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Supplier: Hottinger Brüel & Kjær A/S
Description: connector, and easy mounting via two 4-40 screws. The Dytran series 7600 accelerometer uses the same power supply as piezoresistive and strain gage sensors, allowing them to operate as stand-alone differential output accelerometers or in place of piezoresistive
- Acceleration: 25 g
- Frequency Range: 0 to 900 Hz
- Operating Temperature: -40 to 248 F
- Features: Linear Accelerometer, Other
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Supplier: Hottinger Brüel & Kjær A/S
Description: radial connector and 1/4-28 stud mounting capabilities. The Dytran series 7603 accelerometer utilizes the same power supply as piezoresistive and strain gage sensors, operating VDC power at ±3 to ±11V, allowing them to operate as stand-alone differential output
- Acceleration: 50 g
- Frequency Range: 0 to 1,200 Hz
- Operating Temperature: -67 to 257 F
- Features: Linear Accelerometer, Other
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Supplier: PCB Piezotronics, Inc.
Description: Shock accelerometer, 60 kg, MEMS sensor installed in chip carrier (SMT)
- Acceleration: 60,000 g
- Maximum Shock: 100,000 g
- Operating Temperature: -65 to 250 F
- Sensor Technology: MEMS, Piezoresistive
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Supplier: PCB Piezotronics, Inc.
Description: Shock accelerometer, 20 kg, MEMS sensor installed in chip carrier (SMT)
- Acceleration: 20,000 g
- Maximum Shock: 60,000 g
- Operating Temperature: -65 to 250 F
- Sensor Technology: MEMS, Piezoresistive
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Supplier: Sherborne Sensors
Description: The A545 range of multi-axis accelerometers measure vector acceleration in two or three mutually perpendicular planes with high accuracy and incorporate piezo-resistive strain gauge bridge sensors incorporating air damping. Unlike fluid damped devices, the gas damping employed in the
- Acceleration: -100 to 100 g
- Frequency Range: 0 to 2,400 Hz
- Operating Temperature: -40 to 221 F
- Sensor Outputs: Acceleration
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Supplier: MonoDAQ
Description: High performance IEPE accelerometers are the basis for high quality vibration measurement with MonoDAQ 1xACC amplifiers. DJB A/123 is a miniature IEPE accelerometer available in three versions with different sensitivity. Specifications Voltage sensitivity (+-10%): 5 mV/g | 10 mV/g |
- Frequency Range: 1 to 12,000 Hz
- Minimum Accuracy: 5 +/-% FS
- Maximum Vibration: 1,000 g
- Operating Temperature: -58 to 365 F
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Supplier: Sherborne Sensors
Description: The A545 range of multi-axis accelerometers measure vector acceleration in two or three mutually perpendicular planes with high accuracy and incorporate piezo-resistive strain gauge bridge sensors incorporating air damping. Unlike fluid damped devices, the gas damping employed in the
- Acceleration: -500 to 500 g
- Frequency Range: 0 to 2,400 Hz
- Operating Temperature: -40 to 221 F
- Sensor Outputs: Acceleration
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Supplier: MonoDAQ
Description: High performance IEPE accelerometers are the basis for high quality vibration measurement with MonoDAQ 1xACC amplifiers. DJB A/120 is a general purpose IEPE accelerometer available in two versions with different sensitivity. Specifications Voltage sensitivity (+-10%): 10 mV/g | 100
- Frequency Range: 1 to 9,000 Hz
- Minimum Accuracy: 5 +/-% FS
- Maximum Vibration: 1,000 g
- Operating Temperature: -58 to 365 F
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Supplier: enDAQ Vibration Solutions
Description: The S4-R500D40 is a shock recorder with a high performance piezoresistive accelerometer, a secondary capacitive accelerometer and other environmental sensors. This model is most popular for shock testing. Its aluminum enclosure improves reliability in harsh environments
- Maximum Acceleration / Shock: 40 to 500 g
- Frequency Range: 4,000 to 20,000 Hz
- Maximum Shock: 3,000 g
- Operating Temperature: 14 to 176 F
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Supplier: enDAQ Vibration Solutions
Description: The W8-R100D40 is a shock recorder with a high-performance piezoresistive accelerometer, a secondary capacitive accelerometer and other environmental sensors. It uploads directly to the enDAQ cloud over WiFi after completing a recording yet this wireless connectivity can
- Acceleration: 40 to 100 g
- Frequency Range: 4,000 to 20,000 Hz
- Maximum Shock: 3,000 g
- Operating Temperature: -40 to 176 F
