Is the connection method of single-core shielding wire simple?

　　The connection method of single-core shielding wire mainly involves the processing of the shielding layer and the connection of the core wire. The following is a common connection method of single-core shielding wire:

　　Shielding layer processing

　　Single-ended grounding:

　　For single-core shielded wires, single-ended grounding is usually recommended. This means that the shielding layer is only grounded at one end and the other end remains suspended.

　　This grounding method helps to reduce electromagnetic interference and ensure the stable tranSMission of signals.

　　Shielding layer welding:

　　In some cases, such as in the connection of the Xanon head of audio equipment, the shielding layer needs to be soldered to the housing of the Xanon head.

　　This is usually done at the input or output of the device to ensure that the shield is connected to the device's grounding system.

　　Shielding layer peeling:

　　Before connecting the core wire, the shielding layer needs to be peeled off a certain distance.

　　Using tools such as wire strippers, carefully peel off the shielding layer to avoid damaging the internal core wire.

　　Second, the core wire connection

　　Core wire peeling:

　　The insulating layer at the end of the core wire is peeled off a distance for connection.

　　Using tools such as wire strippers or blades, carefully peel off the insulation.

　　Core wire connection:

　　Connect the stripped core wires to the corresponding terminals.

　　If it is a soldered connection, the core wire needs to be soldered to the terminal; if it is a crimp connection, the core wire needs to be crimped to the terminal using tools such as crimp pliers.

　　Insulation treatment:

　　After the connection is completed, the connection part needs to be insulated.

　　Heat shrinkable sleeves, insulating tape, and other tools can be used to wrap the connection parts to prevent short circuits and leakage.

　　III. Precautions

　　Shielding integrity:

　　When handling the shielding layer, ensure that its integrity is not compromised.

　　Avoid damaging the internal core wire or disrupting the continuity of the shielding layer when peeling off the shielding layer.

　　Grounding reliability:

　　Make sure the shield is grounded reliably to avoid the impact of electromagnetic interference on signal transmission.

　　When grounding, pay attention to the size of the grounding resistance and the stability of the grounding system.

　　Connection robustness:

　　Make sure that the core wire connection is firm and reliable to avoid problems such as loosening or falling off.

　　After the connection is completed, necessary inspections and tests are carried out to ensure the stability and reliability of the connection.

　　In summary, the connection method of single-core shielding wire requires careful handling of the connection between the shielding layer and the core wire to ensure the firmness and reliability of the connection. At the same time, it is also necessary to pay attention to the grounding method and integrity of the shielding layer.