4600-009LF

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Feed through capacitors are a type of capacitor that is used to reduce electrical noise in industrial application settings. These capacitors are designed so that when a load is connected to the power source, the capacitor is in the path between the power source and the load. The feed through capacitor works by forming an “electrical bridge” between the power source and the load, preventing the high frequency electrical noise from passing through the system.The 4600-009LF feed through capacitor is a high-frequency feed through capacitor designed for use in industrial applications. The capacitor is rated for operation at frequencies up to 10 MHz with an impedance of 0.2 ohms at 100 kHz. It also features an enhanced power dissipation of 0.10W with a maximum temperature rise of 60°C and a coupling capacitance of 0.33uF.The main application field for the 4600-009LF feed through capacitor is in industrial electronics and power system settings. It is used to reduce or “filter” noise that could potentially cause interference or damage to sensitive electronic systems. The capacitor is also used to protect to certain components from potentially dangerous voltages or currents.The working principle of the 4600-009LF feed through capacitor is relatively simple. The capacitor works by forming an “electrical bridge” between the power source and the load, which prevents the high frequency noise from passing through the system. The capacitor works by capturing the noise and dissipating it into the surrounding environment, resulting in a cleaner power signal. The capacitor also acts as a buffer, where it can store energy and then release it when needed, resulting in smooth power transitions and less stress on sensitive components.Overall, the 4600-009LF feed through capacitor is a reliable and effective way to reduce noise in industrial power systems. Its high frequency operation ensures that it can effectively filter out noise and provide clean power to sensitive electronic systems. The capacitor also provides protection for certain components from potentially dangerous voltages or currents, which makes it an even more valuable asset in industrial settings.

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