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Bond wire resistance

A bond wire has electrical flow through a fine wire that connects two sections of an electronic device. Bond wires are extremely thin (not much thicker than a human hair) to fit into the small spaces inside the device. These special TS Heating Alloy Resistance Wire are made from metals that are great for carrying electricity, such as gold or copper. As such, this is relevant as the materials must be capable of conducting electricity well for the device to work optimally. 


Factors that Impact Electronic Performance

Length and thickness of a bond wire are among one of the factors that influence the performance of an electronic device. Also, a longer wire has more resistance than a short one, so it slows the flow of electricity even further. Conversely, a thicker wire has greater conductivity, which means electricity will flow more easily. This is why engineers need to think hard when designing their devices. Wire length and wire thickness must be optimized to find a good trade-off between low LED curvature resistance and minimal LED performance, as well as heat conversion of the LEDs. 

Temperature is another influential factor that can affect the performance of a device. The metal in the bond insulated resistance wire can expand, so it can change size when electronic devices heat up. The resistance can increase or decrease as a function of temperature. Unfortunately, not only when this resistance peaks, the device will no longer work, but can also cause a serious damage. And this is why engineers have to think about how heat will impact the materials they use.

Why choose TS Heating Alloy Bond wire resistance?

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