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Supplier: OMEGA Engineering, Inc.
Description: OMEGA's model ACC104A laboratory accelerometer is ideal for use where accurate structural testing is required. The ACC104A is lightweight, very small and is recommended for applications where low accelerometer weight is critical. It has a 10 mV/g output which can measure vibrations up
- Acceleration: 10000 g
- Device Type: Sensor / Transducer
- Features: Battery Powered
- Frequency Range: 1 to 10000 Hz
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Supplier: Rieker, Inc.
Description: The B1, B2, and B3 sensors are capacitive spring mass accelerometers with integrated sensor electronics. Requiring very low power consumption these are characterized by a high degree of longterm stability. Resonant peaks are minimised by means of a special gas-dynamic
- Acceleration: -50 to 50 g
- Device Type: Sensor / Transducer
- Frequency Range: 0.0 to 550 Hz
- Number of Axes: Single Axis, Biaxial, Triaxial
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Supplier: Kistler Group
Description: The sensing element contained within this shock accelerometer series features a unique, shear mode, four quartz crystal configuration combined with an annular pre-load sleeve and seismic mass. The element design provides a high 100 kHz resonance frequency ensuring accurate measurement
- Acceleration: 5000 to 100000 g
- Device Type: Sensor / Transducer
- Frequency Range: 0.5000 to 10000 Hz
- Maximum Shock: 50000 to 120000 g
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Supplier: Kistler Group
Description: The sensing element contained within this shock accelerometer series features a unique, shear mode four quartz crystal configuration combined with an annular preload sleeve and seismic mass. The element design provides over 100 kHz resonance frequency ensuring accurate measurement
- Acceleration: 5000 to 50000 g
- Device Type: Sensor / Transducer
- Frequency Range: 1 to 10000 Hz
- Maximum Shock: 50000 to 100000 g
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Supplier: Kistler Group
Description: . The ceramic sensing element components have been carefully designed to provide a high level of performance and low mass. Kistler’s shear technology ensures high immunity to base strain, thermal transients and transverse accelerations. Other features include extended high frequency
- Acceleration: 100 to 500 g
- Device Type: Sensor / Transducer
- Features: Integrated Electronics Piezo Electric (IEPE)
- Frequency Range: 1 to 10000 Hz
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Supplier: Kistler Group
Description: welded titanium construction for low mass and hermeticity and an industry standard 4 pin connector, as well as a miniature 4 pin connector for lower mass. The aluminum anodized base provides ground isolation from mounting surfaces. Type 8764B... has a center hole mounting permitting
- Acceleration: 50 to 2000 g
- Device Type: Sensor / Transducer
- Features: Integrated Electronics Piezo Electric (IEPE)
- Frequency Range: 0.3000 to 15000 Hz
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Supplier: Columbia Research Labs, Inc.
Description: The Model 6063 and 6065 Piezoelectric Accelerometers are excellent choices for generalpurpose shock and vibration measurement work, where small size and low mass, permits their use on small, lightweight specimens. They are designed for the measurement of wideband, moderate to
- Acceleration: 1000 g
- Device Type: Sensor / Transducer
- Features: Sealed
- Frequency Range: 2 to 10000 Hz
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Supplier: Columbia Research Labs, Inc.
Description: The Model 6063 and 6065 Piezoelectric Accelerometers are excellent choices for generalpurpose shock and vibration measurement work, where small size and low mass, permits their use on small, lightweight specimens. They are designed for the measurement of wideband, moderate to
- Acceleration: 1000 g
- Device Type: Sensor / Transducer
- Features: Sealed
- Frequency Range: 2 to 10000 Hz
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Supplier: Columbia Research Labs, Inc.
Description: The Model 6061 and 6062 Piezoelectric Accelerometers are ideal for vibration work with the advantage of small size and lightweight to minimize mass loading effects. They are designed for the measurement of wideband, moderate to high-level shock and vibration. The units
- Acceleration: 1000 g
- Device Type: Sensor / Transducer
- Frequency Range: 2 to 10000 Hz
- Maximum Shock: 5000 g
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Supplier: Columbia Research Labs, Inc.
