SSHB10HS-17019

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Common Mode Chokes (CMCs) are a type of passive electrical device used primarily to reduce electromagnetic interference (EMI). The SSHB10HS-17019 is a type of CMC that consists of a combination of inductors and capacitors wound in an axial configuration to form a choke coil. The device is used to reduce the amount of common-mode noise generated by high speed signals, such as those found in high speed Ethernet networks, RAM bus, high speed serial buses and telecommunication applications.

The SSHB10HS-17019 is designed to suppress conducted common-mode emissions from differential-mode signals. The choke works by having the two windings, each with one lead connected directly to the ground, so that the opposing field of each winding cancels out the other\'s interference. This effectively reduces the intensity of the emitted EMI. To further ensure the reduction of the EMI, the two windings of the SSHB10HS-17019 are wound in opposite directions.

The SSHB10HS-17019 has a rated current of 10A and a screw-mounting size of 0.500” (12.7 mm). The device can operate over a wide temperature range of -40 to +105°C. It has a frequency range of 0 – 1.0200 MHz and offers a high attenuation to common-mode noise. The device has a small surface mounted size which allows it to be used in a variety of applications.

The SSHB10HS-17019 is designed for a variety of applications including Ethernet networks, telecommunication systems, digital and analog circuit designs and integrated circuits. In Ethernet networks, the CMC helps to reduce the electromagnetic interference generated by high speed digital signals which can interfere with other devices. It can also be used in high speed serial buses to reduce the amount of common-mode noise generated by RAM bus. In telecommunication systems, the SSHB10HS-17019 can be used to reduce the effects of conducted noise generated by transmission and reception of voice, video and data signals.

The SSHB10HS-17019 is mainly used for EMI suppression and noise reduction. It has a simple working principle, where the two inductors are wound in opposite directions so that the electromagnetic interference generated by the digital signals is reduced to a minimum. This helps to reduce the effects of interference and crosstalk in electronic designs.

The SSHB10HS-17019 is a reliable and efficient CMC designed for EMI suppression and noise reduction applications. It has a wide temperature range, high rated current, small size and a frequency range of 0 – 1.0200 MHz. The device has been widely used in Ethernet, RAM bus, high speed serial buses and telecommunication applications.

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