Presented by Richardson RFPD Join Richardson RFPD in this four-part webinar series, "A Walk Around The Block." This series focuses on leveraging the components of energy storage systems to enable higher performance and lower system costs. Series Information: 4 Sessions Beginning February 10, 2022 Duration (Per Session): 20 minutes Overview From battery monitoring ICs
This overview presentation includes a technology primer, performance characteristics comparison, application classifications, supercapacitor applications, end of life and failure modes, CDE supercapacitor product offering, a supercapacitor comparison chart, the new VMF/VPF Series – Hybrid Capacitor, a technology comparison, optimizing the custom solution process, and supercapacitor markets and applications.
Download this technical guide to learn about supercapacitor construction, typical applications, determining the correct supercapacitor for a given application, equivalent circuit, measuring the capacitance of supercapacitors, leakage current, life expectancy calculation, soldering guidelines, cell balancing, and lead bending recommendations.
While most engineers have a basic understanding of supercaps, relatively few have put them to use. So it is helpful to discuss the applications that best fit supercaps and the pluses and minuses of the technology vs. batteries or in combination with batteries...
CDE's engineering team can support customers through all the potential design solutions and strategies that can be implemented into any application. CDE designs and manufactures custom supercapacitor solutions which support applications to function at their fullest capabilities...
The newest series of supercapacitors from Illinois Capacitor is the DGH Series, offering capacitance values up to 350 Farads. This series continues a supercapacitor trend of incremental improvements, while achieving lower costs. The DGH Series includes 21 different value/voltage combinations...
One key factor: Determining the nuances of how capacitors handle expected ripple currents Examine a dc link capacitor’s ac ripple current and you’ll realize it arises from two main contributors: the incoming current from the energy source and the current drawn by the inverter. Of course, capacitors cannot pass dc current; thus, dc current only