Description: The Model 6061 and 6062 Piezoelectric Accelerometers are ideal for vibration work with the advantage of small size and lightweight to minimize mass loading effects. They are designed for the measurement of wideband, moderate to high-level shock and vibration. The units
- Acceleration: 7.5 to 12.5 g
- Device Type: Sensor / Transducer
- Frequency Range: 2 to 5000 Hz
- Maximum Shock: 2000 g
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Supplier: Sherborne Sensors
Description: The A600 range of Solid State Accelerometers measure vector acceleration with high accuracy using a micromachined (MEMS) silicon sensor incorporating an air damping feature. Unlike fluid damped devices the air damping employed is essentially independent of temperature. The
- Acceleration: -20 to 20 g
- Device Type: Sensor / Transducer
- Frequency Range: 0.0 to 600 Hz
- Maximum Shock: 200 g
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Supplier: Silicon Designs, Inc.
Description: The 2225 is a low-mass, low-power module, electrically and mechanically compatible with fixtures and equipment designed for industry-standard quartz accelerometers and intended for use in inertial and tilt applications requiring zero to medium frequency response excellent long-term
- Acceleration: 2 to 50 g
- Device Type: Sensor / Transducer, Other
- Features: Sealed
- Maximum Shock: Up to 5000 g
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Supplier: Silicon Designs, Inc.
Description: The 2227 is a low-mass, low-power module, electrically and mechanically compatible with fixtures and equipment designed for industry-standard quartz accelerometers and intended for use in inertial and tilt applications requiring zero to medium frequency response excellent long-term
- Acceleration: 10 to 50 g
- Device Type: Sensor / Transducer, Other
- Features: Sealed
- Frequency Range: 0.0 to 4200 Hz
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Supplier: Sherborne Sensors
Description: The Sherborne Sensors' A200 range of Servo Accelerometers measure vector acceleration with high accuracy using a closed loop force balance torquer mechanism. A pendulous mass develops a torque proportional to the product of its mass unbalance and the applied
- Acceleration: -20 to 20 g
- Device Type: Sensor / Transducer
- Frequency Range: 90 to 150 Hz
- Maximum Shock: 100 g
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Description: This product is for a variety of packaging materials, PC boards,electrical products as well as the simulated transport vibrationtest of the packaged products, to assess the degree of vibration-resistance .... simulate the transport process Caused damage because of the
- Application: Accelerometer Calibration, Mechanical Impedance Measurements, Product Qualification / Testing, Reliability / Durability Testing, R&D / Product Design Verification, Seismic Simulation, Semiconductors / Electronics Screening, Structural Fatigue Testing, Transportation / Aerospace Simulation
- Displacement: 0.9843 inch
- Frequency Range: 3 to 5 Hz
- Technology: Mechanical, Electrodynamic
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Description: transportation vibration tester is used to test the anti-vibration capabilities of large pieces of furniture, household appliances, office furniture and other large objects, as well as the simulated transport vibration test of the packaged products, to assess the degree
- Application: Accelerometer Calibration, Mechanical Impedance Measurements, Product Qualification / Testing, Reliability / Durability Testing, R&D / Product Design Verification, Seismic Simulation, Semiconductors / Electronics Screening, Structural Fatigue Testing, Transportation / Aerospace Simulation
- Displacement: 0.9843 inch
- Frequency Range: 3 to 5 Hz
- Technology: Mechanical, Electrodynamic
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Description: Lays down detailed specifications for the instrumentation and procedure to be used for resonance frequency testing. It is a very limited method applicable exclusively to undamped accelerometers, mainly of the piezoelectric type, having a mass of less than 30 g. Is
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Supplier: Memsense, LLC
Description: highest performance and robust operation. The gyro bias stability of 1 degree per hour and accelerometer bias stability of 15 micro g supply ample inertial performance to support a range of applications from UAS navigation and control to pipeline inspection. User
- Acceleration: -10 to 10 g
- Device Type: Sensor / Transducer, Transmitter
- Minimum Accuracy: 0.3000 +/-% FS
- Number of Axes: Triaxial
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Description: This product is for a variety of packaging materials, PC boards,electrical products .as well as the simulated transport vibrationtest of the packaged products, to assess the degree of vibration-resistance .... simulate the transport process Caused damage because of the
