A06XAF06XAF22K305A Datasheet/PDFRectangular cable assemblies are considered versatile due to the wide variety of applications they cover. The A06XAF06XAF22K305A is an example of such a cable assembly.
The A06XAF06XAF22K305A has a variety of potential applications. Its design allows them to be used in industrial cable connectors, automotive connectors, computer peripherals, or any other device where a card edge connector may need to be used. This type of cable assembly can also be used to connect a variety of components in robotic systems and other automated technology.
The A06XAF06XAF22K305A utilizes an advanced version of contact design which ensures that it has reliable electrical and performance characteristics. This design combines high current capacity and low contact resistance which makes it suitable for demanding applications. The cable assembly also offers low electrical leakage, which makes it suitable for operations that require a higher level of electrical safety. Additionally, the A06XAF06XAF22K305A incorporates a patented \'Floating Spring\' mechanism which reduces mechanical stress on the contacts and ensures that the contact gap is maintained over time.
The A06XAF06XAF22K305A works on the principle of providing virtually maintenance-free connections between two devices by using firm positive engagement which does not allow the contact pins to move. It uses compression of the cable assembly which forces the contact pins to stay in their original position. The contact pins are held in place by the tension of the cable assembly and are received in their corresponding receptacle by the angle of the contact angle.
In conclusion, the A06XAF06XAF22K305A is an example of a rectangular cable assembly that can be used for many different purposes. It provides reliable performance characteristics and its patented \'Floating Spring\' mechanism ensures that the contacts are maintained over time. It is suitable for applications requiring high current capacity and low contact resistance. Additionally, it works on the principle of providing maintenance-free connections between two devices.