Copper braided tape flexible connectors is more widely used than copper foil soft connection, mainly due to the following reasons:
Strength: Copper woven tape is softer and more elastic than copper foil, which can adapt to more connection scenarios and has better tensile strength. This makes copper braided tape flexible connections suitable for various irregular shapes or sizes without being prone to breakage or damage.
Conductivity: Copper braided tape has excellent conductivity, and its braided structure can provide better current distribution and conductivity effect. In contrast, copper foil soft connections may have uneven current distribution due to the limitations of their planar structure, which affects the conductivity of the entire connection.
Heat dissipation performance: Copper braided tape has better heat dissipation performance, which can quickly dissipate the generated heat to avoid overheating or damage. This is particularly important in some high-power and high-temperature environments, such as electronic devices or power systems.
Reliability: Copper braided tape flexible connectors are relatively more durable, as they can withstand more winding, disassembly, and reconnection times and are less prone to oxidation and other issues. However, copper foil soft connections may be prone to damage or poor contact due to their thinness and easy bending.
In summary, copper braided tape flexible connectors have a wider range of applications, are suitable for more connection needs, and have better strength, conductivity, heat dissipation, and reliability.
