Blogs
High-Speed Digitizer Advantages
GaGe is a worldwide industry leader in high speed data acquisition solutions featuring a portfolio of the highest performance digitizers, PC oscilloscope and spectrum analayzer software, powerful SDKs for custom application development, and turnkey integrated PC-based measurement systems. Some of the primary advantages of selecting GaGe digitizers for your application include: Digitizer Effective Number of Bits (ENOB) Performance GaGe high-performance digitizers are renowned for sustaining the maximum effective number of bits (ENOB) over a wide signal frequency range with quality signal conditioning and signal fidelity features. Most engineers and scientists focus on sample rate and resolution when selecting high speed [...]
Time for a New Webinar — New Virtual Product Training Coming for Our Ultra-Portable RF Recording Solutions
When it comes to using the Vitrek family of products, knowing how to properly implement and understand the data they provide is of the utmost importance. While some people have prior knowledge of our products, it’s not out of the question that you might need a refresher course or a deeper dive into what makes these products tick. Our online training webinars provide our customers with the ability to speak with our industry experts and acquire the product knowledge training they need. […]
High-Speed A/D 16-Bit 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 16,384 levels of a 14-bit resolution digitizer model, a factor of 16 over the 4,096 levels of a 12-bit resolution digitizer model, and a factor of 256 over the 256 levels of an 8-bit resolution digitizer model. GaGe 16-bit digitizers feature sampling rates at up to 1 GigaSample per second (GS/s). They are available with 2 or 4 digitizing channels, input bandwidths of up to 600 MHz, deep onboard sample memory of [...]
GaGe White Paper: ENOB: The Best Digitizer Performance Metric
Introduction Figure 1. GaGe High-Speed Digitizers including PC Oscilloscope Software, powerful SDKs for custom application development and turnkey integrated PC-based measurement systems. While the nominal vertical resolution of a high-speed waveform digitizer (specified in bits) is often promoted, its true performance is provided by its measured Dynamic Parameters and in particular by its Effective Number of Bits (ENOB). This article describes measurement of the Dynamic Parameters and presents measurements for a leading-edge GaGe 12-bit Digitizer. A widely used digitizer-like device, the Digital Storage Oscilloscope (DSO), is optimized for the visualization of unknown signals. The relatively [...]
High-Speed Digitizers
High-Speed Digitizers / Oscilloscopes GaGe high-performance digitizers are renowned for sustaining the maximum effective number of bits (ENOB) over a wide signal frequency range with quality signal conditioning and signal fidelity features. With sampling rates up to 6 GS/s and very deep onboard acquisition memory of up to 16 GB, our high-speed PCIe and PXIe digitizers provide optimal combinations of high sampling speeds with 8-bit, 12-bit, 14-bit, and 16-bit high-resolution rates with large sampling memory options and high-speed data streaming capabilities. DIGITIZER OVERVIEW View GaGe Digitizer Advantages View GaGe on Google Scholar [...]
KineticSystem
KineticSystems is a legacy product brand of Vitrek, LLC and all KineticSystems based technology has been incorporated into our current GaGe product brand providing PC-based high-speed and real-time signal acquisition, processing and recording systems. Please visit our GaGe product brand for current product solutions: High-Speed Data Acquisition & Signal Recording Systems View Products For legacy KineticSystems product support, please submit a request through our GaGe Technical Support Request for assistance: GaGe Technical Support Request
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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 [...]