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Supplier: Instrumented Sensor Technology
Description: accelerometers. The PANTHER model EDR-4M4 accelerometer logger and shock & vibration data recorder is supplied with three external differential input channels only and no internal accelerometers. The EDR-4M4 accelerometer logger and shock & vibration data recorder may be
- Inputs: Accelerometer Input
- Data Acquisition: Datalogger / Recorder
- Application: General Lab and Industrial, Vehicular
- User Interface: None
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Supplier: Instrumented Sensor Technology
Description: and shock. The new generation devices offer several improved capabilities over the standard Snap Shock accelerometer model. In addition to measuring peak-g shock levels with a built-in accelerometer sensor, the SSP also measures and records shock duration and velocity change
- Inputs: Accelerometer Input
- Data Acquisition: Datalogger / Recorder
- Application: General Lab and Industrial, Vehicular
- User Interface: None
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Supplier: Instrumented Sensor Technology
Description: power consumption. Acceleration recording can be configured for the internal tri-axial accelerometer channels and/or up to 3 optional external accelerometer inputs. External Accelerometers The optional external accelerometer input channels are designed for use with "low
- Shock Rating: 500 g
- Inputs: Accelerometer Input
- Data Acquisition: Datalogger / Recorder
- Application: General Lab and Industrial, Vehicular
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Supplier: Instrumented Sensor Technology
Description: supplied with a specially designed and calibrated built-in triaxial accelerometer, and built-in triaxial angular rate sensor. The internal accelerometers and rate sensors are piezoresistive devices, offering superior low frequency response characteristics and
- Inputs: Accelerometer Input
- Data Acquisition: Datalogger / Recorder
- Application: General Lab and Industrial, Vehicular
- User Interface: None
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Supplier: DigiKey
Description: Accelerometer X, Y, Z Axis ±2g, 4g, 8g 25Hz ~ 200Hz 16-LGA (3x3)
- Acceleration: 2 to 8 g
- Frequency Range: 25 to 200 Hz
- Operating Temperature: -40 to 185 F
- Sensor Outputs: Acceleration
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Supplier: Silicon Designs, Inc.
Description: The Model 1531 is an industrial-grade surface mount MEMS DC accelerometer that is specifically designed for use in higher-temperature applications. Its performance specifications are virtually identical to those of the SDI Model 1521, yet with the further incorporation of higher-temperature
- Acceleration: 5 to 400 g
- Frequency Range: 0 to 2,000 Hz
- Maximum Shock: 2,000 to 5,000 g
- Operating Temperature: -67 to 347 F
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Supplier: Tronics Microsystems
Description: AXO305 redefines navigation accuracy with its exceptional stability and repeatability, directly challenging the performance of traditional quartz accelerometers. This single-axis, closed-loop digital MEMS accelerometer, boasting a ±5 g input range, delivers unparalleled 1-year
- Acceleration: 5 g
- Frequency Range: 120 Hz
- Maximum Shock: 50 g
- Maximum Vibration: 4.12 g
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Supplier: Silicon Designs, Inc.
Description: The SDI Model 2290 Single-Axis MEMS DC Precision Reference Calibration Accelerometer offers a precise, reliable, and accurate means of determining the sensitivity and frequency response characteristics of unknown MEMS DC accelerometers during end-to-end calibrations and related
- Acceleration: 5 to 50 g
- Frequency Range: 0 to 1,800 Hz
- Maximum Shock: 2,000 to 5,000 g
- Operating Temperature: -67 to 257 F
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Supplier: Tronics Microsystems
Description: AXO314 redefines precision inertial sensing, delivering exceptional stability and repeatability for navigation systems operating under severe vibration conditions. This digital MEMS accelerometer, with a ±14 g input range, offers performance comparable to traditional quartz
- Acceleration: 14 g
- Frequency Range: 300 Hz
- Maximum Shock: 50 g
- Maximum Vibration: 4.12 g
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Supplier: Silicon Designs, Inc.
Description: SDI's 1-axis Model 2012 and 3-axis Model 2422 MEMS DC Test & Measurement Accelerometer Modules are designed for applications in which the power supply may be limited, or if only a steady +5V DC excitation is available or preferred.
