SSRH7H-M05408 Filters

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Common mode chokes are an integral part of many industrial applications. The SSRH7H-M05408 is a common mode choke designed to provide additional attenuation of common-mode interference in a variety of applications. The SSRH7H-M05408 has a high saturation current rating, making it suitable for applications subjected to large current. It also has a wide frequency range and a 4-pole system.

The SSRH7H-M05408’s application fields are quite broad, ranging from RF filters and signal transmission, to power conversion and low-voltage and high-voltage power line systems. It is suitable for analog and digital signals, and can operate in both the low and high frequency ranges. This makes it an ideal choice for a wide range of applications.

Common mode chokes work by limiting individual line currents. This causes the electromagnetic interference (EMI) to be significantly reduced. The SSRH7H-M05408 is designed to attenuate spurious signals caused by common-mode interference. It is capable of achieving high attenuation rates, making it suitable for applications where EMI is a major issue.

The SSRH7H-M05408 has a four-pole system which allows it to operate across different frequency bands without compromising attenuation performance. The four-pole setup also makes the SSRH7H-M05408 effective against harmonic noise, reducing the risk of interference with other devices. The device has a wide range AC impedance, allowing it to provide effective filtering at various frequencies.

The SSRH7H-M05408 works by generating high-frequency electrical noise, which passes through the core material, resulting in a reduction of interference. The core is made from a ferrite material, which can withstand high temperatures and prevent unwanted EMI noise from passing through it. This reduces the amount of interference that can pass through the device.

The SSRH7H-M05408 is suitable for a wide variety of applications due to its wide frequency range, high saturation current rating, and four-pole system. It is also able to attenuate common-mode interference, providing additional protection for sensitive electronics. The device is an ideal choice for RF filters, signal transmission, power conversion, and low and high voltage power line systems.

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