A05KR05KR26E305B

Rectangular cable assemblies, such as the A05KR05KR26E305B, are designed specifically for high-density applications where space is a key consideration. The rectangular cable assembly uses a single piece of plastic as the base, with a number of contact points for attaching multiple rectangles of varying sizes. This style of cable assembly provides extra flexibility unavailable in round cable assemblies.

Application

The A05KR05KR26E305B is a rectangular cable assembly designed for use in computers, communications equipment, audio/video, and automotive electronics. It is also used in general purpose industrial electronics applications. It is frequently used in data transmission, data communication, and signal processing.

The A05KR05KR26E305B has multiple points of contact which allows for the connection of more than one individual cable. This makes wiring easier and more efficient, and can reduce installation time. The A05KR05KR26E305B is suited for both horizontal and vertical designs, making it a versatile highly configurable option for a variety of applications.

Working Principle

The assembly consists of a plastic base with multiple contact points for attaching rectangles of varying sizes. The rectangles are inserted into the base and then connected to the other rectangles with the help of a contact insert. The contact insert can then be secured in place via soldering or other methods. This connection ensures that the rectangles do not move apart and continue to remain securely connected.

The A05KR05KR26E305B can also be used in high-speed data applications such as Ethernet, USB, and FireWire. It is able to handle up to 1 Gb/s data rates. This makes it an ideal choice for transferring data quickly and efficiently. Additionally, it is also resistant to vibration and shock due to its rectangular shape.

Conclusion

In conclusion, the A05KR05KR26E305B is an excellent choice for applications that require high-density connections in a limited space. Its rectangular shape allows for easy installation in horizontal or vertical designs, and its high-speed capability makes it an ideal choice for high-speed data transmission. Additionally, its resistance to vibration and shock makes it reliable and durable.