- Acceleration: 2 to 400 g
- Frequency Range: 0 to 4,200 Hz
- Maximum Shock: 2,000 to 5,000 g
- Operating Temperature: -67 to 257 F
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Supplier: Marposs Corp
Description: MODULAR, GEMAMS or GEMVM. The piezo sensors VA-1 and VA-2 are suitable for monitoring of one axis. The piezo sensor VA-3D measures the accelerations of up to three axes. The VA-3D MEMS sensor can measure up to three axes and is preferably used in combination with the GEMAMS
- Measurement Axes: Biaxial, Single Axis, Triaxial
- Sensor Technology: MEMS, Piezoelectric
- Device Category: Sensor / Transducer
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Supplier: Tronics Microsystems
Description: AXO315 redefines precision navigation in extreme environments. This single-axis, closed-loop digital MEMS accelerometer delivers exceptional stability and repeatability, crucial for accurate navigation under severe temperature fluctuations and intense vibrations. Offering a ±14 g input range,
- Acceleration: 14 g
- Frequency Range: 300 Hz
- Maximum Shock: 50 g
- Maximum Vibration: 4.12 g
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Supplier: Silicon Designs, Inc.
Description: SDI's Premium Models 2470 and 2476 High-Performance Three-Axis MEMS DC Accelerometers are rugged plug-and-play measurement devices that provide enhanced performance over temperature for use in zero to medium frequency applications experiencing large or rapid temperature variations or
- Acceleration: 2 to 400 g
- Frequency Range: 0 to 4,200 Hz
- Maximum Shock: 2,000 to 5,000 g
- Operating Temperature: -67 to 257 F
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Supplier: Columbia Research Labs, Inc.
Description: The Models 378 and 378-HT Piezoelectric Accelerometers are designed for prolonged use in adverse industrial environments of shock, vibration, temperature, humidity and excessive oil. The high charge sensitivity of 1,000 pC/g and high mounted resonance of 10K Hz provide a wide dynamic range
- Acceleration: 1,000 g
- Frequency Range: 1 to 2,000 Hz
- Minimum Accuracy: 5 +/-% FS
- Maximum Shock: 1,000 g
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Supplier: DynaTronic Corporation
Description: DynaTronic Corporation was formed by an innovative and professional team, who are dedicating to vibration test and measurement fields. DynaTronic Corporation provides leading edge instrumentation for vibration testing and measurement, e.g., VENZO 800 vibration controller can provide you with the
- Acceleration: 2,000 g
- Frequency Range: 1 to 7,000 Hz
- Operating Temperature: -40 to 302 F
- Sensor Outputs: Acceleration
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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 damping in
- Acceleration: -10 to 10 g
- Frequency Range: 0 to 350 Hz
- Operating Temperature: -40 to 185 F
- Sensor Outputs: Acceleration
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Supplier: DynaTronic Corporation
Description: DynaTronic Corporation was formed by an innovative and professional team, who are dedicating to vibration test and measurement fields. DynaTronic Corporation provides leading edge instrumentation for vibration testing and measurement, e.g., VENZO 800 vibration controller can provide you with the
- Acceleration: 10,000 g
- Frequency Range: 1 to 15,000 Hz
- Operating Temperature: -40 to 302 F
- Sensor Outputs: Acceleration
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Supplier: Rieker, Inc.
Description: The BDK Series are dynamic accelerometers that measure vibration and acceleration of any object over a wide frequency range without the influence of gravity. All models are supplied with a ratiometric type analog output. Features Single Supply Input Very Low Power Consumption Hysteresis Free
- Acceleration: -10 to 10 g
- Frequency Range: 1 to 800 Hz
- Maximum Shock: 10,000 g
- Operating Temperature: -40 to 185 F
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Supplier: Columbia Research Labs, Inc.
