic glass. It has been adopted for the Kyoto University 3.8m New Technology Telescope Project. A total of 144 sensors are used to adjust the displacement of the 18 segmented mirrors of this telescope to within 50 nanometers (where a nanometer is one billionth of a meter). 【Features】 ■ Suppresses fluctuations due to temperature changes ■ Implemented in ultra-low expansion clear ceramic glass ■ Expected to advance the understanding of explosive phenomena known as gamma-ray bursts *For more details, please refer to the PDF document or feel free to contact us.
Thin displacement sensor using a planar coil.
The dimensions are a compact type measuring 10mm x 10mm, with a thin design based on a 0.5mm thick substrate (FR4). It is suitable for installation in tight spaces.
New lineup of ultra-compact displacement sensor DS2001 series.
The wireless displacement sensor (DS-1ch-WL) is a new addition to the ultra-compact displacement sensor DS2001 series.
