4601-003

Series:	4601
Packaging:	Bulk
Part Status:	Active
Capacitance:	1.4µF
Tolerance:	--
Voltage - Rated:	50V
Current:	15A
DC Resistance (DCR) (Max):	--
Operating Temperature:	--
Insertion Loss:	70dB @ 1GHz
Temperature Coefficient:	X7R
Ratings:	--
Package / Case:	Axial, Bushing - 2 Solder Eyelets
Size / Dimension:	0.385" Dia x 0.362" L (9.78mm x 9.20mm)
Height (Max):	--
Thread Size:	1/4"-28

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Feed Through Capacitors

Feed through capacitors are typically used in many different industrial applications. They provide a wide range of design solutions for a variety of applications, including high-frequency switching, voltage regulation, and high-voltage power systems. They are a type of capacitor that is designed to be used in an alternating voltage (AC) circuit.The electrical propertiy of an AC components that has distributed capacity is called impedance. The higher the impedance or the lower the capacitance of the capacitor, the more effective the capacitor may be in certain applications. A feeding capacitor is one type of AC component which is designed to provide a low impedance connection and also to act as an effective filter in a circuit. The impedance of a feed through capacitor is extremely low compared to other types of capacitors, such as electrolytic or ceramic capacitors.Feed through capacitors are usually made up of several capacitors on a single substrate such as ceramic or metal. The capacitors are then mounted to the substrate, forming a unit. The capacitors are connected in series so that the total capacitance changes with each voltage cycle. This is a type of capacitive load or a distributed circuit.In addition, feed through capacitors can help reduce EMI or Electromagnetic Interference. EMI is an effect of undesired signals that interfere with the signal which is present in the AC circuit. The feed through capacitor reduces the amount of EMI that is produced by a circuit. This is usually accomplished by placing the fed through capacitors in-line with the rest of the AC circuit.The working principle of a feed through capacitor is simple but effective. In order for the capacitor to provide a low impedance in a circuit, it must be connected in between the AC source and the load. This allows a low impedance connection point, mitigating the current flowing from the AC source. The voltage applied to the capacitor is equal to the sum of the phases involved in the AC source. This causes the voltage on the capacitor to rise and fall, creating a varying capacitance. As a result, the impedance of the feed through capacitor is changed and the amount of current allowed through the capacitor is limited.Feed through capacitor technology has become increasingly important in many industrial applications due to the ability to reduce EMI and high current flow. This makes the use of feed through capacitors increasingly common in a variety of applications. They are used in many applications such as high voltage power systems, switch mode power supplies, and medical equipment. In these applications, feed through capacitors provide superior EMC protection and performance. The use of feed through capacitors can make a power system much more reliable and efficient. In conclusion, feed through capacitors have a number of advantages that make them a popular choice in many industrial applications. Their low impedance and high capacitance makes them ideal for applications requiring EMI protection and performance. The fact that the capacitance changes with each voltage cycle allows the capacitors to act as a filter, providing superior performance in high voltage power systems and switch mode power supplies.Feed through capacitors offer many advantages to power systems. They provide a low impedance connection point, reducing the amount of current allowed through the capacitor and making the system more efficient. Their ability to act as a filter helps to reduce EMI, making the system more reliable and effective. Feed through capacitors are used in a variety of applications and are quickly becoming one of the most popular AC components in the world.

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