36D163G040BE2A

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Aluminum electrolytic capacitors have long been an integral part of electronic device manufacturers. Their wide variety of applications range from bypassing signal pathways to allowing AC ripple voltage to be smoothed before passing through an amplifier. The 36D16G040BE2A Aluminum Electrolytic Capacitor is no different in this regard. By understanding its application field and working principle, we will be able to use the component more effectively.

The acronym 36D16G040BE2A is a shorthand way of describing a range of 36mm diameter aluminum electrolytic capacitors which have a lead pitch of 16mm. For this particular range, there are two designs available: with a vertical mounting shaft, or with a threaded wall mounting. All 36D16G040BE2A capacitors have the same outer dimension and lead spacing, but their capacitance values can vary, ranging from 47uF to 4000uF. With many capacitance options available, the 36D16G040BE2A type capacitors are suitable for a wide range of applications, such as filtering out AC ripple from power supply lines, bypassing signal pathways, and energy storage.

All Aluminum Electrolytic Capacitors use a unique combination of capacitance and high energy density that allows them to be employed in extreme temperature and voltage applications. Simply put, their capacitance is based on the distance between two parallel surfaces, an anode and a cathode, between which an electrolytic foil (paper) is sandwiched. As current passes through the anode and the electrolytic foil, oxygen is released, creating a layer of aluminum oxide which acts as an insulator. This insulating layer of aluminum oxide increases the capacitance, which helps store more energy.

The 36D16G040BE2A type capacitors also have the advantage of ESR (Equivalent Series Resistance) ratings up to 0.1Ω. This makes them ideal for applications such as filtering out AC ripple from power supply lines, bypassing signal pathways with low output resistance, and energy storage. In addition, their operating temperature range is -40°C to 105°C, making them suitable for a wide variety of applications and environments.

The 36D16G040BE2A type capacitors are designed for operating at voltage up to 250V. While this limits its applications to mostly high-end electronic components, it also limits the risk of overcharge or discharge. This makes the 36D16G040BE2A an attractive choice for applications involving storing large amounts of electrical energy.

Finally, the 36D16G040BE2A type capacitors are available in a variety of sizes and shapes, allowing for creative mounting solutions and flexibility when it comes to the use of the component. Their low ESR ratings along with their operating temperature range make them suitable for a wide range of applications.

In conclusion, the 36D16G040BE2A type capacitors are a great choice for applications involving energy storage, filtering out AC ripple, bypassing signal pathways and other similar tasks. With a wide variety of sizes and shapes available, these capacitors can provide flexibility when it comes to mounting solutions. Their low ESR and operating temperature ratings make them suitable for many applications. Finally, their operating voltage is limited to 250V, making them a safe choice for applications involving powerful electrical currents.

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