Angular Rate Sensor

Description: The DTS Angular Rate Sensor (gyro) was introduced in late 2006 and has quickly become the industry favorite. Developed with design comment from USCAR (GM, Chrysler, Ford), Toyota, Northrup Grumman, US Airforce and other DTS clients, the DTS ARS meets and exceeds testing

• Angular / Rotary Axes: Uniaxial
• Angular Rate Range: 1500 deg/sec
• Bandwidth: 1000 Hz
• Electrical Output: Analog Voltage

Description: The DTS ARS is another intelligent design from DTS. These incredibly small and lightweight angular rate sensors are available in multiple range and bandwidth options. The next-generation DTS ARS HG features a ±50k deg/sec range and reinforced mounting points

• Angular / Rotary Axes: Uniaxial
• Angular Rate Range: 18000 deg/sec
• Bandwidth: 300 Hz
• Electrical Output: Analog Voltage

Description: The DTS ARS is another intelligent design from DTS. These incredibly small and lightweight angular rate sensors are available in multiple range and bandwidth options. The next-generation DTS ARS HG features a ±50k deg/sec range and reinforced mounting points

• Angular / Rotary Axes: Uniaxial
• Angular Rate Range: 50000 deg/sec
• Bandwidth: 2000 Hz
• Electrical Output: Analog Voltage

Description: The KG Series of angular rate sensor offers a compact and rugged solution for the motor sports and automotive testing industries. The sensors offer 1, 2 or 3 axis of measurement with integral signal conditioning to give a standard signal of 0.5 to 4.5V which is ideal for

• Angular Rate Range: 200 deg/sec
• Bandwidth: 10 Hz
• Electrical Output: Analog Voltage
• Linear Acceleration Range: 100 +/-g

Description: SAE J211 provides no definitive specification as to the appropriate procedures for filtering angular rate sensor data prior to differentiation into angular acceleration data, especially for impact data. Accordingly, a 3-2-2-2 array (nine-accelerometer- package or NAP) of

Description: Use IST's new MotionMaster ™ a portable accelerometer that’s used as an acceleration data logger that has angular rate sensors and to characterize 6DOF motion environments of amusement rides, airborne vehicles, watercraft, underwater vehicles, vehicular crashes, shipping

• Device: Recorder / Totalizer
• Features: Event Triggered
• Number of Axes: Triaxial
• Sensor Output: Acceleration

Description: triaxial angular rate of the inertia unit, by integrating the angular velocity of the object, and then with the attitude angle of the multi model data fusion, can real-time update of the horizontal azimuth output. This product is specially used for robot car, AVG vehicle azimuth

• Angular / Rotary Axes: Triaxial
• Angular Rate Range: 300 deg/sec
• Electrical Output: Pulse / Frequency
• Operating Temperature: -40 to 85 F

Description: XENSIV™ - TLE4999C4 programmable dual channel linear Hall sensor for safety critical automotive applications The Infineon TLE4999C4 provides all means that are necessary to fulfill the state-of-the-art functional safety requirements on system level. It is developed in full

• Package Type / Mounting: Other
• RoHS Compliant: Yes
• Sensor Type: Magnetic Sensor

Description: repeatability and features of the original Ultimatic™ Robotic Collision Sensor and 63% additional angular compliance to help prevent costly damage to the robot and/or tooling even when the robot is running at higher rates of speed. Pneumatic Spring Assist Collision Sensor

• Angular Compliance (+ / -): 5 to 13 degrees
• Axial Compliance: 180 to 1060 mil
• Pre-trip Compliance: Yes
• Repeatability: 0.5000 mil

Description: diverse Hall sensor elements („main” and „sub”) have internally separated signal paths within the chip. The sensor is developed in compliance to ISO 26262 (first edition 2011), supporting safety requirements on system level rated up to ASIL C. The product offers a high

• Package Type / Mounting: Other
• RoHS Compliant: Yes
• Sensor Type: Magnetic Sensor

