Choosing the right power supply for your test system or application is no small task. Defining the power requirements for your application comes first, but this is only the beginning. Once you know the voltages and currents, you need to figure out how to power and control your source. There are several decisions that will need to be made.
When it comes to communications and cellular equipment, change is inevitable. Every month or so, new phones come out with new features and technology, making older models obsolete. Even the cell towers themselves are being regularly reconfigured to optimize networks.
You need better sensors. Why? Because a single bad sensor could cause your functional tests to fail, wasting millions of dollars if you are testing something like a missile or a jet engine in a one-shot destructive test. A failed test is not even the worst-case scenario. Imagine what is at stake if a bad sensor gives you a false positive, leading to your device failing out in the field – all of which could have been avoided by getting the right sensors.
Modern education and research are essential to creating the technology of the future. Good education creates the next wave of engineers and scientists, while research gives us all the tools and new scientific understanding to fuel our best designs.
The right power supply can make all the difference. When you are creating a new product or setting up a test system, how you power your designs can have a major impact on their performance, efficiency and energy usage. Making the wrong choice can lead to:
If you want to create next-level products in the military and aerospace sector, then you need better power and testing solutions. Only with the right power and test equipment can you respond to the industry’s rising demands with qualified products that meet performance and efficiency requirements, while also upholding government regulations.
Topics: Choosing power supplies
Functional tests are critical to product qualification, ensuring that your systems work like they are supposed to. That is why specifying better functional test equipment is key to creating better products. Without the right equipment to power your functional tests, you can’t guarantee the quality of your products, and your systems may fail unexpectedly out in the field.
The wave of renewable energy is not coming – it is already here. Due to a mix of consumer and regulatory pressure, renewable energy is transforming the power and energy sector, creating new opportunities and challenges for design engineers.
In order to create better products, you need better means of testing. From designing a new airplane engine to making updates to the defense grid, functional tests and black box testing ensure that any new products or updates meet your requirements.
Signal integrity matters. Whether you’re designing a new jet engine or building a medical-grade freezer, you need bulletproof testing to ensure that your products are up to spec. The only way to do that is through proper data acquisition systems with uncompromised signal integrity.