- Application: Accelerometer Calibration, Mechanical Impedance Measurements, Product Qualification / Testing, Reliability / Durability Testing, R&D / Product Design Verification, Seismic Simulation, Semiconductors / Electronics Screening, Structural Fatigue Testing, Transportation / Aerospace Simulation
- Displacement: 0.9843 inch
- Frequency Range: 3 to 5 Hz
- Technology: Mechanical, Electrodynamic
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Description: Transportation Simulator/Vibration Tester is applied to test the vibration-resistance of packed Toys, electronics, furniture, gift, ceramics,equipment,e tc.,under simulated transport conditions, according to American and EU transport standard (ASTM,ISTA)
- Application: Accelerometer Calibration, Mechanical Impedance Measurements, Product Qualification / Testing, Reliability / Durability Testing, R&D / Product Design Verification, Seismic Simulation, Semiconductors / Electronics Screening, Structural Fatigue Testing, Transportation / Aerospace Simulation
- Displacement: 0.9843 inch
- Frequency Range: 3 to 5 Hz
- Technology: Mechanical, Electrodynamic
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Description: force-rebalance accelerometers (pendulous or translational proof mass), vibrating beam accelerometers (VBAs), and micromechanical accelerometers that range from lesser accuracy to high accuracy devices.
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Description: should not) violate (or interfere with) the agreement between customers and suppliers in terms of a new model or parameters for business. NOTE 1: This standard, although directed toward semiconductor accelerometers, may be applied in whole or in part to any mass produced type
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Supplier: SAE International
Description: Dynamic vehicle loads play critical roles for automotive controls including battery management, transmission shift scheduling, distance-to-empty predictions, and various active safety systems. Accurate real-time estimation of vehicle loads such as those due to vehicle mass and road
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Supplier: CSA Group
Description: should not) violate (or interfere with) the agreement between customers and suppliers in terms of a new model or parameters for business. NOTE 1: This standard, although directed toward semiconductor accelerometers, may be applied in whole or in part to any mass produced type
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Supplier: CSA Group
Description: for mechanical mounting of accelerometer stated in ISO 5348 are fulfilled and that the mass of the reference shock ball exceeds at least three times the mass of the accelerometer under test. Phase response of the accelerometer under test
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Supplier: SAE International
Description: the turbocharger, in order to reproduce the conditions and cycles similar to the operation of the turbocharger in an IC engine (pressures, temperatures, mass flows, accelerations, etc..). Thermodynamic variables and mechanic variables measured in the tests help to identify some
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Supplier: SAE International
Description: installed in a Golf VI Variant. Two inertia-mass actuators (shakers) and two accelerometers are attached to the engine mounts. Nine frequency components are targeted in the reduction and excellent results are achieved in vehicle driving tests for constant and time-varying engine
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Supplier: SAE International
Description: vehicle parameter estimator is critical for implementation of an adaptive vehicle controller. While vehicle mass estimation has been successfully demonstrated, rolling resistance and aerodynamic drag estimation has not been fully explored yet. This paper examines this problem using
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Supplier: CSA Group
Description: intended generally to be applied to a servo-type accelerometer with/without a velocity output, which usually has a mass position output in the category of a wide-band seismometer with a bandwidth from 0,003 Hz to 100 Hz. The method specified enables the user to obtain static
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Supplier: ASTM International
Description: 1.1 This test method covers determination of the dynamic elastic properties of isotropic and near isotropic carbon and graphite materials at ambient temperatures. Specimens of these materials possess specific mechanical resonant frequencies that are determined by the elastic
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Supplier: ASTM International
Description: 1.1 This test method covers determination of the dynamic elastic properties of isotropic and near isotropic carbon and graphite materials at ambient temperatures. Specimens of these materials possess specific mechanical resonant frequencies that are determined by the elastic
