Hitech Sensors Limited
Newbie level 5
Hitech Sensors HTS-JA2 single axis quartz accelerometer has been proven by time, it features high accuracy, compact design, test cycle optional (1 month, 3 months, 6 months and 12 months), which are specially designed for inertial navigation field.
HTS-JA2 quartz accelerometer is the primary sensor used in strapdown inertial navigation systems on commercial and military aircraft. The long-term repeatability and excellent reliability characteristics of quartz accelerometer HTS-JA2 make it to be the best value inertial navigation grade accelerometer on today’ market.
The HTS-JA2 series navigation grade accelerometer with high range and high accuracy, excellent reliability and long-term repeatability.
Its output current is linearly related to the force or acceleration it receives.
Users can select appropriate sampling resistors through calculation, and achieve the highest precision output. And the temperature sensor can be built-in according to user demands, which used to compensate Bias and Scale factor and reduce the influence of ambient temperature.
Features
l Internal temperature sensor for thermal compensation (optional)
l Test cycle can be chosen (1 month, 3 months, 6 months, 12 months)
l High output range up to ±70g
l Compact size
l Low lag
l High stability
l High accuracy
l Analog output
Applications
l Attitude and Heading reference systems (AHRS)
l Inertial measurement units (IMU)
l Inertial navigation systems (INS)
l Unmanned vehicle system (UVS)
l Orientation drilling system for gas and oil industry
l Railway track system
HTS-JA2 quartz accelerometer is the primary sensor used in strapdown inertial navigation systems on commercial and military aircraft. The long-term repeatability and excellent reliability characteristics of quartz accelerometer HTS-JA2 make it to be the best value inertial navigation grade accelerometer on today’ market.
The HTS-JA2 series navigation grade accelerometer with high range and high accuracy, excellent reliability and long-term repeatability.
Its output current is linearly related to the force or acceleration it receives.
Users can select appropriate sampling resistors through calculation, and achieve the highest precision output. And the temperature sensor can be built-in according to user demands, which used to compensate Bias and Scale factor and reduce the influence of ambient temperature.
Features
l Internal temperature sensor for thermal compensation (optional)
l Test cycle can be chosen (1 month, 3 months, 6 months, 12 months)
l High output range up to ±70g
l Compact size
l Low lag
l High stability
l High accuracy
l Analog output
Applications
l Attitude and Heading reference systems (AHRS)
l Inertial measurement units (IMU)
l Inertial navigation systems (INS)
l Unmanned vehicle system (UVS)
l Orientation drilling system for gas and oil industry
l Railway track system