Description: spinning-rotor gyroscopes. A test procedure for verifying that the specifications have been met is given. The standard is not intended to compete with existing standards for specific devices with highly specific models and error sources, such as spring-restrained rate gyros, but to provide a

Description: sensor elements („main” and „sub”) have internally separated signal paths within the chip. The sensor is developed in compliance to ISO 26262 (first edition 2011), supporting safety requirements on system level rated up to ASIL C. The product offers a high magnetic

• Package Type / Mounting: Surface Mount (SMD), Other
• RoHS Compliant: Yes
• Sensor Type: Magnetic Sensor

Description: provides two trip points. Optional Coolant Protection Boot (IP65-rated and made from fluoroelastomer for improved chemical resistance). Solid state switch (PNP proximity sensor). Angular Displacement ±13°

• Angular Compliance (+ / -): 13 degrees
• Axial Compliance: 340 mil
• Rotary or Torsional Compliance (+ / -): 25 degrees
• Sensing Type: Mechanical

Description: provides two trip points. Optional Coolant Protection Boot (IP65-rated and made from fluoroelastomer for improved chemical resistance). Solid state switch (PNP proximity sensor). Angular Displacement ±11°

• Angular Compliance (+ / -): 11 degrees
• Axial Compliance: 220 mil
• Rotary or Torsional Compliance (+ / -): 20 degrees
• Sensing Type: Mechanical

Description: Specification and test requirements for a non-gyroscopic inertial angular sensor which may measure angular jerk, acceleration, rate or displacement with or without response down to zero frequency. A standard specification format is provided. A compilation of recommended

Description: provides two trip points. Optional Coolant Protection Boot (IP65-rated and made from fluoroelastomer for improved chemical resistance). Angular Displacement ±13° Torsional Displacement

• Angular Compliance (+ / -): 13 degrees
• Axial Compliance: 340 mil
• Rotary or Torsional Compliance (+ / -): 25 degrees
• Sensing Type: Mechanical

Description: provides two trip points. Optional Coolant Protection Boot (IP65-rated and made from fluoroelastomer for improved chemical resistance). Angular Displacement ±10° Torsional Displacement

• Angular Compliance (+ / -): 10 degrees
• Axial Compliance: 630 mil
• Rotary or Torsional Compliance (+ / -): 20 degrees
• Sensing Type: Mechanical

Description: Teledyne DALSA's ability to deliver custom very large format devices with exceptional imaging performance makes us the supplier of choice for ultra-high resolution panchromatic imaging. With custom devices more than 16000 pixels wide, high angular response, and high dynamic range for the best

• Array Type: Linear Array
• Horizontal Pixels: 16000
• Image Sensor Type: Color

Description: This specification defines the requirements for a single-degree-of-fre edom rate-integrating gyro to be used as a sensor in systems such as an attitude control system, a gimbal platform, an angular displacement measuring system, or an angular rate measuring system.

Description: measure, monitor, record machine/equipment/st ructure angular positional status precisely and speedily. These small footprint, 2-axis and high shock resistant industrial-grade MEMS-driven inclination sensor modules effectively eliminate limitations associated with using multiple single

• Accuracy: 2.78E-4 degrees
• Tilt Angle: 0.0 to 4 degrees

Description: application engineers to continuously measure and monitor machine/equipment/st ructure angular positional status precisely and speedily. These small footprint, 2-axis and high shock resistant MEMS driven inclination sensor modules effectively eliminate limitations associated with using

• Accuracy: 0.0100 degrees
• Tilt Angle: 0.0 to 90 degrees

Description: empower application engineers to continuously measure and monitor machine/equipment/st ructure angular positional status precisely and speedily. These small footprint, 2-axis and high shock resistant MEMS driven inclination sensor modules effectively eliminate limitations associated

• Accuracy: 1.00E-3 degrees
• Tilt Angle: 0.0 to 10 degrees

Description: Design Features Continuous 360 degree rotation of azimuth and elevation including built-in slip ring High accuracy angular position and rate capability Direct-drive brushless servomotors result in zero backlash Cog-free design for outstanding velocity

