APSF160ETD471MJB5S

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Aluminum-Polymer Capacitors are popular among electronics engineers for their reliable performance and low cost. They are ideal for high-frequency power supplies and similar applications, offering efficient power delivery and steady performance. A key element of the Aluminum-Polymer Capacitor is the APSF160ETD471MJB5S, a single-layer, surface-mountable aluminum-polymer capacitor developed by Nippon Chemi-Con. This capacitor is particularly well-suited for RF applications due to its small size and high capacitance.

The construction of the APSF160ETD471MJB5S is fairly simple. The capacitor consists of two layers of 100% aluminum electrolytic, each clamped together with a conductive layer of paper material in between. The outermost layers are carefully designed with a dielectric barrier that, when connected to a voltage source, generates the capacitance. The paper material between the two layers is designed to act as a heat and current shield, helping to dissipate heat and control signal distortion. The resulting capacitor is both highly efficient and largely unaffected by external environmental factors.

The most common use for the APSF160ETD471MJB5S is in high-frequency radio applications. By taking advantage of its small size, the capacitor is able to fit into very tight spaces, allowing it to be used in a wide range of RF and other high-frequency applications. The capacitor is able to withstand up to 2 GHz of frequency without experiencing distortion or capacitance drift, making it well-suited for applications that require precise signal transmission. Another popular use is in DC-DC converters, where the capacitor helps to maintain precise voltage levels.

The APSF160ETD471MJB5S aluminum-polymer capacitor is designed for efficient and reliable operation. Its low ESR and ESL settings make it well-suited for a variety of high-frequency applications, making it a popular choice for engineers and hobbyists alike. Its two-layer construction and paper dielectric material provide high capacitance and low temperature coefficient for efficient power delivery, while its dielectric barrier helps to protect against environmental factors. It is a great choice for high-frequency radio and DC-DC converter applications thanks to its small size and impressive capacitance.

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