SS35V-30082

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Common Mode Chokes are basic electrical components frequently used for suppressing common mode noise and preventing interference in high-frequency electrical systems. Examples of these devices include insulators, capacitors, and coils. The SS35V-30082 is a common mode choke designed for applications where a high common mode noise attenuation is necessary.

The SS35V-30082 is constructed using a ferrite core with multiple windings. The core is made from magnetic material, such as ferrite, ceramic, or iron powder. The core is then wound with multiple strands of copper wire to create a coil which is capable of suppressing common mode noise. The windings are then insulated with plastic or rubber material to prevent any electrical short circuits. The windings are then connected to a terminal block for easy connection to other electrical components.

The SS35V-30082 is usually employed for AC power line noise suppression in various applications such as household appliances, power tools, and industrial machinery. The device works by providing a low resistance path for electrical current to flow, which in turn reduces the amount of common mode noise which is created as the current flows through it. This reduces the amount of electrical interference and ensures that all the components in the circuit are operating efficiently.

The SS35V-30082 also offers excellent impedance characteristics and has a low capacitance value. The impedance of the device helps to reduce the amount of electrical energy that is reflected back into the circuit, preventing the system from becoming unstable or introducing interference. The low capacitance value makes it an ideal choice for controlling high-frequency signals. The device is also resistant to damage caused by mechanical impact and is capable of operating over a wide temperature range.

In conclusion, the SS35V-30082 is a versatile and reliable common mode choke which can be used in a variety of applications. Its low noise attenuation capabilities are ideal for controlling electrical interference in high-frequency electrical systems. The device is also capable of providing excellent impedance characteristics and can operate over a wide temperature range. For these reasons, it is a popular choice for eliminating EMI noise in a variety of systems.

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