10119126-F0J-50DLF

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Backplane connectors – specialized are designed to solve challenging interconnection requirements with high speed, high power, or high density configurations. The 10119126-F0J-50DLF application field and working principle are important pieces of information that someone in the electronics industry should understand in order to be successful.

The 10119126-F0J-50DLF is designed for use in broadcast television, video and audio applications. This includes video switches, video/audio routers, video monitors, TV systems, video display units, and more. It is also used in lower density applications such as digital radios, base stations, test equipment, and CCTV systems. By providing high frequency, low resistance connections, the 10119126-F0J-50DLF connectors are able to effectively support these systems with minimal power loss.

In terms of the 10119126-F0J-50DLF application field and working principle, it is a right angle, two-part backplane connector. The design incorporates a number of features that enable enhanced performance and reliability. The high-density arrangement of the contacts allows for an optimized signal path, reducing power loss and improving electrical performance. Additionally, the connector’s 50-position design accommodates up to 48 coaxial lines and two power lines, allowing the connector to be used in multiple application fields. Other features include a robust design, with a 50-position double-ribbed power-mating retention design for better resistance to shock and vibration.

The working principle of the 10119126-F0J-50DLF is based on an open-field shielding technique that allows for extremely low noise levels. This is achieved by routing the contacts in the connector in alternating directions. The contact layout prevents any inductance-coupling and provides excellent reduction of emission and crosstalk. Additionally, the use of multiple shields and a low-profile contact-sleeve configuration shield the contacts from externally generated electrical fields.

The 10119126-F0J-50DLF connector also offers a number of advantages over traditional backplane connectors. It is more reliable due to its 50-position double-ribbed power-mating retention design, which prevents contact mating from loosening. The connector also provides improved electrical performance, with reduced power loss and low crosstalk and emission levels. Additionally, the connector’s low profile allows for increased board space savings, enabling more efficient utilization of space.

In conclusion, the 10119126-F0J-50DLF application field and working principle are very important pieces of information that are essential for anyone in the electronics industry to understand. This backplane connector is designed for broadcast television, video and audio applications, and offers a number of advantages, including low power loss, improved electrical performance, and increased board space savings. Additionally, the open-field shielding technique used in this connector reduces noise levels and prevents crosstalk. With its many benefits, the 10119126-F0J-50DLF connector is an excellent choice for any application field that requires high-performance, high-density data transmission.

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