Vitrek featured in Appliance & HVAC Report
Click here to download a copy of this article featuring Vitrek Products! Click here to download a copy of this article featuring Vitrek Products!
Laser Measurement & Characterization of Flat Panel Displays
Laser Measurement & Characterization of Flat Panel Displays Customer Case This customer's application involves the characterization of flat panel displays (used in laptop computers, computer game displays, etc.) via laser scanning. The laser is bounced off a number of mirrors and then through lenses, from which it is scattered. The scattered laser light must then be analyzed in order to determine the quality of the flat panel display. This laser measurement system is used not only by flat panel display industries, but also by disk drive manufacturers to analyze platter quality and, in the near future, for characterizing silicon [...]
Press Release: Vitrek Launches New Programmable DC Load Product
Vitrek Launches Best-In-Class Programmable DC Load Product The Vitrek DL Series offers industry-leading performance in 125W-500W applications; supports best-in-class transient loading capability (from 0.1µW resolution to 14.5kW pulses); features high-speed pulse loading up to 100 kHz; boasts up to ten times better measurement accuracy. […]
Laser Signals Striking Silicon-Diode Target
Laser Signals Striking Silicon-Diode Target Customer Case The customer wants to capture the output of some silicon diodes looking at a laser target. The typical signal is anywhere from 20mv to 1V in amplitude and 0 to 15ns in length. There are up to 16 of these diodes that are looking at the same target. Each diode has a different filter so the post-trigger depth and amplitude-scale must be user-adjustable. Their main interest is to sample and digitize the signals for archiving, with later retrieval and plotting. Fancy software is not needed for display as the data is gathered [...]
Vitrek featured in Power Systems Design Magazine
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Optical Scanning of Drive Media
Optical Scanning of Drive Media Customer Case The customer's application is optical scanning for drive testing. The goal is to identify burnt or damaged spots on the disk. The scanning system is generally used in Quality Control, Head-Disk Interaction and Failure Analysis. There is a need for continuous acquisition during the spiral scan. The speed of the disk is 10,000 RPM and the requirement is to capture 65,000 to 80,000 samples each revolution. A single channel is needed for the acquisition at 10 MegaSamples/second or greater. High vertical resolution will aid in measuring the properties and ultimately the degradation [...]
Vitrek featured in Design World Magazine
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Disk Drive Track Scanning
Disk Drive Track Scanning Customer Case The customer is trying to digitize an 83 millisecond long signal coming out of a disk mounted on a rotary motor. This corresponds to one full revolution of the disk. The analog signal coming out of the Device Under Test (DUT) is of approximately 2 MHz bandwidth. Currently, the customer is sampling at 10 MSPS and would like to increase the oversampling to get better time resolution. At present, they are using a CompuScope 225 - 1M, which has sufficient memory to digitize the entire revolution in on-board memory at the 10 MSPS [...]
Digital Laser Sensor Combines Speed, Convenience and Accuracy with Ethernet Capability
MTI’s Microtrak™ 4 is a high-speed digital laser sensor that’s easy to setup, convenient to use, and dependably accurate. Use this compact, non-contact metrology system for measuring height, flatness, thickness, alignment, vibration, and more. Made in the USA by MTI Instruments, the Microtrak™ 4 is ready to use right out-of-the-box and provides fast, reliable, repeatable measurements for targets with very dark or very shiny surfaces. Applications include machine maintenance and turbine engine balancing. The Microtrak™ 4 doesn’t require an external controller or a separate power supply. Instead, this 1D laser displacement sensor runs right on your computer, includes a [...]
Position, Displacement, and Vibration Measurement with Precision, High Resolution, and Flexibility
The MTI-2100 Fotonic™ sensor uses advanced fiber optics and electronics to precisely measure position, displacement, and vibration. This high-resolution, non-contact metrology system supports a wide range of interchangeable fiber-optic probes and works with almost any surface, including metallic, composite, plastic, glass, ceramic, or liquid. Made in the USA by MTI Instruments, the MTI-2100 Fotonic™ features a modular design and supports application-specific requirements in R&D, quality, and process control. With its dual channel capabilities, the MTI-2100 Fotonic™ sensor allows users to make simultaneous measurements, such as for structure dynamics and modal analysis. All probe modules have two distinct operating ranges [...]




