Shear Wave
secondary wave which travels through the sub-surface of an elastic medium. Also known as: S-wave
See Also: Wave, Long-Wave IR, Lightwave, Sub-mm Wave, Microwave, Wavelet, Continuous Wave, Submillimeter Wave, Sine Wave, Millimeter Wave, Shock wave, Seismic
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Arbitrary/Function Generator,2 Ch,8-DIG ch, 150 MHz,16 bit,128Mpts/Ch,6 Vpp output, Wave Sequencing
T3AWG2152-D
Arbitrary/Function Generator,2 Ch,8-DIG ch, 150 MHz,16 bit,128Mpts/Ch,6 Vpp output, Wave Sequencing.
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Acoustic Wave Device
Murata offers high-performance acoustic wave radio frequency (RF) devices including filters, duplexers, diplexers, resonators, and frequency control devices. This allows us to provide a wide range of acoustic wave-based RF devices in a one-stop service to all RF engineers.
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Profiling Current Meter and Wave
SeaGuardII DCP Wave
The SeaGuardII DCP Wave is a 600kHz Doppler Current Profiler able to measure directional wave parameters and currents from a bottom mounted installation.The Acoustic Wave software 5759 used by the DCPS implements unique features to improve the wave measurement accuracy by optimizing the signal to noise ratio.Maximum deployment depth is 40m in normal scatter conditions. The Profiling Current Meter and Waveis available as a self-recording instrument. It can be easily integrated into a real-time system offering reliable two-way communication.
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Full Wave Recorder
I-FullWaver
The I-FullWaver systems were specifically developed for precise full waveform time domain induced polarisation, Resistivity and self-potential measurements. Each system is fully independent; incorporating its own power source, GPS module and digital memory for up to 3 months continuous recording.
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HD Arbitrary Waveform Generator,8 Ch,250 MHz,16 bit,128Mpts/Ch,6 Vpp output,AFG/AWG, Wave Sequencing
T3AWG3258
HD Arbitrary Waveform Generator,8 Ch,250 MHz,16 bit,128Mpts/Ch,6 Vpp output,AFG/AWG, Wave Sequencing.
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Bulk Acoustic Wave Technology
BAW
Macom Technology Solutions Holdings Inc.
MACOM’s BAW product portfolio is ideal for high performance Industrial, Aerospace, Defense, and Communications applications that require critical frequency filtering. Our high-performance RF filters enable our customers manage signal integrity in the 1 to 6 GHz frequency range. Bulk Acoustic Wave Resonators consist of two metal electrodes above and below a layer of a piezoelectric material. The piezoelectric material converts an electrical signal to a mechanical signal and vice versa. The metal electrodes provide the connections to/from the piezo material. The frequency at which resonance occurs depends on the thickness of the combined metal-piezo-metal stack. Advances in thin-film piezoelectric fabrication have enabled BAW resonators to meet RF filtering challenges up to 6000 MHz using standard MEMS fabrication process. High-performance BAW resonators-based RF filters are made of piezoelectric material having high Q-factor (>3000) and high coupling coefficient. Currently, no competitive technology provides the same high performance for RF filter applications when compared to BAW resonator-based RF filter up to 6000 MHz for the same size and cost.
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Medium Wave Field Strength Meter, 520 kHz to 5.1 MHz
PI 4100
The PI-4100 was designed to become the successor to the industry standard FIM- 41 and to provide the accuracy and reliability that the international engineering community, government regulators, and broadcast licensees have depended on for more than a generation.
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BUTT SHEAR
STAG 98AL
It needs a lubrication able to ensure an optimal lubricating and protective power in conditions of high temperature and friction.
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Motion Reference Units And Wave Sensors
MRU And WS
The Motion Reference Unit (MRU) product line was first released in 2004 when Inertial Labs MEMS-based sensor solutions began to compete in performance with traditional FOG units. Easy integration of the MRU product line for the end user means competitive performance at no extra cost.
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Single Photon Detector System For Near-Infrared (1.3 - 1.6 Um Wavelength) Waves With Liquid Helium (LHe) Cryostat
Insight Product Company is proud to offer Single Photon Detector System for Near-Infrared (1.3-1.6 um wavelength) with Liquid Helium (LHe) Cryostat. Insight Product Co. offers superconducting single photon detectors and ultra-low noise registration systems for the near infrared range. All systems operate in continuous mode, no gating required.
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Shear Beam LoadCells
Shear Beam LoadCells are designed for low profile scales and process applications. These loadcells should be mounted on a smooth flat surface using high strength hardend bolts. The mountaing holes are at the opposite end to where the cell is loaded. Some of the larger Shear Beam Loadcells use multiple mounting holes to allow extra bolts to hold them in place and keep them from stretching under the stress.
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Millimeter Wave Converters
ZC-Series
*variable output power*wide dynamic range*wide frequency range*highly stable measurement*convenient handling
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Wave Profiler
The Wave Profiler allows the user to measure non-directional wave parameters continuously for long periods of time with high temporal and spatial resolution in deeper water from the safety of an underwater mooring. The instrument is particularly useful for clients who need to measure long-period waves (such as rogue waves or infra-gravity waves), waves in wash and in wakes, and non-linear waves.
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2-26.5 GHz GaAs MMIC Traveling Wave Amplifier
HMMC-5026
The HMMC-5026 is a broadband GaAs MMIC traveling wave amplifier designed for moderate gain and moderate output power over the full 2-26 GHz frequency range. Typical applications of the HMMC-5026 include wideband gain blocks of communication systems and microwave instrumentation, which require a flat gains response and excellent port matches over the 2-26 GHz frequency range.
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VDI Erickson PM5B MM–Wave Power Meter with W-Band Sensor, Optional Tapers to 1.5 THz
N1913PM5B
N1913PM5B is a Virginia Diodes, Inc./Erickson PM5B calorimetric mm-wave power meter, with a W-Band sensor for power measurement over a frequency range of 75-110 GHz.
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Motion Based Waves
Accurate Motion Based wave measurements are critical in applications such as offshore wind farm development, navigation, cable laying, breakwater building, and bridge construction.Waves also result in continuous loads on marine structures, including docks, moorings, and offshore platforms.Motion Based Waves are challenging to measure. Variables to consider when collecting wave data include the depth of the measuring device, proximity to shore, wave types, and available infrastructure from which to measure.Several methods for measuring motion based waves are available, and careful selection of the best approach is needed to get the optimal result.