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Supplier: ASTM International
Description: 1.1 This test method covers determination of the dynamic elastic properties of advanced ceramics at ambient temperatures. Specimens of these materials possess specific mechanical resonant frequencies that are determined by the elastic modulus, mass, and geometry of
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Supplier: ASTM International
Description: 1.1 This test method covers determination of the dynamic elastic properties of advanced ceramics at ambient temperatures. Specimens of these materials possess specific mechanical resonant frequencies that are determined by the elastic modulus, mass, and geometry of
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Miniature IEPE Triaxial Piezoelectric Accelerometer for Space Applications
There is a growing need for space-rated, high performance accelerometers with small physical dimensions, light weight, and low outgassing characteristics that has been unmet by the vibration sensor community until now. This paper describes the some of the important aspects of sensor design when
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Low Outgassing Accelerometers and Cables for Thermal Vacuum and Vibration Test Environments
Exposure to the high vacuum level of a space environment induces material outgassing in ordinary accelerometers and cables. Any substance subjected to a vacuum has the potential to release trapped gasses. Contaminants from outgassing can condense onto nearby surfaces such as photo-optic devices
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Acceleration measurement optimization: Mounting considerations and sensor mass effect
unwanted results. In the second part of this paper, there will be an exploration into the results of poorly mounted accelerometers; then a look in more detail at what the mass loading effect and stiffness are and how these can drastically change the measurement results.
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Force Balance Sensor Technology
The servo force balance accelerometer offers significant performance and accuracy advantages. This fact is evident by their extensive use in applications requiring 0.1% or better overall accuracy. Unlike conventional accelerometers, the servo type contains a freely suspended mass constrained
More Information Top
Indicates content that may require registration and/or purchase.
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Microsystems and Nanotechnology
The detection circuits are identical for both the full proof mass and half proof mass accelerometers .
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Handbook of Noise and Vibration Control Complete Document
The situation is similar for vibration measurements made with seismic mass accelerometers .
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Implementation of a Monolithic Single Proof-Mass Tri-Axis Accelerometer Using CMOS-MEMS Technique
Multiproof- mass accelerometers have the advantages of less crosstalk between sensing axes and relatively easier to design; however, a larger chip size is required.
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Special Topics in Structural Dynamics, Volume 6
Cubic mass Accelerometer .
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Modelling and Control of Mini-Flying Machines
A spring- mass accelerometer has been attached to a table which is ex- hibiting vibration.
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Strapdown Inertial Navigation Technology
Many mechanical devices commonly used in present day inertial navigation systems for the measurement of specific force operate in a manner analogous to the simple spring and mass accelerometer described above.
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Electrostatic accelerometers for the equivalence principle test in space
As shown in figure 7 for the Pt test- mass accelerometer , the evaluated resolution is better than 10−14 m s−2 Hz−1/2 for frequencies < 2 × 10−3 Hz.
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https://dspace.lib.cranfield.ac.uk/bitstream/1826/8002/1/Marco_Messina_Thesis_2013.pdf
Cross-beam Single- mass Accelerometer ............................................................205 .
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Design and Implementation of a Novel CMOS-MEMS Single Proof-Mass Tri-Axis Accelerometer
The multi proof- mass accelerometer has the advantages of less cross-talk between sensing axes and relatively easier to design, however, larger chip size is required.
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Design, fabrication and testing of a high performance silicon piezoresistive Z-axis accelerometer with proof mass-edge-aligned-flexures
1994) Fabrication and characterization of a twin- mass accelerometer .