SFKKL5000681MX0

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Feed through capacitors are devices designed to manage current and voltage fluctuations in d.c. and a.c. electrical circuits. The SFKKL5000681MX0 is one such capacitor that is widely used in many industries.

The SFKKL5000681MX0 is commonly used for frequency shaping, filtering, and signal separation. It is also used for high power power supplies, voltage amplifiers, oscillators, and high-speed switching applications. Additionally, its small size and dependable performance make it an ideal choice for satellite link communication systems and industrial control systems.

The input of the SFKKL5000681MX0 is the power supply, while the output is the voltage in the system. This capacitor helps maintain the same voltage in circuits, ensuring that the voltage circuitry operates at a consistent level. It is also capable of providing extra power when a large surge is detected.

The SFKKL5000681MX0 features a two-layer construction, with each layer comprising of three terminals. The first two terminals form the input of the capacitor, while the third forms the output. The two layers enable the capacitor to maintain a steady current through each terminal.

This capacitor also works as a variable capacitor for efficient power management. Its low-power condenser design increases the amount of current and voltage stored. This makes it ideal for applications where a limited number of stable current and voltage levels is required, such as with medical devices, industrial control systems, and satellites.

The SFKKL5000681MX0 also features adjustable capacitance levels. This is accomplished through the use of a control resister, which can be adjusted to achieve the desired capacitance level. The adjustment range of the resister is 1.1 pF to 2.2 pF.

The SFKKL5000681MX0 is a reliable and cost-effective feed through capacitor, designed for applications that require consistent current and voltage levels. Its adjustable capacitance levels and two-layer construction enable it to function effectively as a power management device or a variable capacitor.

The specific data is subject to PDF, and the above content is for reference