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GaGe Whitepaper: Use of a PC-Based Digitizer in a Medical Acoustic Microscopy System

Use of a PC-Based Digitzer in a Medical Acoustic Microscopy System By Andrew Dawson, Ph. D-GaGe (a Vitrek brand) Introduction ABSTRACT: Construction of a medical acoustic microscopy system is discussed with focus upon usage of a PC-based high-performance GaGe RazorMax digitizer. Three main aspects of the RazorMax’s operation are addressed: usage of Dynamic Range Expansion (DRE) to maximize the detectability of small ultrasonic echoes, high-speed PCI Express Data Streaming for the fastest scanning speed and usage of GaGe’s Trigger Out signal for efficient and synchronous ultrasonic triggering. Conventional ultrasonic imaging [...]

By |October 17th, 2023|Categories: Brand-GaGe, Knowledge Center-GaGe, News-GaGe, Whitepapers-GaGe|Comments Off on GaGe Whitepaper: Use of a PC-Based Digitizer in a Medical Acoustic Microscopy System

GaGe Whitepaper: Ground-Breaking Lightning Study Uses GaGe Razor Express High-Speed Digitizer

Ground-Breaking Lightning Study Uses GaGe Razor Express High-Speed Digitizer By Gerald Allgaier, GaGe (a Vitrek brand) Introduction Razor Express digitizer is an integral part of VHF broadband interferometer designed to investigate high-energy radiation from lightning strikes and multi-stroke positive cloud-to-ground flashes. A doctoral dissertation published in 2022 by Michelle Urbani, a PhD candidate at the Universitat Politècnica de Catalunya BarcelonaTech describes the  development of a VHF broadband interferometer to investigate and better understand unsolved lightning phenomena [1]. Very high frequency (VHF) is the International Telecommunication Union (ITU) designation for radio [...]

By |October 17th, 2023|Categories: Brand-GaGe, Knowledge Center-GaGe, News-GaGe, Whitepapers-GaGe|Comments Off on GaGe Whitepaper: Ground-Breaking Lightning Study Uses GaGe Razor Express High-Speed Digitizer

Webinar: New Product Training! GaGe RazorEdge & RazorPlus Digitizers!

Complete the form below to register for the webinar.  If you have multiple people from your company attending, please have them register individually so that we can send them a copy of the presentation and a link to the recording after the event. Can't attend live?  No Problem!  Register and we will forward you a copy of the recorded session!

By |September 5th, 2023|Categories: Brand-GaGe, Brand-MTI, Brand-Vitrek, Brands-All, News-All Brands, News-Events, News-GaGe, News-Industry, News-MTI, News-Products, Webinars-GaGe, Webinars-MTI, Webinars-Vitrek|Comments Off on Webinar: New Product Training! GaGe RazorEdge & RazorPlus Digitizers!

Webinar: Vitrek Test & Measurement Technologies for Semiconductor Manufacturers

Complete the form below to register for the webinar.  If you have multiple people from your company attending, please have them register individually so that we can send them a copy of the presentation and a link to the recording after the event.

By |September 5th, 2023|Categories: Brand-GaGe, Brand-MTI, Brand-Vitrek, Brands-All, News-All Brands, News-Events, News-GaGe, News-Industry, News-MTI, News-Products, Webinars-GaGe, Webinars-MTI, Webinars-Vitrek|Comments Off on Webinar: Vitrek Test & Measurement Technologies for Semiconductor Manufacturers

Webinar: Vitrek Cable & Connector Test & Troubleshooting Solutions

Complete the form below to register for the webinar.  If you have multiple people from your company attending, please have them register individually so that we can send them a copy of the presentation and a link to the recording after the event.

By |September 5th, 2023|Categories: Brand-GaGe, Brand-MTI, Brand-Vitrek, Brands-All, News-All Brands, News-Events, News-GaGe, News-Industry, News-MTI, News-Products, Webinars-GaGe, Webinars-Vitrek|Comments Off on Webinar: Vitrek Cable & Connector Test & Troubleshooting Solutions

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 [...]

By |March 13th, 2023|Comments Off on Ultrasonic Tissue Characterization
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