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Supplier: SPIE
Description: Proceedings of SPIE Volume 8066 Editor(s): Ulrich Schmid ; Jos Luis Snchez-Rojas ; Monika Leester-Schaedel Date Published: 3 May 2011
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Supplier: SPIE
Description: Proceedings of SPIE Volume 6589 Editor(s): Thomas Becker ; Carles Can ; N. Scott Barker Date Published: 9 May 2007
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Supplier: SPIE
Description: Proceedings of SPIE Volume 7362 Editor(s): Ulrich Schmid Date Published: 18 May 2009
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Supplier: SPIE
Description: Proceedings of SPIE Volume 8763 Editor(s): Ulrich Schmid ; Jos Luis Snchez de Rojas Aldavero ; Monika Leester-Schaedel Date Published: 31 May 2013
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Supplier: SAE International
Description: combination can be used to minimize driving voltage of MEMS switches; however, it has to be avoided in the case of MEMS resonators to prevent the failure of the device.
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Supplier: COMSOL, Inc.
Description: are typical issues in the design of resonators, sensors, actuators, piezoelectric, and microfluidics systems. The MEMS Module solves problems that couple structural mechanics, microfluidics, and electromagnetics. These physics can be solved individually, or in any arbitrary
- Operating System: Chrome, Linux, MAC, Windows
- Software Type / Category: Computer-aided Design/Manufacturing (CAD/CAM)
- Use: Professional
- Source Code: Proprietary
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Supplier: SPIE - Education
Description: micro structures as well as the mechanical design of some common actuators (Comb drive actuator, thermal actuator, etc.) to be able to understand and appreciate the compatibility and contradictions faced when performing such designs. The course will be suitable for a beginner
- Type: Course
- Technology / Subject Expertise: Electronics, Photonics / Optics
- Delivery: On-site / In Plant
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Supplier: GIMATIC S.r.l.
Description: The shock sensors are devices that change the outlet status of their circuit when shocks or vibrations are sensed. They are normally used to prevent breaking of mechanical actuators (linear and rotating). Using the MEMS (Micro Electro Mechanical System) technology, these sensors can
- Frequency Range: 100 Hz
- Maximum Shock: 35 g
- Operating Temperature: 14 to 158 F
- Measurement Axes: Biaxial
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Description: IEC 62047-5:2011 describes terminology, definition, symbols, test methods that can be used to evaluate and determine the essential ratings and characteristic parameters of RF MEMS switches. The statements made in this standardization are also applicable to RF (Radio Frequency) MEMS
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Supplier: CSA Group
Description: IEC 62047-5:2011 describes terminology, definition, symbols, test methods that can be used to evaluate and determine the essential ratings and characteristic parameters of RF MEMS switches. The statements made in this standardization are also applicable to RF (Radio Frequency) MEMS
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Supplier: CSA Group
Description: IEC 62047-30:2017(E) specifies measuring methods of electro-mechanical conversion characteristics of piezoelectric thin film used for micro sensors and micro actuators, and its reporting schema to determine the characteristic parameters for consumer, industry or any other applications of
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Description: IEC 62047-30:2017(E) specifies measuring methods of electro-mechanical conversion characteristics of piezoelectric thin film used for micro sensors and micro actuators, and its reporting schema to determine the characteristic parameters for consumer, industry or any other applications of
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Description: IEC 62047-42:2022 specifies measuring methods of electro-mechanical conversion characteristics of piezoelectric thin film on microcantilever, which is typical structure of actual micro sensors and micro actuators. In order to obtain actual and precise piezoelectric coefficient of the
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Description: IEC 62047-36:2019 (E) specifies test methods for evaluating the durability of MEMS piezoelectric thin film materials under the environmental stress of temperature and humidity and under electrical stress, and test conditions for appropriate quality assessment. Specifically, this document
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Supplier: Honeywell Sensing & IoT
Description: The Transportation Attitude Reference System (TARS-IMU) is a packaged sensor array designed to report vehicle angular rate, acceleration, and attitude data for demanding applications in industries such as heavy-duty, off-highway transportation. The TARS-IMU enables autonomous vehicle
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Supplier: Honeywell Sensing & IoT
Description: The Transportation Attitude Reference System (TARS-IMU) is a packaged sensor array designed to report vehicle angular rate, acceleration, and attitude data for demanding applications in industries such as heavy-duty, off-highway transportation. The TARS-IMU enables autonomous vehicle
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Supplier: Knowles
Description: High frequency functionality Wide range of applications Micro-sized sensing and actuation Derived from our industry-leading MEMS silicon surface mount microphone technology, our new ultrasonic sensor designs function on a high frequency band. Sensor designs are possible across a wide spectrum
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Supplier: Electron Energy Corporation
Description: are scaled down to meet exact specifications.A Microelectromechanical system (MEMS) is a term for the technology found in very small or microscopic devices such as actuators, motors, sensors, and gyroscopes. The moving parts of MEMS are very small, ranging in size from 0.001 to
- Industrial Magnets: Magnetic Assembly, Rare-Earth Magnet
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Description: and the integration of interdisciplinary scientific mechatronics community. The topics of the Conference include: - Design, construction, modeling, simulation and control of mechatronics systems - Mechatronics measurement systems and sensors - Actuators and servo-systems - Unconventional
- Industry: Automation and Robotics, Biotechnology, Electronics and Semiconductor, Networking and Computing
- Type: Conference
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Supplier: Vaisala
Description: For life science and high technology cleanroom applications A high performance instrument designed primarily for life science and high technology cleanroom applications, the PDT102 features a robust MEMS silicon sensor technology that provides superior accuracy, sensitivity, stability and
- Working Pressure Range: 0.725184196785985 psi
- Vacuum Range: 0.37503187770975455 torr
- Accuracy: 0.25 ±% FS
- Operating Temperature: -20.2 to 158 F
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Description: microgenerators • polyvinylidene fluoride (PVDF) nanoscale/microscale fiber • piezo-micro-generators Presents innovative technologies including LTCC (low temperature co-fire ceramic) processes, and PCB (printed circuit board) processes Uses an interdisciplinary approach crossing MEMS/NEMS
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Supplier: ASME Standards and Certification
Description: Micro and Nano Manufacturing (MNM) technologies that enable applications in micro- and nano-fluidics, quantum devices, micro-optics, sensors and actuators, industrial photonics, lab-on-a-chip devices, power generation and energy storage devices, mould interconnect devices, packaging of
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Supplier: ASME
Description: Micro and Nano Manufacturing (MNM) technologies that enable applications in micro- and nano-fluidics, quantum devices, micro-optics, sensors and actuators, industrial photonics, lab-on-a-chip devices, power generation and energy storage devices, mould interconnect devices, packaging of
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accommodate customer cables and tubing. Alone or coupled with ETEL’s force controlled short stroke actuators and AccurET controllers, the RTMB+ is the perfect solution for applications in back-end semiconductor manufacturing, electronics, automation, or printing, such as (read more)
Browse Rotary Indexing Tables Datasheets for ETEL S.A.
