400CXW120MEFR16X35

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Aluminum electrolytic capacitors are, in a nutshell, electrical components with wide capabilities and applications. The 400CXW120MEFR16X35 is just one example.

This particular capacitor is a non-polarized aluminum electrolytic capacitor with a molded case. Its maximum ripple current is a hefty 120mA, and its capacitance has a tolerance of ± 10%. It also has a low ESL of around .14 ohm and a high temperature and pulse stability for reliable performance. Generally speaking, it is designed to perform within a temperature range of around -20 °C to 85 °C.

Now that we\'ve looked at its general specifications, what can this capacitor do and where can it be used? The 400CXW120MEFR16X35 offers excellent general purpose use, making it an ideal choice for a variety of applications such as:

• Switching power regulation
• Power supply buffering
• Coupling capacitance in radio/TV equipment
• Audio output/input sound amplifiers
• Amplitude control in communications devices
• Current detection/protection
• Motor starting/current limitation
• Timing/delay compensation

So what\'s the working principle behind an aluminum electrolytic capacitor? At its core, aluminum electrolytic capacitors use an electrolytic solution to provide capacitance. This is achieved by using anodized aluminum film (anode) along with a solid electrolyte composed of a aluminum oxide layer (dielectric) and a paper or foil separator (cathode). The positive and negative terminals of an aluminum electrolytic capacitor are connected to the anode and the cathode, respectively. When voltage is applied, current flows through the electrolytic solution and charges the anode, which in turn produces a charge across the capacitor terminals. This then forms a field in the dielectric layer, allowing for energy storage or application, depending on the intended use.

In summation, the 400CXW120MEFR16X35 from the aluminum electrolytic capacitor line is a reliable and strong performer with a range of applications due to its low ESL, pulse tolerant properties, and excellent temperature range. With its steady current surge limits and high temperature/pulse operational stability, the 400CXW120MEFR16X35 can handle a range of applications while still being easy to integrate into any system.

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