Description: Design Features Continuous 360 degree rotation of azimuth and elevation including built-in slip ring High accuracy angular position and rate capability Direct-drive brushless servomotors result in zero backlash Cog-free design for outstanding velocity

Description: made in terms of angular range and connectivity,i.e. cable and connector. The PA6.6 housing is very compact in size and hascompression limiter bushings for safe installation ofthe sensor. It is compatible with oil, grease and fuelalso. Therefore it is frequently used for engine

Description: & vibration readings that empower application engineers to continuously measure and monitor machine/equipment/st ructure angular positional status precisely and speedily. These small footprint, 2-axis and high shock resistant MEMS driven inclination sensor modules effectively eliminate

• Accuracy: 0.0020 degrees
• Tilt Angle: 0.0 to 90 degrees

Description: The Inertial Sensor comprises not only the angular rate and acceleration sensors but also internal processing of all measured motions of the vehicle. The data is processed in a single control unit. Measurement of lateral, longitudinal, vertical acceleration and yaw

Description: IEEE Std 671-1985 provides specifications and test requirements for a non-gyroscopic inertial angular sensor that may measure angular jerk, acceleration, rate, or displacement with or without response down to zero frequency. A standard specification format is provided. A

Description: sensor Temperature sensor Pressure sensor Magnetometer sensor Humidity sensor Gyro/angular rate sensor

• Technology: Bluetooth

Description: Analog Devices range of single, dual and 3 axis gyroscopes measure the angular rate of an object. ADIs range of MEMS and iSensor MEMS Gyros measure the rotation of an object in degrees per second over a wide dynamic range and bandwidth. Some products also offer on chip signal

• Package Type / Mounting: Other
• Sensor Type: Acceleration Sensor

Description: Analog Devices range of single, dual and 3 axis gyroscopes measure the angular rate of an object. ADIs range of MEMS and iSensor MEMS Gyros measure the rotation of an object in degrees per second over a wide dynamic range and bandwidth. Some products also offer on chip signal

• Package Type / Mounting: Other
• Sensor Type: Acceleration Sensor

Description: Analog Devices range of single, dual and 3 axis gyroscopes measure the angular rate of an object. ADIs range of MEMS and iSensor MEMS Gyros measure the rotation of an object in degrees per second over a wide dynamic range and bandwidth. Some products also offer on chip signal

• Package Type / Mounting: Other
• Sensor Type: Acceleration Sensor

Description: Analog Devices range of single, dual and 3 axis gyroscopes measure the angular rate of an object. ADIs range of MEMS and iSensor MEMS Gyros measure the rotation of an object in degrees per second over a wide dynamic range and bandwidth. Some products also offer on chip signal

• Package Type / Mounting: Other
• Sensor Type: Acceleration Sensor

Description: Static Torque Sensors are used in applications where in-line torque measurements are required and angular motion is limited. These sensors can be mounted to a bench or integrated into a complete test rig. Equipped with male square drive for easy fitting of adaptors. Key Features

• Accuracy: 0.5000 ±% Full Scale
• Category of Device: Sensor / Transducer
• Maximum Torque: 133 to 1327 In-lbs
• Torque Sensor Type: Rotary

Description: configurable sample rates • Timestamps attached to sensor reports • AR/VR stabilization applied to rotation vectors provides visually improved angular position output • Low latency, 1kHz gyro rotation vector for AR/VR applications “Always-on” and

Description: solutions.The Inertial Measurement Unit (IMU) includes direct measurement of acceleration, angular rate, and atmospheric pressure. Sensor measurements are processed through a sophisticated estimation filter algorithm to produce high accuracy computed outputs with compensation

• Additional Outputs: Magnetic Field (Magnetometer)
• Angular Rate Range: 300 deg/sec
• Bandwidth: 160 Hz
• Electrical Output: Serial / Digital