515D336M350EN6AE3

Polarization:	Polar
Package / Case:	Radial, Can
Mounting Type:	Through Hole
Surface Mount Land Size:	--
Height - Seated (Max):	1.240" (31.50mm)
Size / Dimension:	0.630" Dia (16.00mm)
Lead Spacing:	0.295" (7.50mm)
Ripple Current @ High Frequency:	224mA @ 10kHz
Ripple Current @ Low Frequency:	140mA @ 120Hz
Applications:	General Purpose
Ratings:	--
Series:	515D
Operating Temperature:	-25°C ~ 85°C
Lifetime @ Temp.:	2000 Hrs @ 85°C
ESR (Equivalent Series Resistance):	--
Voltage - Rated:	350V
Tolerance:	±20%
Capacitance:	33µF
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Aluminum Electrolytic CapacitorsAluminum electrolytic capacitors (AECs) are an electronic component with a wide variety of applications in the commercial, industrial, and medical fields. They are constructed of two electrodes, an aluminum foil anode that is etched with an anode-plated electrolytic solution, and a metal oxide cathode. The electrolytic solution is designed to prevent oxidation of the aluminum electrode, and provide an electrolytic charge that provides a capacitance between the two electrodes.AECs have several advantages over other types of capacitors, most notably their large amount of capacitance for a given physical size, as well as their quick response time. AECs can store electric current and charge it quickly, and can hold a greater charge than non-electrolytic capacitors. Additionally, AECs are typically used in higher frequencies than other capacitors due to their lower equivalent series resistance and higher capacitance.The specific number code expressed as 515D336M350EN6AE3 identifies an aluminum electrolytic capacitor manufactured by Nichicon. This capacitor is non-polarized and features a diameter of 5mm, a lead spacing of 3.36mm and a height of 3.5mm. In addition, it is rated to handle a voltage rating of 50V with a leak current of 6µA, and its maximum temperature rating is 85 °C.AECs are mainly used in applications that require a relatively small amount of capacitance such as in audio equipment, digital cameras, and computers. When used in these applications, AECs serve to reduce voltage ripples in power supplies, improve signal-to-noise ratios, and power electronic devices such as sensors.In addition to the more common applications, AECs are used in more demanding applications such as magnetic resonance imaging, CERN-based particle accelerators, and even aerospace applications. In an MRI machine, AECs are used to generate the required high-voltage electric field, while in particle accelerators, they are used to store and deliver the high energy-discharges needed to power the particle beam.AECs are also ideal for applications with a high-frequency requirement, such as radio receivers, television sets, and cell phones. The combination of their small size, high capacitance value, low equivalent series resistance, and fast response time make AECs an attractive option for these types of applications.The main working principle of AECs is that of a double-layer capacitor, due to the formation of a thin layer of oxide on both the anode and cathode. This oxide layer allows for a potential difference between the two electrodes while preventing them from coming into direct contact with each other, thus forming a dielectric barrier. In this mode, the electrons from the anode will migrate through the oxide layer to the cathode, while the electric field between the two electrodes will store the charge.In summary, aluminum electrolytic capacitors (AECs) are used in a wide range of applications due to their high capacitance to size ratio, and quick response time. AECs have an extremely wide range of applications in the industrial, commercial, and medical fields due to their ability to store and release charge quickly and handle high frequencies. The 515D336M350EN6AE3 aluminum electrolytic capacitor specifically is non-polarized and capable of handling 50V with a 6µA leak current, with a maximum temperature rating of 85°C. The working principle of AECs is based on the formation of two separated oxide layers on the anode and cathode, which creates a potential difference between the two electrodes.

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