DCME-13W6S-K126

DCME-13W6S-K126 D-Sub Connectors

The DCME-13W6S-K126 is a Type F D-Subminiature connector featuring a 2 row-circuit design that can be used in a variety of applications. This connector has 13 differential pairs and the contacts are staggered for improved signal integrity. It is ideal for applications such as computer peripherals, headsets, monitors, gaming consoles, and instrumentation.

Application field

The DCME-13W6S-K126 is best suited for applications which require a high-speed data transmission. Its differential pair design helps reduce crosstalk and improves signal transmission. Its staggered contacts help reduce cross talk, and its low profile allows for easier installation in tight spaces. The DCME-13W6S-K126 is suitable for many applications such as datacom and telecom equipment, networking and storage, consumer audio and video, instrumentation, and computer peripherals.

Working Principle

The DCME-13W6S-K126 operates on the principle of differential signaling. Differential signaling means that the sender and receiver each use two wires to send or receive data. This configuration helps minimize noise and distortion caused by the signal being influenced by outside sources such as power lines, other cables, and radio interference. It also helps reduce crosstalk between wires, providing cleaner data transmission and improved signal integrity.

The differential pairs in the DCME-13W6S-K126 are arranged in the 2 row-circuit design. Each pair consists of two separate, insulated contacts with the same signal but that are 180 degrees out of phase with each other. This ensures that the receiver is able to correctly decode the signal without any errors.

When two connectors are mated, the opposite gender pins of each connector are pressed together, forming a reliable connection. The connection is further enhanced by the use of a locking mechanism to ensure that the connectors remain firmly connected even during vibration or mechanical shock.

The DCME-13W6S-K126 can be used for a variety of applications due to its high-speed data transmission capabilities, low crosstalk, and reliable connection. It is an ideal choice for any application which requires high-speed data transmission or improved signal integrity.