This six-part webcast series, presented by National Instruments, will provide tips and techniques for developing automated test systems, whilst also highlighting the key enabling technologies that make this possible, from modular instrumentation to test executive software.
In an attempt to accommodate your schedule, you will have the opportunity to choose from 2 different times for each webcast, while still being able to interact with the presenter and other colleagues in your field of expertise.
See how modular instrumentation based on the industry-standard PXI platform can provide a solid foundation upon which to build powerful test systems. Gain an understanding of basic instrument specifications, such as bandwidth, sampling rate, resolution and accuracy, and discover the fundamental knowledge that you need to select the right instruments for your application.
Learn how to develop your automated test and validation systems faster with NI TestStand, powerful ready-to-run test management software. See how it can be used to develop test executive software that manages and executes test sequences written in any programming language and integrates with enterprise systems.
Whether you are testing integrated circuits, missile navigation systems or engine control units, see how deterministic field-programmable gate array (FPGA)-based hardware can facilitate system emulation and protocol-aware test. Discover how FPGAs can be reconfigured to provide flexible I/O to interface with your device under test.
Whether you are developing an aircraft wing, a suspension bridge or a wind turbine, structural testing is key to ensuring the critical safety of the deployed system. Learn ways to rapidly acquire and analyse test measurement data such as force, strain, sound and vibration using an open, scalable test and measurement platform.
Examine ways to combine the advantages of graphical system design, commercial-off-the-shelf (COTS) hardware, deterministic buses and simulation models to design, prototype and deploy the next generation of military, automotive and avionics systems.
With the rapid integration of wireless connectivity into many devices, chances are you will be taking RF measurements soon. Learn how to use the software-defined PXI platform to take five common RF measurements, including phase noise, noise figure and power.
The PXI architecture provides the industry’s highest bandwidth and lowest latency and, with more than
1,500 products from more than 70 vendors, National Instruments is the source for I/O modules for high-resolution DC up to 26.5 GHz RF.
See why PXI is the Platform of Choice