SSHB10H-R17055

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Common Mode Chokes (CMCs) provide an integral solution to the challenge of suppressing EMI in a system. They utilize a combination of inductive and capacitive elements to provide impedance that is able to limit the range of EMI frequencies and attenuate them effectively. This makes them an effective tool in a system\'s EMI mitigation strategy and in some cases, they can be used for a limited amount of EMI shielding.

The SSHB10H-R17055 is a Common Mode Choke from TDK. It is a 2-line shielded choke and forms part of the larger SSHB series. This particular model has a power rating of 1A and an inductance value of up to 25µH. With its high dipolarism and broad frequency range, the SSHB10H-R17055 makes an ideal choice for applications involving switching power supplies, computers, consumer electronics, medical equipment, and any other EMI mitigation requirements.

The SSHB10H-R17055 operates on the principle of providing a differential impedance for the EMI. This differential impedance is created by the inductive and capacitive elements of the device. By having these elements, the SSHB10H-R17055 is able to offer a broad frequency range which can attenuate EMI in the kHz range, as well as the MHz range. The combination of the inductor and capacitor also provides a higher dipolarism which helps ensure that both the differential and common mode noise is mitigated.

The SSHB10H-R17055 is also able to provide a shielding effect to reduce the amount of EMI entering or emanating from within the system. This is due to its enclosure which fully encloses the choke. This helps ensure that the EMI is trapped within the device and does not interfere with the surrounding circuitry.

In summary, the SSHB10H-R17055 is an ideal Common Mode Choke for applications requiring effective EMI mitigation. It utilizes a combination of inductive and capacitive elements to create a broad frequency range and a high dipolarism, allowing for effective EMI attenuation. Its shielding enclosure also helps reduce the amount of EMI entering or emanating from the system.

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