94SVP127X0010E7

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Aluminum-polymer capacitors are a type of capacitor in which a porous aluminum anode is alternately charged and discharged, forming an electric double layer that is responsible for storage and release of electric energy. The 94SVP127X0010E7 is specifically designed to meet the needs of thermally optimized capacitors. It has a low ESR rating of 0.5 Ω, which is perfect for protection and performance in semiconductor, magnetic and electrical systems.

The 94SVP127X0010E7 is an aluminum-polymer capacitor that has a variety of applications. In handheld and mobile applications, these capacitors can be used to reduce EMI noise and stabilize the power supply of delicate integrated circuit (IC) components. The capacitors are also used as power-on reset components for embedded and automotive systems, providing rapid charge and discharge, making them a reliable choice for large cyclic loads. In data transmission and switching applications, the 94SVP127X0010E7 can be used to deliver pulses of energy to ICs, helping to reduce the effects of ringing and Crosstalk. The device also offers excellent performance in high frequency circuits, making it a suitable choice for radio frequency (RF) applications.

The construction of 94SVP127X0010E7 aluminum-polymer capacitors produces a variety of performance benefits. Primarily, the capacitors exhibit very low internal resistance (ESR), producing low noise along with efficient charge and discharge performance. The capacitors are also well-suited for tasks that require frequent power cycling, as they feature a high self-discharge rate of <0.01%. This prevents leakage current and ensures a high capacitance storage time. Furthermore, the capacitors have an excellent thermal performance, with a Joule heat generation of <0.35mW/F, a low impedance of <100mΩ, and an ESR of < 2 Ω.

In terms of its working principle, the 94SVP127X0010E7 aluminum-polymer capacitor stores its charge as an electric double layer at the anode-dielectric interface. This electric double layer is composed of a negatively charged layer of aluminum ions, along with a positively charged layer of electrons. As the device is switched off, electrons transfer from the anode to the dielectric back to the anode. This causes the electric field to activate across the capacitor, and results in the release of stored electric energy.

To summarize, the 94SVP127X0010E7 is an aluminum-polymer capacitor with a variety of applications in computer, mobile and automotive systems. The device exhibits low ESR, high self-discharge rate and exceptional thermal performance, making it suitable for a range of tasks in power system, telecommunications and RF circuits. Additionally, the device can store electric energy via the electric double layer, with the energy being discharged through the reversal of the electrons and ions in the anode-dielectric interface.

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