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Using MEMS to Control Blending at AstraZeneca
) to name a few. MEMS is an expansion of the tools and manufacturing methods existing in the microelectronics industry and, unlike typical integrated circuits, these devices will have some non-electronic function as well such as sensing, communication or actuation. MEMS application to spectroscopy means
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Why is MEMS the Preferred Technology for High Shock Measurement?
fall and accelerated drop machine carriages, gas. actuated horizontal actuators, rail road coupling tests, and more could. now be quantified at levels to multiple thousands of Gs. However,. piezoelectric accelerometers were subsequently observed to "zeroshift". (Figure 1) at high stress levels
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Rapid Microbiological Methods for a New Generation
, and the future is now. MEMS integrate mechanical, electrical, fluidic and optical elements, sensors, and actuators on a common silicon substrate, using microfabrication technology. Use of MEMS is growing the fastest in drug discovery and delivery. However, many
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Targeted Vertical Cross-Sectional Imaging with Handheld Near-Infrared Dual Axes Confocal Fluorescence Endomicroscope
to that used by pathologists. The scan head is 10 mm in outer diameter (OD), and integrates a one dimensional (1-D) microelectromechanical systems (MEMS) X-axis scanner and a bulky lead zirconate titanate (PZT) based Z-axis actuator. The microscope images in a raster-scanning pattern with a +-6
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MSilica Nanoparticles Treated by Cold Atmospheric-Pressure Plasmas Improve the Dielectric Performance of Organic-Inorganic Nanocomposites
a strong effect on mixing. 4.2 Experimental results. We considered the performance of the cDEP micromixer. devices in Fig. 1 under variations in the applied voltage,. actuation frequency, and pressure-driven fluid flow rate. We. monitored this performance through optical observation of. fluorescent
More Information Top
Indicates content that may require registration and/or purchase.
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MEMS/NEMS
Precision positioning techniques for MEMS actuators and their application .
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Encyclopedia of Nanotechnology
Basic MEMS Actuators .
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Microsystems and Nanotechnology
In MEMS physical sensors, a certain physical parameter of the ambient environment can affect characteristics of the micromechanical transducer in such a manner that this change can be measured using electronic, optical, or other means; MEMS actuators do the exact opposite.
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MEMS Materials and Processes Handbook
Similar to other MEMS transduction techniques, flexural leverage has also been implemented to produce larger displacements in piezoelectric MEMS actuators .
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Springer Handbook of Nanotechnology
Solid State Sens. Ac- tuators, Technical Digest (Springer, Berlin 2001) pp. 1368–1389 11.107 J.M. Zara, S.W. Smith: Optical scanner using a MEMS actuator , Sens. Actuators A 102, 176–184 (2002) 11.108 H.S. Noh, P.J. Hesketh, G.C …
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Photonic Microsystems
… for many other classes of optical MEMS, filters can be based on amplitude or phase modulation, but here we exclusively consider phase-modulating filtersd , because they scale better to small sizes and because they are easier to tune with MEMS ac- tuators .
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Springer Handbook of Nanotechnology
51.4 Example: Characterizing an In-Plane MEMS Actuator ..
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http://dspace.mit.edu/bitstream/handle/1721.1/65998/751453815-MIT.pdf?sequence=2
Electrostatic MEMS actuators were used to modulate the optical switches.
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Springer Handbook of Nanotechnology
Yang, J. M. Yang, Y. C. Tai, C. M. Ho: Micromachined membrane particle filters, Sens. Actuators 73 (1999) 184–191 7.96 J. M. Zara, S. W. Smith: Optical scanner using a MEMS actuator , Sens. Actuators A 102 (2002) 176– 184 7.97 …
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https://uwspace.uwaterloo.ca/bitstream/handle/10012/878/mdaneshm2006.pdf?sequence=1
The idea is based on the integration of vertically actuated MEMS actuators inside 3D transmission lines such as waveguides and coaxial lines.