Through this blog series, we map out some of the steps to achieve faster time to market and just enough test...and this all begins with designing the perfect test system. Read Part 1 to learn from our experts about the tactics required to design a well-defined communication framework so that issues are defined and resolved quickly.
A signal switching subsystem is a key component used in the automation of many test and measurement applications. It can reduce the investment required for expensive test equipment while also minimizing the overall footprint of the test system. Using a switching system decreases the dependency on manual operator intervention which is often a cause of false failures. Check out our video to learn best practices for "How to Design an Automated Test System"
Defining a test system can be challenging. Having a vendor, like Pickering, with the expertise you need will help you get the job done on time and on budget.
We can help you solve the challenges of deploying your system into production with resources to reduce test integration time and increase test throughput.
In order to sustain the system once in production, we provide quality hardware & tools for diagnosis-maximizing uptime and lowering the total cost of ownership.
Meet us AUTOTESTCON and THE BATTERY SHOW
Visit us in booth #204 to see our showcased switching and simulation solutions for aerospace and defense applications, ranging from General Purpose switching, Fault Insertion for Hardware-in-the-Loop Simulation, and RF/Microwave switching up to 110 GHz.
Stop by booth #2749 to see our PXI-based Battery Management System (BMS) test demo. We will also have our latest PXI, PCI, and LXI switching and simulation products for the battery and automotive industries that can support your testing challenges.
Have questions about our modular switching and sensor simulation solutions? Contact us or just reply to this email, and we would be happy to answer them.
