860080774007

Packaging:	Tape & Box (TB)
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Capacitance:	39µF
Tolerance:	±20%
Voltage - Rated:	63V
ESR (Equivalent Series Resistance):	--
Lifetime @ Temp.:	3000 Hrs @ 105°C
Operating Temperature:	-55°C ~ 105°C
Polarization:	Polar
Ratings:	--
Applications:	General Purpose
Ripple Current @ High Frequency:	320mA @ 100kHz
Impedance:	350 mOhms
Lead Spacing:	0.138" (3.50mm)
Size / Dimension:	0.315" Dia (8.00mm)
Height - Seated (Max):	0.512" (13.00mm)
Surface Mount Land Size:	--
Mounting Type:	Through Hole
Package / Case:	Radial, Can
Series:	WCAP-ATLI

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Aluminum Electrolytic Capacitors Aluminum electrolytic capacitors are among the most commonly used and efficient capacitors available. They are specifically designed, using advanced manufacturing technology, to offer capacitance values much greater than that of traditional ceramic, film, and tantalum capacitors. This makes them ideal for a variety of applications such as digital filtering, power supply hold-ups, and energy storage. This article will discuss the 860080774007 application field and its working principle. An aluminum electrolytic capacitor is fundamentally an electronic component that consists of two aluminum foil electrodes, one anode and one cathode, separated by a porous layer of insulator. The aluminum foil electrodes are coated with an electrolyte, usually an aqueous solution of hydrated aluminum oxide. A dielectric layer is formed which is then charged with a given voltage, creating an electric double layer in the interface of the aluminum foil and electrolyte. The capacitance of the capacitor is based on the size of this double layer. The capacitance of aluminum electrolytic capacitors can range from 1 to 1,000,000µF depending on their size and the electrolyte used. Typically, a desirable capacitance depends on the specific application. The 860080774007 application field is considered a midsize capacitor, with a capacitance of 0.018µF. This capacitance is suitable for specialized power supply hold-ups or filtering applications, such as those encountered in digital circuits. The 860080774007 aluminum electrolytic capacitor is designed with a combination of low equivalent series resistance (ESR) and high isolation resistance, making it an ideal component for pulses, ripple-control, and high-frequency applications. Its low ESR is a result of its low voltage drop when carrying a heavy current load. A high isolation resistance is beneficial as it ensures that the capacitors are highly resistant to temperature, humidity and other environmental influences. The 860080774007 is rated for an operating temperature of -40°C to +105°C, making it suitable for a variety of operating conditions. The working principle of an aluminum electrolytic capacitor is as follows. When a voltage is applied to the electrodes of the capacitor, a charge is developed across the electrolyte. The charge stored in the double layer creates a potential difference equal to that of the applied voltage. When a current is then passed through the capacitor, the positive ions of the electrolyte escape from the positive plate of the capacitor, while the negative ions of the electrolyte escape from the negative plate. As a result, a larger amount of charge builds up on the plates, creating a potential difference that increases as more current is passed. When the applied voltage is removed, the charges on the plates dissipate, allowing the capacitor to be discharged. In summary, aluminum electrolytic capacitors are efficient components for a variety of applications. The 860080774007 application field is a midsize aluminum electrolytic capacitor, specifically designed for digital filtering, power supply hold-ups, and energy storage applications. Its low ESR and high isolation resistance make it an ideal component for pulse and high-frequency applications. The working principle of an aluminum electrolytic capacitor involves creating a potential difference across the electrolyte when a voltage is applied. The charge stored in the double layer is then released as current passes through the capacitor.

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