4400-098

Series:	4400
Packaging:	Bulk
Part Status:	Active
Capacitance:	0.027µF
Tolerance:	--
Voltage - Rated:	50V
Current:	10A
DC Resistance (DCR) (Max):	--
Operating Temperature:	-55°C ~ 125°C
Insertion Loss:	42dB @ 100MHz
Temperature Coefficient:	--
Ratings:	--
Package / Case:	Axial, Bushing
Size / Dimension:	0.157" Dia x 0.276" L (4.00mm x 7.00mm)
Height (Max):	--
Thread Size:	M3x0.5

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Feed through capacitors are designed to reduce voltage, current, impedance, and interference while still providing a conduit for power. The 4400-098 application field and working principle are no exception. As a type of ceramic capacitors, these capacitors work by providing a small capacitance between two points, as opposed to a line filter. The 4400-098 application field is designed for situations where the capacitor need to function as a low-resistance element, reduce inductive effects, and provide noise suppression. In particular, this type of capacitor is often used for lightning protection, high-frequency rectification, or EMI/RFI applications. As such, the capacitor must be able to withstand high temperatures in order to function reliably in these applications.The working principles of feed-through capacitors vary depending on the type of capacitor. Generally speaking, feed-through capacitors are designed to reduce the amount of power flowing through them. This is achieved by providing a "pathway" for the energy to bypass the capacitor and thereby reduce the power flowing through. The ability to control the power being transferred is one of the primary advantages of feed-through capacitors, as they can be designed to provide exactly the right amount of power (and thereby the required level of protection).One of the most common working principles of the 4400-098 application field is the use of stacked capacitors. This is where multiple capacitors are stacked together in order to create a higher capacitance. This higher capacitance reduces the impedance of the capacitor, allowing for a greater transfer of power without sacrificing the protection that the capacitor provides.Another working principle is the use of dielectric materials, which are materials that are able to store electrical charge. These dielectrics can be used to create a higher capacitance than a simple air-filled capacitor, allowing for greater power transfer without sacrificing protection.Finally, the 4400-098 application field also makes use of magnetic forces to create a higher capacitance. This is done by using the magnetic field of the capacitor to induce an electric field in the capacitor. By applying an electric field to the capacitor, the capacitor\'s capacitance is increased, which allows for a higher power transfer without sacrificing protection.In conclusion, the 4400-098 application field makes use of several methods for increasing the capacitance of a feed-through capacitor. By utilizing these methods, these capacitors are able to provide superior protection in a variety of applications, from lightning protection to high-frequency rectification. As such, they remain a popular choice for EMI/RFI applications.

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