Showing 45 products
Accelerometer ACT-010
Model: ACT-010
ACT-010 is based on MEMS piezoresistive principle, achieving ultra-low noise and highly repeatable triaxial acceleration measurement. Internally includes a high-precision LDO voltage regulator, with 1.5kHz (50%) low-pass filter integrated in all three axes.
Accelerometer ACT-020
Model: ACT-020
ACT-020 is based on MEMS piezoresistive principle, achieving ultra-low noise and highly repeatable triaxial acceleration measurement. Internally includes a high-precision LDO voltage regulator, with 1.5kHz (50%) low-pass filter in all three axes. Equipped with high-performance wear-resistant connector.
Accelerometer ACT-040
Model: ACT-040
ACT-040 is based on MEMS piezoresistive principle, achieving ultra-low noise and highly repeatable triaxial acceleration measurement. Internally includes a high-precision LDO voltage regulator, with 1.5kHz (50%) low-pass filter in all three axes. Equipped with high-performance wear-resistant connector.
Accelerometer AC-050
Model: AC-050
AC-050 is based on MEMS piezoresistive principle, achieving ultra-low noise and highly repeatable uniaxial acceleration measurement. Internally includes a high-precision LDO voltage regulator with decoupling low-pass filter. Equipped with high-performance wear-resistant connector.
Accelerometer AC-100
Model: AC-100
AC-100 is based on MEMS piezoresistive principle, achieving ultra-low noise and highly repeatable uniaxial acceleration measurement. Internally includes a high-precision LDO voltage regulator with decoupling low-pass filter.
Accelerometer AC-200
Model: AC-200
AC-200 is based on MEMS piezoresistive principle, achieving ultra-low noise and highly repeatable uniaxial acceleration measurement. Internally includes a high-precision LDO voltage regulator with decoupling low-pass filter.
Accelerometer AC-500
Model: AC-500
AC-500 is based on MEMS piezoresistive principle, achieving ultra-low noise and highly repeatable uniaxial acceleration measurement. Internally includes a high-precision LDO voltage regulator with decoupling low-pass filter.
Hydrogen Sensor H2-5C
Model: H2-5C
H2-5C is based on catalytic combustion principle for hydrogen concentration detection in air. The front-end uses MEMS micro-hotplate chip compliant with automotive standards. Stable and reliable signal achieved through temperature compensation and signal filtering amplification.
Helium Sensor He-5B
Model: He-5B
He-5B is based on gas thermal conductivity principle for helium concentration detection in air. The internal gas thermal conductivity sensor uses MEMS processing technology, leveraging thermal conductivity response differences between the measured component and reference gas.
Strain Sensor JSG-120R
Model: JSG-120R
JSG-120R is suitable for various strain measurement applications. Based on resistance strain gauge principle with full-bridge circuit design, providing stable and reliable output signals.
Displacement Sensor DSS-100
Model: DSS-100
DSS-100 string potentiometer displacement sensor, range 100mm. Features an internal adjustable potentiometer with 304 stainless steel rubber-coated wire for high durability. Output voltage maintains good linearity with displacement.
Displacement Sensor DSS-35
Model: DSS-35
DSS-35 string potentiometer displacement sensor, range 35mm. Suitable for small displacement measurement applications. Features an internal adjustable potentiometer with good linearity between output voltage and displacement.
Pressure Sensor AP200KL
Model: AP200KL
AP200KL is based on piezoresistive principle with an internal full-bridge circuit, using atmospheric pressure as zero point. Reliable precision MEMS technology ensures output signal stability and repeatability.
Pressure Sensor AP50KL
Model: AP50KL
AP50KL is based on piezoresistive principle with an internal full-bridge circuit, using atmospheric pressure as zero point. Suitable for low-pressure measurement applications.
ES2 Dummy Uniaxial Pubic Force Sensor DLC-2241
Model: DLC-2241
DLC-2241 is designed for force measurement in the pubic region of ES2 dummies, based on strain gauge principle.
ES2 Dummy Uniaxial Abdomen Force Sensor DLC-2231
Model: DLC-2231
DLC-2231 is designed for force measurement in the abdomen region of ES2 dummies, based on strain gauge principle.
H3 Dummy Uniaxial Femur Force Sensor DLC-3311
Model: DLC-3311
DLC-3311 is designed for force measurement in the femur region of H3 dummies, based on strain gauge principle.
Seatbelt Pressure Sensor SBP-20N/SBP-800N
Model: SBP-20N
Seatbelt pressure sensor based on full-bridge strain gauge principle, transferring seatbelt internal pressure to the sensor structure for electrical signal measurement. Available in 20N and 800N ranges.
Angular Rate Sensor ARS-2003
Model: ARS-2003
ARS-2003 is based on the resonator gyroscope principle for angular rate measurement. The power supply and measurement system are fully isolated, with low noise and high stability.
Force Sensor LCT-100KA
Model: LCT-100KA
LCT-100KA is suitable for 100kN range force measurement. Based on strain gauge principle with high accuracy and good stability.