Description: The Models 8301 and 8302 Piezoelectric Accelerometers are completely self-contained vibration measuring systems having a built-in amplifier within the housing. These units are offered in a range of sensitivities for the measurement of low to medium level broadband frequency vibrations. The
- Acceleration: 500 g
- Frequency Range: 2 to 7,000 Hz
- Minimum Accuracy: 5 +/-% FS
- Maximum Shock: 5,000 g
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Supplier: Kistler Group
Description: Small, light weight accelerometer for measuring impulse and high impact shock. • High impedance charge mode • Wide measuring range • Stable quartz element • Lightweight, miniature package
- Acceleration: -20,000 to 30,000 g
- Frequency Range: 0 to 8,000 Hz
- Maximum Shock: 30,000 g
- Operating Temperature: -319 to 392 F
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Supplier: DynaTronic Corporation
Description: DynaTronic Corporation was formed by an innovative and professional team, who are dedicating to vibration test and measurement fields. DynaTronic Corporation provides leading edge instrumentation for vibration testing and measurement, e.g., VENZO 800 vibration controller can provide you with the
- Acceleration: 100 g
- Frequency Range: 0.5 to 8,000 Hz
- Operating Temperature: -40 to 249.8 F
- Sensor Outputs: Acceleration
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Supplier: Setra Systems
Description: A highly accurate accelerometer that can maintain a stable output even under the most extreme vibration and temperature conditions. Along with its ability to withstand extreme vibration without damage, the Model 141 can sense accelerations ranging from static acceleration up to 3000 Hz.
- Acceleration: -600 to 600 g
- Frequency Range: 200 to 3,000 Hz
- Minimum Accuracy: -1 to 1 +/-% FS
- Operating Temperature: -65 to 220 F
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Supplier: Columbia Research Labs, Inc.
Description: vibration. The sensors incorporate an inverted shear crystal-mass assembly within a stainless steel body to provide reliable sensors that are insensitive to environmental inputs such as base bending and thermal transients. Signal ground is connected to the outer case of the units.
- Acceleration: 1,000 g
- Frequency Range: 2 to 10,000 Hz
- Minimum Accuracy: 5 +/-% FS
- Maximum Shock: 5,000 g
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Featured Products Top
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Measuring just 8.5 mm x 11.1 mm, the MIS-2500 series is one of the most compact piezoresistive pressure sensors available. The (read more)
Browse Pressure Sensors Datasheets for Angst+Pfister Sensors and Power -
quartz accelerometers and FOG gyros. They significantly demonstrate excellent performances under severe temperature and vibrations conditions at a fraction of their size, weight, and power consumption. To optimize the UAV's payload, Tronics' high-performance MEMS inertial sensors are packed (read more)
Browse Accelerometers Datasheets for Tronics Microsystems -
excellent stability and repeatability for precise train localization and GNSS-assisted navigation. Our sensors are low-SWaP and performance-equivalent alternatives to analog quartz accelerometers and FOG. Perfect candidate for integration into IMU/INS for train positioning and navigation. Contact our team to learn more! (read more)
Browse Accelerometers Datasheets for Tronics Microsystems -
, ensuring the borehole trajectory follows the predetermined path while providing real-time data to surface operators. MWD tools are built around directional modules that embed precision sensors able to determine inclination and azimuth with a high level of accuracy, even in extreme temperature and (read more)
Browse Accelerometers Datasheets for Tronics Microsystems -
Our silicon differential pressure sensors are based on a piezoresistive silicon sensor element. A filling oil transfers the pressure from a stainless steel membrane to a resistance measuring bridge. The differential pressure-dependent change of the bridge output voltage is measured and further (read more)
Browse Pressure Sensors Datasheets for Endress + Hauser – Sensors & Components -
gauges or piezoresistive pressure sensors, capacitive ceramic pressure sensors from the Ceracore family from Endress+Hauser offer following advantages: Exceptional resistence to environmental influences Keep Reading (read more)
Browse Pressure Sensors Datasheets for Endress + Hauser – Sensors & Components -
The AL4 pressure sensor is a digital output low pressure sensor. It is composed of a silicon piezoresistive pressure sensing chip and a signal conditioning integrated circuit (read more)
Browse Pressure Sensors Datasheets for Angst+Pfister Sensors and Power -
The ME600 are monolithic gauge ceramic pressure sensors using piezoresistive technology. The Wheatstone bridge is screen printed directly on one side of the ceramic diaphragm (read more)
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ME900 are ready-to-use monolithic pressure transducers made with a 9 mm diameter ceramic cell mounted in a dedicated housing. This groundbreaking sensor uses the piezoresistive (read more)
