However, polymer capacitors also have some disadvantages, such as higher cost, larger size, and lower ripple current handling capability compared to aluminum electrolytic capacitors. In addition, polymer capacitors may experience a gradual decrease in capacitance over time and temperature, known as capacitance aging.
The Science Behind Polymer Capacitors and Their Manufacturing Processes
polymer capacitors are made of a conductive polymer, which is a type of organic material that can conduct electricity. The polymer is formed into a thin film, which is then sandwiched between two electrodes made of a conductive metal. The electrodes are connected to the capacitor terminals, and the entire assembly is encapsulated in a polymer casing for protection.
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The Science Behind Polymer Capacitors and Their Manufacturing Processes
polymer capacitors are made of a conductive polymer, which is a type of organic material that can conduct electricity. The polymer is formed into a thin film, which is then sandwiched between two electrodes made of a conductive metal. The electrodes are connected to the capacitor terminals, and the entire assembly is encapsulated in a polymer casing for protection.
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