...
The inner copper layers allow for the high conductivity and low temperature rise when the current flow is lateral, across the material, which the nickel and stainless steel layers increase the resistivity of the material when current is flowing vertically, as is the case with a spot welding procedure. This increase in resistance for vertical conduction allows the material to heat up when large currents are passed through it. If a large enough current is passed through it, the material will melt and successfully create a welded joint to other surfaces. In our case, these 'other surfaces' will be the 18650 cells and the nickel strips.
INSERT SPEC SHEET PDF
| View file |
|---|
| name | Sigma_Clad_60.pdf |
|---|
| height | 250 |
|---|
|
| View file |
|---|
| name | Sigma_Clad_Whitepaper.pdf |
|---|
| height | 250 |
|---|
|
Image Added| View file |
|---|
| name | EMS Sigma Clad 60 Resistivity Testing.txt |
|---|
| height | 250 |
|---|
|
| View file |
|---|
| name | Sigmaclad_Designers_Guide_.pdf |
|---|
| height | 250 |
|---|
|
| View file |
|---|
| name | Sigmaclad Designers Guide revised 11-11.pdf |
|---|
| height | 250 |
|---|
|
Use
INSERT PICTURE OF LOCATION ON MODULE AND PLAIN PARTS
...