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The AD3 board-level differential pressure sensor is comprised of a silicon piezo-resistive pressure sensing chip and a sensor signal conditioning integrated circuit. This sensor can (read more)
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Conduct Research Top
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Development of a Damped Piezoresistive MEMS High Shock Sensor
Piezoresistive (PR) silicon accelerometers with micro-electromechanical systems (MEMS) technology are preferred in many high shock impact measurements. These devices exploit the strength of single crystal silicon (SCS) along with the minimal zero shifting associated with PR sensors. However
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Introduction to VC MEMS Accelerometers
This paper will discuss variable capacitance (VC) accelerometers utilizing MEMS technology. It will review design parameters that enable these sensors to perform reliably in harsh test environments. Then, it will compare VC MEMS sensors to piezoelectric sensors to piezoresistive sensors. Finally
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How High in Frequency Are Accelerometer Measurements Meaningful
Almost all piezoelectric accelerometers in the current market place. have a fundamental sensor resonance below 100 KHz. In 1983. Endevco Corporation designed a series of MEMS (Micro Electro-. Mechanical Systems) accelerometers [1]. These silicon-based. piezoresistive accelerometers enabled sensor
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Field Evaluations of a Damped MEMS Shock Sensor
Results from pyrotechnic, penetration and metal-to-metal impact field evaluations are presented which prove the performance of a new piezoresistive (PR) shock accelerometer. The microelectromechanical systems (MEMS) sensor incorporates sufficient squeeze-film damping to reduce resonant
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Survey of Intelligent Control Techniques for Humanoid Robots
New sensors ( piezoresistive accelerom- eters and two solid-state rate gyroscopes) are mounted on the new UNH biped (Figure 1).
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Intelligent control of humanoid robots using neural networks
New sensors ( piezoresistive accelerometers and two solid-state rate gyroscopes) are mounted on the new UNH biped.
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Micromachined high-g accelerometers: a review
… Barlian A A, Woo-T P, Mallon J R, Rastegar A J and Pruitt B L 2009 Review: semiconductor piezoresistance for microsystems Proc. IEEE 97 513 [4] Ning Y, Loke Y and Mckinnon G 1995 Fabrication and characterization of high-g force, silicon piezoresistive accelerometers Sensors Actuators A 48 55 …
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http://dspace.mit.edu/bitstream/handle/1721.1/86477/46863618-MIT.pdf?sequence=2
Diagram of Endevco piezoresistive accelerometer sensor .
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A high-performance micromachined piezoresistive accelerometer with axially stressed tiny beams
… Devices 26 1911 [2] Yazdi N, Ayazi F and Najafi K 1998 Micromachined inertial sensors Proc. IEEE 86 1640 [3] Shen S, Chen J and Bao M 1992 Analysis on twin-mass structure for a piezoresistive accelerometer Sensors Actuators A 34 101 …
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Design, modeling and FEM-based simulations of a 1-DoF MEMS bulk micromachined piezoresistive accelerometer
Detailed mathematical modeling and design analysis of the quad-beam 1-DoF piezoresistive accelerometer sen- sor , to be fabricated by bulk micromachining technique, have been discussed.
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SPICE compatible behavioural modelling of resistive sensors
[7] Ning Y, Loke Y and Mckinnon G 1995 Fabrication and characterization of high G-force, silicon piezoresistive accelerometers Sensors Actuators A 48 55–61 [8] Pancewicz T, Jachowicz R, Gniazdowoski Z, Azgin Z and Kowalski P 1999 The empirical verification of FEM …
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Improving sensitivity of piezoresistive microcantilever biosensors using stress concentration region designs
12 655 [4] Atwell A R, Okojie R S, Kornegay K T, Roberson S L and Beliveau A 2003 Simulation, fabrication, and testing of bulk micromachined 6H-SiC high-g piezoresistive accelerometers Sensors Actuators A 104 11–18 [5] Brugger J, Despont M …
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The dynamic response of electrostatically driven resonators under mechanical shock
… Recording Conf. pp WE-P-18-01–02 [20] Atwell A R, Okojie R S, Kornegay K T, Roberson S L and Beliveau A 2003 Simulation, fabrication and testing of bulk micromachined 6H-SiC high-g piezoresistive accelerometers Sensors Actuators A 104 11–8 …
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Characterization of the performance of capacitive switches activated by mechanical shock
37 336–42 [18] Atwell A R et al 2003 Simulation, fabrication and testing of bulk micromachined 6H-SiC high-g piezoresistive accelerometers Sensors Actuators A 104 11–8 [19] Tanner D M, Walraven J A, Helgesen K, Irwin L W, Smith N F …