| 1. | Specific contact resistance can be obtained by multiplying by contact area.
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| 2. | It should also be noted that the contact resistance may vary with temperature.
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| 3. | There is also the contact resistance between the welding electrodes and the workpiece.
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| 4. | This will swamp out any likely contact resistance over the service life of R2.
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| 5. | There is, however, always a small amount of contact resistance.
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| 6. | Silver also has the lowest contact resistance of any metal.
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| 7. | There is the resistance of the workpieces, and the contact resistance between the workpieces.
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| 8. | This process can increase the contact resistance, superheat the relay and lead to fires.
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| 9. | Accumulation of debris has an adverse effect on the critical measurement of contact resistance.
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| 10. | This thermal resistance differs from contact resistance, as it exists even at atomically perfect interfaces.
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