Showing results: 376 - 390 of 497 items found.
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AutoShock-II Test System -
L. A. B. Equipment, Inc.
The AutoShock-II is a fully automated series of shock test systems used to measure and identify product fragility levels and evaluate protective packaging. With the simulation of real world shock pulses and impact energy levels, manufacturers can systematically test and optimize product design and packaging. L.A.B. Equipment, Inc.''s fully automated computer controlled shock and data analysis test systems are the critical path in accomplishing this optimization.
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OpenCV -
Open Source Computer Vision Library
The library has more than 2500 optimized algorithms, which includes a comprehensive set of both classic and state-of-the-art computer vision and machine learning algorithms. These algorithms can be used to detect and recognize faces, identify objects, classify human actions in videos, track camera movements, track moving objects, extract 3D models of objects, produce 3D point clouds from stereo cameras, stitch images together to produce a high resolution image of an entire scene, find similar images from an image database, remove red eyes from images taken using flash, follow eye movements, recognize scenery and establish markers to overlay it with augmented reality, etc.
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M364C -
Teledyne FLIR
Featuring a high definition low light camera and one of the most advanced FLIR thermal imaging cores, the M364C and M364C-LR provide an elite level of awareness on the water. Both cameras use multispectral imaging to deliver exclusive FLIR Color Thermal Vision™ (CTV) technology. Color Thermal Vision blends visible camera details with a thermal image, overlaying vital color imagery that allows captains to positively identify navigation aids and other vessels within the thermal scene. Outstanding imaging performance, intelligent object recognition technology, and enhanced gyro-stabilization make the M364C and M364-LR indispensable tools for law enforcement professionals, commercial mariners, and serious recreational boaters.
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TF916 -
Yamasaki Optical Technology
The Yamasaki TF916 Optical Fiber Identifier is an essential part of any professional fiber optic toolkit. By inserting fiber into the Yamasaki TF916 Optical Fiber Identifier head, the Yamasaki TF916 Optical Fiber Identifier can be used to identify traffic, traffic direction, frequency and optical power within any singlemode optical fiber. The sleek black outer housing is comprised of an anodized aluminum to make it lightweight and tough. Also included with the Yamasaki TF916 Optical Fiber Identifier are four adaptor heads that are specifically designed to suit various optical fiber types with minimal bend loss. The easy to read ultra-bright LED display and audible tone make operation easier and can save you valuable time in the field.
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Agilent Technologies
Learn about Agilent’s industry leading CGH + SNP Microarray platform for your workflows and clinical research needs. Agilent provides a complete platform including microarrays, reagents, hardware and software. With almost 20 years’ experience and thousands of publications, Agilent’s CGH platform is widely adopted by cytogenetics labs running pre- and post-natal, preimplantation and cancer clinical research. The platform enables to quickly and reliably identify aneuploidies, microdeletions, microduplications, as well as other types of chromosomal aberrations across the genome. Agilent’s CGH platform offers real comparative genomic data thanks to the 2-color approach, and unlimited flexibility in terms of format and content. Learn more about our catalog and custom microarrays.
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RAMCHECK LX -
INNOVENTIONS, Inc.
USBWith the RAMCHECK LX DDR4 memory tester package (part number INN-8686-DDR4) you can quickly test and identify DDR4 DIMMs that comply with JEDEC standards. Tests are fast, reliable and easy to do. The RAMCHECK LX DDR4 package includes the RAMCHECK LX base tester and 288-pin DDR4 DIMM adapter. (This package is also available with the DDR4 DIMM Pro adapter, featuring a very rugged test socket).
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SIFT -
FA Instruments
SIFT allows for the analysis of numerous stimuli to identify speed, fault, and parametric differences in silicon. The heart of the SIFT technique revolves around intentionally disturbing devices with external stimuli and comparing the test criteria to reference parts or timing/voltage sensitivities. Synchronous interfacing is possible to any tester without any wiring or program changes. The system can be based on either a motorized probe station or portable microscope stand for test head applications.
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Intego GmbH
Intego's knowhow even makes it possible to identify challenging defects that may be located under the surface. One system is the inspection of chips by means of lock-in thermography, which visually represents the IR radiation intensity signal of electronics. Special lasers and flash lamps generate a very short heat impulse (10 ms) on the chip, which generates a measurable heat flow. In most cases, a resolution of < 1 μm can be achieved.
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Smart Tweezers® -
Siborg Systems Inc
Smart Tweezers® are a hand held LCR meter that provides users with a simplified method of identifying and evaluation Surface Mount Devices and troubleshooting complex electronic systems. The unique deign combines a set of precision gold-plated tweezers and a powerful, yet small, digital LCR-meter in a lightweight device. Powered by a Li-Ion battery, Smart Tweezers® can identify the type of component and measure for Inductance, Resistance, Capacitance and ESR values with no set-up.
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National Technical Systems
At NTS, our experience encompasses more than 50 years of electromagnetic compatibility testing for clients in the aerospace, aviation and other related industries. We maintain fully equipped electromagnetic interference testing facilities in Illinois, Arizona, California, Massachusetts, Texas and New Jersey. With the combined expertise of our team, it’s easy to identify the regulatory challenges your organization faces, and develop a comprehensive testing program that ensures your challenges are met.
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DiCon Fiberoptics, Inc.
DiCon's Optical Channel Monitor is an advancedoptical subsystem, with integrated tunable optical filter, that automatically scans a DWDM network and reports the power of each channel. Network performance is monitored and reported in real time. Feedback from the Optical Channel Monitor can be used to optimize optical power levels, identify performance drift, and verify system functionality. An optional integrated optical switch allows up to 12 separate input ports to be monitored sequentially.
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NI
The Temperature Input Device for FieldDAQ measures up to 16 thermocouple channels. The module features cold-junction compensation and open thermocouple detection with an LED indicator per channel to identify disconnected thermocouples. Additionally, the module incorporates Time Sensitive Networking (TSN), which provides tight synchronization over a distributed network of data acquisition nodes without additional cabling or complex programming. The device also features an integrated network switch and built-in power circuitry for simple daisy chaining.The Temperature Input Device for FieldDAQ includes the NI-DAQmx driver and configuration utility that simplify configuration and measurements. NI-DAQmx supports NI programming environments as well as Python, ANSI C, C#.NET, and MathWorks MATLAB® software.
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NI
PXI Temperature Input Modules offer up to 32 channels of analog temperature measurements. Some models include autozero channels for offset compensation as well as open thermocouple detection to identify disconnected thermocouples, while others support 2-, 3-, or 4-wire resistance temperature detector (RTD) measurements. PXI Temperature Input Modules support both high-speed and high-resolution modes. You can program channel configurations and scale measured data into engineering units.
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MB Dynamics Inc.
Experimental modal analysis, or modal testing, is a process for physically obtaining a math model of a structure’s dynamic properties. Modal tests identify a structure’s modal properties: natural frequencies, mode shapes, mass, stiffness and damping. Modal test results help troubleshoot resonant excitation from operating forces, validate and verify finite element models, predict the benefits of structural modifications, support design verification, and understand structural responses due to complex loading conditions.
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ImpactQA
AI and ML testing framework can efficiently recognize pitfalls and with constant updates to the algorithms, it is feasible to discover even the negligible error. Essentially, Artificial Intelligence (AI) and Machine Learning (ML) tech are well-trained to process data, identify schemes and patterns, form and evaluate tests without human support. This is made possible with deep learning and artificial neural networks when a machine self-educates based on the given data sets or data extracted from an external source such as the web.
