B43501A9187M80

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Aluminum Electrolytic Capacitors have many applications ranging from power supply filtering to audio and RF coupling when space is at a premium. In all these applications, a common element is the use of a B43501A9187M80, an aluminum electrolytic capacitor capacitor that operates in a wide temperature range. Let’s explore the construction of this capacitor, its various properties, and applications.

An B43501A9187M80 capacitor is constructed like a traditional aluminum electrolytic capacitor, with two aluminum foils wrapped together and separated by a paper or plastic layer that contains an electrolytic solution. The aluminum foil acts as the dielectric, the electrolytic solution is the active material, and the paper or plastic functions as the dielectric spacer. The two aluminum foils and the paper layer are positioned inside the capacitor body, which is typically made of aluminum or plastic. The electrolyte solution is also filled inside the capacitor body, providing stable and reliable capacitance values across temperature ranges.

The most important characteristic of an B43501A9187M80 capacitor is its large capacitance, which is approximately 50% larger than a traditional electrolytic capacitor. Its capacitance ranges from 1.0µF to 22µF and its voltage rating is 50V to 450V. It is also rated for use in temperatures ranging from -55℃ to +125℃.

The unique construction of an B43501A9187M80 capacitor also provides improved performance in a variety of applications. The wide temperature range makes the capacitor suitable for use in applications that require high temperature operation, such as automotive, industrial and military applications. The large capacitance also provides increased capacitance stability in power supply filtering applications, where large capacitors are needed. Additionally, the increased capacitance allows for a more compact size compared to traditional electrolytic capacitors, which can save space in design applications that require tight tolerances.

In addition to the power supply filtering applications, the B43501A9187M80 capacitor can also be used for audio and RF coupling when space is an issue. In audio applications, it is often used in high-end audio installations for high-fidelity sound reproduction. The large capacitance and small size of an B43501A9187M80 capacitor makes it ideal for use in these applications. In RF applications, the capacitor is used to couple the RF signal in filters, oscillators, and amplifiers.

Overall, the B43501A9187M80 is an excellent aluminum electrolytic capacitor for applications where space is at a premium and temperature ranges are high. Its large capacitance and wide temperature range makes it suitable for power supply filtering, audio-frequency coupling and RF applications. As such, it is an essential component for any design engineer or end user looking to save space and maximize performance in their design.

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