DK-602-0157-2

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Coaxial connectors are highly effective and legally compliant two-piece electrical connectors used for connecting two pieces of coaxial cable - widely used in any electronic products that require cables, such as televisions, radios and audio equipment, as well as with modern digital devices like computers, laptops, servers etc.

The DK-602-0157-2 is a coaxial connector manufactured by the MCC (Multi-Chip Connector Company) which is typically used in advanced telecommunications and broadcast-quality video applications. It combines a 50 ohm BNC connector with improved impedance matching and broadband performance, making it extremely suitable for analog and digital video applications.

The DK-602-0157-2 is capable of delivering reliable video signals with superior HD performance, and features high bandwidth and low return loss. It uses a single-pole receptacle, allowing secure connection to signal paths without concerning about the signal path direction.

This connector is made with gold-plated nickel-plated brass body, a dielectric core, and silver-plated brass pin contacts which are designed to provide maximum electrical performance and durability. The design prevents EMI and RFI (electromagnetic interference, and radio frequency interference) which may otherwise lead to signal distortion. It is also capable of standing up to harsh environments, and can be mounted in either panel or chassis.

The working principle of the DK-602-0157-2 connector is based on the idea that the impedance of the two lines connected must be equal and matched, to prevent the signal reflections from opposing the power flow direction and causing interference. By having identical impedance levels for both the cable and connector, these connectors are able to transfer power with minimal voltage drops, reducing vital power losses and ensuring the best electrical performance.

This connector is suitable for use in almost any situation that requires an RF connection, including microwave, satellite, CATV, radar, antennas, and broadcast. Its 50 ohm construction means that it performs optimally in applications where low insertion loss and return loss are a must, thus making it a great prospect for any modern electronic applications requiring high-end broadband signals.

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