Modulator - Import export

various RECOVIB® devices (Tiny, Feel & Monitor), to visualize recorded data and to convert them to various data formats (txt, wav, MATLAB, LabVIEW, HDF5 etc.). The free Recovib.Suite is composed of 5 application modules The Recovib.Tiny Module allows the user to set up the Recovib.Tiny vibration recorder (i.e. to define the recording period) and to download the recorded data to the host PC. The Recovib.Feel Module allows the user to visualize and record signals acquired with the Recovib.Feel USB vibration sensor connected to the host PC. The Recovib.Monitor Module allows the user to visualize and record signals acquired with Recovib.Monitor acquisition systems connected to the host PC. The Recovib.Converter Module allows the user to export the data recorded by the Recovib devices in various data formats (txt, wav, MATLAB, LabVIEW, HDF5 etc.). The Recovib.Viewer Module allows the user to replay the data recorded by the Recovib devices.

WIT24REAO1 and WIT24REAO1I convert data from a WIT24TRACM module into an analogue output. o Voltage and current output o Up to 2000 updates / s o High accuracy o High resolution o Industrial (WIT24REAO1I) and desktop (WIT24REAO1) versions available

One or two infeeds, with on or three phases; redundant after changing the plug-in module's direction of connection. With measurement option in conjunction with the CMC III system. The modular system facilitates basic configuration of the racks, thanks to a vertical support rail with single-/3-phase infeed. The various socket modules to supply the active components may be snap-fitted into the support rail. This can even be done whilst the system is operational, because the support section is shock hazard-protected. DK PSM busbar, 7-way, 3~, 16 A, Infeed: 1, For H: 2000 mm

Width: 6 m Length: 12 m 4 separations Sanitary: 2 + 3 WC , 10 water points 2 modular constructions with separations 1 office modular construction 3 A/C 2600 W 4 additional offices 4 additionnals wardrobes 6 tables , 1.6 X 0.8 m 14 chairs 1 Kitchen without freezer

LTCC (Low Temperature Co-fired Ceramic) is a multilayer capable substrate technology offering excellent RF and microwave performance characteristics. Thanks to its low sintering temperature (around 900°C) allows it to co-fire with highly conductive metals such as silver and gold. It is sometimes referred to as “glass ceramics” because glass is mixed in its main raw material, alumina. Elite Advanced Technologies is one of the few LTCC specialists globally that is producing its own green tape (base material low temperature co-fired ceramics). LTCC is best suited for applications that can take advantage of one or more of the following: Good electrical performance Dimensional and electrical stability under temperature, moisture and mechanical stress 3D capability curved, cavities, channels Effective thermal management with metal loaded vias (>100 W/MK) Hermeticity Matched TCE with semiconductors (Thermal Coefficient of Expansion) Multiple assembly and packaging solutions

Actran VibroAcoustics A complete, robust, reliable, productive and high performing vibro-acoustic CAE module Actran VibroAcoustics is the most complete vibro-acoustic simulation software currently available on the market. Built on top of Actran Acoustics and relying on Free Field Technologies’ powerful finite and infinite element library, Actran VibroAcoustics provides a rich library of elements, materials, boundary conditions, solution schemes and solvers and is used by the most demanding engineers, researchers and teachers to solve challenging vibro-acoustics design problems. To build the structural model in Actran you can rely on its rich material library. Indeed, Actran features not only conventional materials for acoustic or visco-elastic media but also more specific models for porous or incompressible media, composite materials or active components (including piezo-electric ceramics). All material types can be combined in a single model to achieve the most realistic results. A modal basis may also be imported from most structural FEA codes and be used as a representation of the structural model. Your vibro-acoustic model may be submitted to the most realistic working conditions by combining acoustic, dynamic and kinematic boundary conditions, as well as more physical excitations like diffuse sound field and turbulent boundary layer. Actran AeroAcoustics and VibroAcoustics can be combined: modeling complex aero-vibro-acoustics problems has now become reality! The available solution schemes include coupled or uncoupled models in physical and modal coordinates, in frequency or time domain. The very efficient linear equation solvers and the parallel processing capabilities make Actran the solution of choice for solving industrial-size problems in design optimization processes. Target Applications: Automotive: noise related problems from powertrains, intakes, exhausts, passenger compartment, trim, seats, hoses, tires, windows and windshields, audio, HVAC. Aerospace: sound transmission through cockpit and fuselage, noise propagation in air distribution system, response to TBL excitation, random dynamic response of rocket payload at take-off. Consumer goods: telephones, headsets, loudspeakers, hearing aid devices, disk drives, washing machines, refrigerators, cameras. Defense: underwater acoustics, sonars.