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How accuracy is defined in DC programmable power supplies How and why the power supply experiences voltage output errors How to wire test leads and sense leads for accurate measurements When testing electrical and electronic devices, accuracy is the name of the game. In a manufacturing or design test situation, high precision is critical for product development, production quality, and, ultimately, customer approval of the final product.
As one of the largest contributors to carbon emissions, the transportation industry has seen many companies pledge to lower their carbon footprints. While the auto industry’s EVs catch most of the headlines, airlines and manufacturers are hard at work bringing electrification and alternative fuels to the world of aviation. Blue hydrogen-filled H2 airplane. Image used courtesy of Adobe Stock One of the most promising options for clean energy in aviation is the hydrogen fuel cell.
The latest high-performance programmable power sources and loads are enabling greener solutions. Semiconductor wafer fabrication and electrochemical electrolysis processes have always been big electrical energy consumers. Ironically, testing “green” energy components like electric vehicle battery arrays and solar panel inverters also consumes lots of energy. Fortunately, advanced programmable power sources and electronic loads are now available for industrial-scale applications.
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