HHXC630ARA6R8MF61G

Series:	HXC
Packaging:	Tape & Reel (TR)
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Type:	Hybrid
Capacitance:	6.8µF
Tolerance:	±20%
Voltage - Rated:	63V
ESR (Equivalent Series Resistance):	120 mOhm @ 100kHz
Lifetime @ Temp.:	4000 Hrs @ 125°C
Operating Temperature:	-55°C ~ 125°C
Ratings:	AEC-Q200
Applications:	Automotive
Ripple Current @ High Frequency:	700mA @ 100kHz
Lead Spacing:	--
Size / Dimension:	0.248" Dia (6.30mm)
Height - Seated (Max):	0.240" (6.10mm)
Surface Mount Land Size:	0.260" L x 0.260" W (6.60mm x 6.60mm)
Mounting Type:	Surface Mount
Package / Case:	Radial, Can - SMD

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Aluminum-Polymer Capacitors

Aluminum-polymer capacitors, specifically the HHXC630ARA6R8MF61G, are electronic components that offer advantages over other conventional capacitor types. These components use a combination of an aluminum can and a polymer dielectric material to offer an extended range of capacitance combined with low impedance and low leakage current. These capacitors are commonly used in LED lighting, computing, automotive, and other performance-critical applications thanks to their superior performance.This article will discuss the application field and working principle of aluminum-polymer capacitors, with a focus on the HHXC630ARA6R8MF61G. We will begin with an overview of the fabrication process and materials used in the capacitor\'s construction. From there, we\'ll go over the ways the HHXC630ARA6R8MF61G can be used and explore its working principle.

Overview of Materials and Fabrication Process

Aluminum-polymer capacitors are made up of a combination of an aluminum can and a polymer dielectric material, usually sandwiched between two anodized aluminum foils. This combination of materials creates an incredibly strong bond and provides very low impedance and low leakage current. The HHXC630ARA6R8MF61G is made with an anodized and electrolytically formed aluminum can, which helps to reduce the audibility of the capacitor\'s resonance. The fabrication process includes two main steps. First, the capacitor is formed with the aluminum can and dielectric material. Once the can and dielectric material are in place, a vacuum is applied to remove any air or other gasses from inside the capacitor. This vacuum helps to create a stronger bond between the aluminum and dielectric. Finally, a photoresistor is added to the capacitor to measure the capacitance and ensure the correct amount of impregnation.

Application Field and Working Principle

Aluminum-polymer capacitors have many potential uses. One potential use of the HHXC630ARA6R8MF61G is in LED lighting. LED lights require more power than many other lighting sources, and the HHXC630ARA6R8MF61G offers low impedance and low leakage current, making it well suited for LED lighting systems. These capacitors are also used in computing applications to ensure power delivery is steady and efficient. Additionally, they are widely used in automotive applications, as they are less likely to suffer from voltage drops or false starts. TheHHXC630ARA6R8MF61G works by utilizing the strength of the combination of the aluminum can and the polymer dielectric material to create a strong electrical bond between the two. The aluminum can acts as a shield to protect against external interference, and the dielectric acts as an insulator to keep the capacitor\'s capacitance constant over time. The capacitance created by the HHXC630ARA6R8MF61G is high enough to support current draw up to its rated voltage.

Conclusion

In summary, aluminum-polymer capacitors are highly efficient electronic components with many potential uses. The HHXC630ARA6R8MF61G, in particular, is well-suited for applications requiring low impedance and low leakage current. The capacitor is constructed with an aluminum can and polymer dielectric material, and is capable of providing steady power delivery and resistance to voltage drops or false starts. With its reliability and strength, the HHXC630ARA6R8MF61G is an ideal choice for LED lighting, computing, automotive, and other performance-critical applications.

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