APSC160ELL471MJB5S

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Aluminum-polymer capacitors, commonly known as "hybrid capacitors" is a division of electric capacitors that combines the characteristics of various capacitor technologies such as aluminum electrolytic, ceramic, and film to form a hybrid capacitor. APSC160ELL471MJB5S is an example of a hybrid capacitor

The APSC160ELL471MJB5S is a large-size powerhouse. With a dielectric thickness of just 0.2mm, the APSC160ELL471MJB5S provides an incredibly small footprint and a remarkably thin profile. It integrates several features that enable miniaturization without sacrificing reliability such as its high-speed self-healing and low ESR. The APSC160ELL471MJB5S also has a very low equivalent series resistance of just 20Ω, a low absorption current of only 5mA, and a wide temperature range of -55°C to +105°C. It has an operating voltage of 16V and a capacitance of 47μF, making it suitable for a variety of power supply, signal filtering, and other applications.

APSC160ELL471MJB5S application fields mainly involve IT and telecommunications equipment, automotive electronics, audio, measurement equipment, and other similar products. Its primary function is for power supply decoupling in which it helps filter-out electromagnetic interference removing unwanted noise and RF signals from audio signals. It can also be used for signal smoothing, power saving, and motor starting applications. For example, it is used in computers or electronic systems to smooth switch-mode power supplies, limit inrush currents, and to protect against load-dump voltage disturbances.

The working principle of the APSC160ELL471MJB5S has been designed to leverage the strengths of electrolytic, ceramic, and film capacitors in a single device. APSC160ELL471MJB5S utilizes aluminum electrodes with an embedded polymer film as the dielectric material. The dielectric plays an important role in determining the performance of the capacitor. The use of aluminum electrodes provides superior heat resistance and high-current capacity while the polymer film ensures reliable breakdown electrical properties and very low ESR ratings.

The combination of aluminum electrodes and polymer film results in a capacitor with excellent electrical and thermal performance which can withstand up to 16V and operates in temperatures of up to 105°C. Additionally, the APSC160ELL471MJB5S with its low profile of just 0.2mm, allows for devices to be miniaturized with minimal effects to the overall performance. All in all, these features make the APSC160ELL471MJB5S an ideal choice for miniature, power-efficient and automobile electronics.

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