Ultrasonic Tissue Characterization
Ultrasonic Tissue Characterization Customer Case This customer's application is Ultrasonic Tissue Characterization. Their ultrasonic sensors transmit 16 signals. The customer's requirement is to capture 512 points on the 16 channels, average them together, and then store the data in a buffer, with the system running continuously. They would like to be able to update the average buffer and recapture data as fast as possible. They would then like to log the data to disk or process the data and display an image on the screen. Since the signals coming in from their ultrasonic sensors are very weak, the customer [...]
Digitizing Ultrasonic Signals
Digitizing Ultrasonic Signals Customer Case The customer has an ultrasonic signal that he wants to digitize with either 8 or 12-bit resolution. The sampling rate required for this application is a minimum of 16 MSPS (20 MSPS is acceptable). Finally, the data must be acquired for a full 10 seconds. The data is not coming in continuously: it is arriving in bursts one millisecond apart (PRF = 1 KHz). For each trigger the customer wants to capture approximately 200 us of data. Once this data is acquired, the customer wants it saved to the hard drive as a standard [...]
GaGe by Vitrek
High-Speed Data Acquisition & Signal Recording Systems High-Speed A/D Digitizers View Products Digital Signal Processing View Products PC Oscilloscope, Spectrum Analyzer, Signal Recording Software, SDKs View Products High-Speed Signal Recording Systems View Products High-Speed Data Acquisition & Signal Recording Systems 16-Bit High-Speed A/D Digitizers GaGe 16-bit resolution digitizer models divide the input voltage range into 65,536 different digitization levels, which improves the delectability limit by a factor of 4 over the [...]
Software Development Kits
Software Development Kits Software Development Kits for CompuScope Digitizers SDKs for C/C#, LabVIEW and MATLAB C/c# sdk dATASHEET LabVIEW SDK DataSheet MATLAB SDK DataSheet GaGe provides extensive software support for custom application development with Software Development Kits (SDKs) for C/C#, Python (included in C/C# SDK), LabVIEW, and MATLAB for CompuScope digitizers. All SDKs provide several powerful programming examples illustrating the use of CompuScope digitizer hardware in different operating modes. These sample programs serve as a starting point for users to develop customized software applications optimzed for their specific application requirements. [...]
RF Signal Recording & Playback Viewer Spectrum Analyzer App
RF Signal Recording & Playback Viewer Spectrum Analyzer App SpectraScopeRT & SpectraViewRT RF Spectrum Analyzer App Request Quote View Datasheet SpectraScopeRT is a Windows based RF spectrum analyzer application that requires no programming and allows for integrated operational control of both the downconverter receiver and the digitizer for signal capture, analysis, and conduct RF real-time streaming signal recordings with live monitoring. Compatible with any tuner, downconverter, or receiver that offers an IF output or virtual receiver, this versatile RF analyzer software supports various industry applications. Analysis displays include Time Domain, [...]
IF Signal Recording & Playback Viewer Oscilloscope App
IF Signal Recording & Playback Viewer Oscilloscope App DsScope & DsScopeView Request Quote Datasheet DsScope is a Windows based PC oscilloscope application that requires no programming for digitizer operation, display acquired signal data for analysis, and conduct IF real-time streaming signal recordings to storage with live monitoring. Analysis displays include Time Domain, Frequency Spectrum, and Spectrogram. The companion DsScopeView application allows an operator to open/view and conduct playback of previous signal recordings to the display monitor for analysis, with additional display capabilities that include persistence and histogram modes. Starting at [...]
PC Oscilloscope App
PC Oscilloscope App GaGeScope PC Oscilloscope Software for CompuScope Digitizers Request Quote Data Sheet GaGeScope is a solutions oriented PC oscilloscope software package that allows users to quickly and easily control GaGe's advanced CompuScope digitizers without having to write a single line of code. Data can be displayed, analyzed, printed and saved with an easy-to-use Windows-based user interface. GaGeScope Lite is provided free of charge with any CompuScope digitizer model. Upgrade to the Standard or Professional versions of GaGeScope to gain access to more advanced features and functionalities. [...]
Arbitrary Ultrasonic Generator
Arbitrary Ultrasonic Generator Customer Case Ultrasonic generation pulses must be varied to accommodate different types of ultrasonic transducers. General-purpose highly damped contact transducers are usually excited by a wideband, spike-like pulse that is provided by many common pulser/receiver units. Lightly damped transducers, used for example in high power generation, require a narrowband tone-burst excitation from a separate generator unit. Sometimes, even the same transducer will be excited differently, for instance, to study the dispersion of a material's ultrasonic attenuation or to characterize ultrasonic transducers. In order to construct a flexible ultrasonic generation unit, engineers have excited transducers with a [...]
Pipeline Testing
Pipeline Testing Customer Case The customer wants to test pipelines for corrosion and cracks. They intend to use a small robot which they can send into the pipeline. This robot's purpose is to test the pipe by ultrasound and magnetic field for cracks, corrosion and other damage. The customer is using 2 different types of transducers, one for ultrasound and one for the magnetic field. They are sending a pulse with a magnetic field generator, capturing the received signal, rotating the transducer 1/2 degree and then sending another pulse and capturing signal again. After a complete 360 degree rotation, [...]
Plasma Coating of Airplane Parts
Plasma Coating of Airplane Parts Customer Case The customer produces plasma coating for airplane parts. They need to count the number of plasma particles on these parts so that they can adjust the plasma torch to be less or more powerful in order to obtain the required thickness of plasma coating. Using a particle detector, they are able to measure temperature, speed and quantity of particles. These parameters are used as feedback to control the plasma coating process. GaGe Case Solution The customer requires a scope card that has both high-resolution and a fast sampling rate. At the time [...]