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Interfacing MTI’s Digital Accumeasure to Measurement Computing’s DASYLab with Modbus

Interfacing MTI's Digital Accumeasure to Measurement Computing's DASYLab with Modbus Interfacing MTI's Digital Accumeasure to Measurement Computing's DASYLab with Modbus Displacement Description Laptop running MC DASYLab1 © and MTI Digital Capacitance sensor over Modbus TCP/IP Measurement Computing's DASYLab data acquisition software is easy to use and allows measuring with multiple system sensors (analog and digital). You can plot the results of multiple sensors versus time or encoder position and store the data with DASYLab. This application note describes how to interface MTI's Digital Capacitance Sensor over Ethernet TCP/IP. The DASYLab Modbus [...]

MTI-Website Proforma 5 Common Mistakes Download

Please complete the form below to download the document MTI Instruments by Vitrek 900 N. State Street Lockport, IL 60441 Phone: (800) 342-2203 Outside North America: (518) 218-2550 Fax: (518) 218-2506 sales@mtiinstruments.com

By |May 24th, 2023|Comments Off on MTI-Website Proforma 5 Common Mistakes Download

MTI- Website Service & Repairs Inquiry

Please complete the form below for information on service and repair of MTI Instruments products. MTI Instruments by Vitrek 900 N. State Street Lockport, IL 60441 Phone: (815) 838-0005 Fax: (518) 218-2506 sales@mtiinstruments.com

By |May 24th, 2023|Comments Off on MTI- Website Service & Repairs Inquiry

Dynamic Measurement of Small Oscillatory Motions

Dynamic Measurement of Small Oscillatory Motions Research & Development Piezoelectric Stack Motion Fotonic Systems Displacement Description This application note describes the measurement of a very small oscillatory motions (nanometers) produced by a piezo electric device with the MTI-2100 and the MTI-2032RX high-resolution module. Fotonic™ sensors from MTI Instruments are ideal for making dynamic measurements of very small oscillatory motions. Using the MTI-2100 Fotonic Sensor with a spectrum analyzer, angstrom level measurements are possible. Would you like to know more? Okay, let's set up some basic equipment and get started. Piezo [...]

MTI Post-Sale Support, Service & Repair Inquiry Form

MTI Instruments' team of experts looks forward to supporting your previously purchased MTI Instruments product.  Feel free to use this form to contact our post-sale support staff for technical support, service and repair inquiries. If you need immediate assistance please feel free to contact us via phone at (815) 838-0005. Support, Service & Repair Inquiry MTI Instruments, Inc. 900 N. State Street Lockport, IL 60441 USA | Map It Toll-Free: +1-800-342-2203 Tel: +1-518-218-2550 Fax: +1-518-218-2506

By |May 23rd, 2023|Comments Off on MTI Post-Sale Support, Service & Repair Inquiry Form

Two Ways to Measure EV Battery Plate Thickness

Two Ways to Measure EV Battery Plate Thickness Animation showing a system setup used to measure the thickness of thin conductive films such as electric vehicle (EV) battery electrodes. Description Learn how to measure EV battery plate thickness with MTI’s Digital Accumeasure, a high-precision capacitance measurement system with nanometer accuracy and stability. Problem Lithium battery plates for electric vehicles consist of lithium ion compounds applied to either a copper plate substrate (cathode plate) or an aluminum substrate (anode plate). The plates are approximately 100-200 um thick ( .004 - .008 inch). [...]

MTI Presale Inquiry Form-Product Information

MTI Instruments' team of experts looks forward to supporting your next application.  Feel free to use this form to contact our sales staff for pre-sale support including, application information, pricing, delivery, etc. If you need immediate assistance please feel free to contact us via phone at (815) 838-0005. 900 N. State Street Lockport, IL 60441 Phone: (815) 838-0005 mtisales@vitrek.com

By |May 23rd, 2023|Comments Off on MTI Presale Inquiry Form-Product Information

Two Ways to Measure Stamped Sheet Metal Thickness

Two Ways to Measure Stamped Sheet Metal Thickness Solar, Semiconductor Measurement of Ungrounded Targets Thickness, Metrology Description Learn how to measure stamped sheet metal thickness with MTI's Digital Accumeasure, a high-precision capacitance measurement system with nanometer accuracy and stability. Problem High silicon steels are alloys of iron and silicon that are easily magnetized and demagnetized. They can be supplied as sheet metal with a very thin dielectric coating. As this application note explains, precise measurements of stamped samples with a dielectric coating of ~ 10µi were needed. Solution MTI’s Digital [...]

Cyber Security Applications

  Cyber Security/Cyber Emissions • Side Channel Hardware RF Emissions                              • Spectrum Monitoring/RF Security Key Factors Related to Cyber Emissions GaGe cyber emission monitoring products support a variety of applications for cyber security.  These aspects are interconnected in a variety of ways to support the optimization, safety and security of applications. Cybersecurity in Critical Infrastructure Critical infrastructure sectors, such as energy, government, military, transportation, and healthcare, heavily rely on digital systems and networks. Ensuring the cybersecurity of these systems is crucial to prevent disruptions or malicious attacks [...]

By |May 16th, 2023|0 Comments

Wireless Measurement of Very Small Gap Changes Inside Rotating Machinery

Solar, Semiconductor Measurement of Ungrounded Targets Thickness, Metrology Description Description This application note describes how to use capacitance for the non-contact, wireless measurement of very small gap changes (distances) between a device and a grounded target. It uses the textile industry as an example, but any industry that uses machinery with continuously rotating drums or motors can benefit from this approach to remote measurement. Capacitance is highly accurate and can support the use of probes that are wireless. In our example, a capacitive sensing system from MTI Instruments eliminated concerns about establishing and maintaining [...]

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