Laser Excitation of Single Atoms
Laser Excitation of Single Atoms Customer Case The client is an academic department conducting fundamental atomic physics research. The target of a Laser is a single Alkali atom, which enlarges to the size of several microns, upon receiving the pulse excitation. The enlarged atom is called a Rydberg atom and can reach the size of a grain of sand. The enlarged atom has new physical properties that are characterized by a detector that creates fast analog data streams. The setup of the experiment involves generating femtosecond Laser pulses, and capturing a 0 to 15 Volt ramp function with a [...]
Press Release: MTI’s Wireless Gap Measurement Probe System Is Ideal for Rotating Machinery
The Accumeasure capacitance probe system offers major improvement over conventional eddy current probes; network of up to four probes delivers rich geometrical in-situ measurement Lockport, IL —June 28, 2022—MTI Instruments, a US-based manufacturer of advanced test and measurement equipment, announces the introduction of its Accumeasure Wireless Gap Measurement Probe System. The system consists of up to four, battery-powered, wireless capacitance probes paired via Bluetooth to their receiving device. The wireless capability and compact form factor of the battery-powered probes are designed specifically to measure gap in difficult-to-reach or inaccessible locations. Unlike eddy current probe [...]
Laser Based Position Measurement System
Laser Based Position Measurement System Customer Case In order to test their Laser Based Position Measurement Systems, the customer needs to characterize an output pulse from his circuitry which lasts for approximately 5 microseconds. According to the customer's estimates, he must use a sampling rate of 50 MSPS or higher in order to be able to analyze the signal completely. An additional requirement of the test system is that a specific number of successive pulses be digitized and then averaged in order to eliminate system noise. The number of such successive pulses must be variable. The repeat rate of [...]
High-Power Laser Lamp Array Tester
High-Power Laser Lamp Array Tester Customer Case The customer is building a tester for an array of high-power laser lamps. These lamps draw 35,000 Amps of current. The test involves sending a control signal to the laser lamp and measuring the time between the signal and the switching on of the lamp (which is picked up by a photodiode). This time is representative of the quality of the lamp. The customer currently has a 16-channel system, and would like to explore increasing the number of channels. In the customer's present system, eight CompuScope 512 cards are installed in a [...]
Automotive Cable & Harness Testing Made Easy – EE World June 2022
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Vitrek’s Automated Testing System Simplifies and Speeds Automotive Cable/Harness Testing
Vitrek's Automated Testing System Simplifies and Speeds Automotive Cable/Harness Testing Testing system combines a hipot tester with Vitrek’s 964i switching system and QT Insite software; the automated approach enables manufacturers to configure tests easily and access historical data Introduction With 20 or more harnesses, many interfacing with digital control devices, today's vehicles have increasingly complex electronic systems. Precise and accurate continuity and cable testing must be performed on every connection during the assembly process to assure safety and reliability in the application. This article presents a highly functional, automated approach to automotive/cable harness testing. It describes the features [...]
Synchronizing Over A Wide Sampling Speed Range
Synchronizing Over A Wide Sampling Speed Range Customer Case The client has set up an experiment where he needs to generate a stimulus signal and apply it to a He-Ne Laser with some polarizing optics. The response signal is a measurement of the Faraday effect. The signal is noisy and requires averaging over a very long time. The stimulus and response must be synchronized over a wide frequency range. For synchronization, the application requires a wide band of sampling speed from, 1 KS/s to 50 MS/s. GaGe Case Solution While GaGe's CompuScope 14100 provides the required digitizer performance, it [...]
Research & Development
Research & Development The following example case studies demonstrate how GaGe products and services have been successfully applied in various data acquisition national research & development laboratory applications. We encourage you to contact us and discuss your application in more detail with our engineering team. GaGe can provide tailored custom hardware and software solutions to meet specific application requirements. Atomic GaGe Digitizers Reveal Atomic Structure Laser Synchronizing over a Wide Sampling Speed Range High-Power Laser Lamp Array Tester Laser Based Position Measurement Systems Laser Excitation of Single Atoms Particle Physics Neutrinos Study Radioactive Nuclear-Decay Detection Neutrino Detection [...]
Press Release: Signatec Adds New Features To Its SpectraScopeRT Spectrum Analyzer Software
Popular spectrum analyzer application requires no programming; New features expand and enhance functionality Lockport, IL—June 2, 2022—Signatec, a Vitrek brand, is a US-based manufacturer of signal data recording systems, announces five significant feature additions to its SpectraScopeRT Windows-based spectrum analyzer application software. SpectraScopeRT allows for integrated operational control of both the downconverter receiver and the digitizer for signal capture, analysis and real-time streaming of signal recordings, all without requiring any programming. The new feature upgrades are designed to expand and enhance the functionality of the software platform. Here is a quick summary of SpectraScopeRT’s five [...]
Time Resolved Spectroscopy of Protein Crystals
Time Resolved Spectroscopy of Protein Crystals Customer Case The customer is involved in Time Resolved Spectroscopy of protein crystals. This involves shooting a laser onto the protein crystals and measuring the pulses generated by the crystals (as they are projected out of the sample) and their decay over time. Due to the very noisy nature of the return signals, it is essential to average many pulses in order to recover the pulse shape and measure the decay. The decay takes place over many tens of milliseconds, so it is necessary to acquire very long records (in the order of [...]



