Internal Connection Line
(Total 4 Products)
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Brand:szxyqMin. Order:1 Piece/PiecesTransportation:Ocean,Land,Air,ExpressPackaging:boxesSupply Ability:1 million per monthPlace of Origin:ChinaProductivity:1 million per monthProduct Name:UL-1571 Rated temperature: 80°C Rated voltage: 30V AC Stranded UL Cable UL-Cable high-quality electrical cables Function: UL Cables... -
Min. Order:1 Piece/PiecesTransportation:Ocean,Land,Air,ExpressPackaging:BoxesSupply Ability:1 million per monthPlace of Origin:ChinaProduct Name: UL-1007 Rated temperature :80℃ Rated voltage :300V AC high-quality electrical cables UL-Cable Stranded UL Cable Function: UL Cables are reliable wiring solutions and... -
Min. Order:1UL-1015 Cable: Premium Wiring for Electronic Equipment Our UL-1015 Cable stands as a benchmark among high-quality cables, designed to deliver exceptional performance in diverse electronic and electrical setups. As a core part of our reliable... -
Min. Order:1Model No:025589Transportation:Express,Air,Land,OceanSZXYQ's UL-1061 Internal Connecting Cables: Crafted with Expertise, Backed by Strength SZXYQ is proud to present its UL-1061 internal connecting cables, a cornerstone of its **high-quality cables** portfolio, engineered to redefine reliability in...
Internal connection lines are fundamental wiring components used within electronic devices to interconnect various components and circuit boards, performing critical functions in power transmission, signal delivery, and data exchange. The design of these cables focuses on meeting installation requirements in confined spaces while ensuring stable performance in complex electromagnetic environments. Common types of internal connection lines include ribbon cables, shielded wires, silicone wires, and others, which typically require good flexibility, heat resistance, and anti-interference capability to adapt to challenges such as high temperatures, bending, and electromagnetic interference that may exist inside equipment. Whether in consumer electronics or industrial equipment, the quality and reliability of internal connection lines directly affect the performance and long-term stability of the entire machine.
The selection of internal connection lines depends on specific application scenarios and performance requirements. In situations requiring high-density wiring, flexible flat cables (FFC) and flexible printed circuits (FPC) are preferred for their ultra-thin characteristics; in environments with high anti-interference requirements, shielded wires with braided or foil shielding become the first choice; while in high-temperature areas, cables made of heat-resistant insulating materials such as silicone or Teflon are necessary. These cables must not only pass safety certifications such as UL and CE but also comply with environmental directives like RoHS. From motherboard connections in smartphones to control circuits in industrial robots, internal connection lines act as the "neural network" of electronic devices - although not directly visible, they are crucial components ensuring proper equipment operation.