Get hands-on with PXI and modular instrumentation measurement hardware, such as scopes, DMMs, arbitrary function generators and switches. Perform tests on elements of electronic DUTs (devices under test) such as LED testing and lowpass filter characterisation. See how the combination of LabVIEW and modular instruments can be used to implement a virtual instrumentation approach to automated test, enabling automated measurements, data logging for post processing and inline analysis at run-time.
Learn how to build an NI FlexRIO system from scratch. Understand how to take advantage of the flexible FPGA-based modular architecture to meet custom hardware requirements and perform inline processing.
Learn how to develop an automated test system from start to finish. Explore how to use NI TestStand test management software to quickly add sequencing, flow control, multithreading and reporting to your LabVIEW measurements and tests. See how to program NI modular instruments in PXI systems to perform functional tests on multiple devices to develop a high-throughput parallel test system.
Test-drive PC-based data acquisition systems and learn how to use graphical programming techniques to create modular and flexible applications. Measure temperature with a thermocouple and log the data to a file. NI data acquisition and signal conditioning products offer highly accurate measurements, combined with NI LabVIEW to give you the power to easily acquire, analyse and present your data in minutes.
As the concept of “big data” becomes a reality, Gigabytes, or even Terabytes, of data are becoming commonplace in many test and measurement applications. Explore how NI DIAdem and the TDM file format harness new data storage technologies to enable you to effectively save, document, search and use these data sets.
Learn how to develop automated test and validation systems faster with NI TestStand. In this session, you will get the opportunity to sequence, schedule and debug test modules with the TestStand sequence editor, before running a complete test and analysing the results.
Discover how you can use LabVIEW system design software to design, prototype and deploy a wireless communications system with the NI USRP software-defined radio (SDR) platform. Build a simple spectrum analyser, demodulate over-the-air broadcast FM radio and prototype a wireless digital communications system.
RF development doesn't have to be limited to RF engineers. See how your skills in data acquisition and modular instrumentation can be directly applied to RF development, to simplify the generation and analysis of communications signals.
Attend this class to discover how to avoid the most common pitfalls and misconceptions in the Certified LabVIEW Developer (CLD) exam and give you the best chance to pass with flying colours.
NI certifications are industry-recognised credentials that distinguish expertise in using NI products for developing measurement and automation solutions. Take your first step onto the certification ladder and take your Certified LabVIEW Associate Developer (CLAD) examination during the event.
The Certified TestStand Developer exam, tests engineers on a broad and complete understanding of NI TestStand core features and functionality. You can now register to take your Certified TestStand Developer (TSD) examination during the event.
Take the opportunity at the Summit to sit down with one of our qualified Systems Engineers and discuss your application. Register at reception on the day.