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A method for surface mount solder of a comparatively large component is provided wherein a first intermediate component is soldered to a printed wring board and a larger second component is positioned and soldered to the printed wiring board using the intermediate component. An electrical contact ma

A method for surface mount solder of a comparatively large component is provided wherein a first intermediate component is soldered to a printed wring board and a larger second component is positioned and soldered to the printed wiring board using the intermediate component. An electrical contact made this way is covered as well as its use in an electrostatographic printer.

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What is claimed is: 1. A method of soldering a component to a section of a printed wiring board having no through-holes, said method comprising the sequential steps of: placing an intermediate component on the section of the printed wiring board; soldering the intermediate component to the section

What is claimed is: 1. A method of soldering a component to a section of a printed wiring board having no through-holes, said method comprising the sequential steps of: placing an intermediate component on the section of the printed wiring board; soldering the intermediate component to the section of the printed wiring board, the intermediate component having a first surface attractive to solder and a second surface repellant to solder such that the second surface has no residual solder that would impede placing a second component in direct contact with the intermediate component; positioning the second component on the board in direct contact with the intermediate component that has previously been soldered to the printed wiring board; and soldering the second component at its position on the board to the intermediate component. 2. The method of soldering of claim 1, wherein placing an intermediate component further comprises using an automated process for such placement. 3. The method of soldering of claim 1, wherein soldering the intermediate component to the printed wiring board comprises using a mass soldering process. 4. The method of soldering of claim 3, wherein the mass soldering process is a wave soldering process. 5. The method of soldering of claim 3, wherein the mass soldering process is a reflow soldering process. 6. The method of soldering of claim 1, wherein the surface attractive to solder comprises a composition comprising tin. 7. The method of soldering of claim 1, wherein the intermediate component comprises at least a portion of the electric contact between the second component and the printed wiring board. 8. The method of soldering of claim 1, wherein the second component has more than five times the mass of the intermediate component. 9. The method of soldering of claim 1, wherein positioning further comprises inserting a portion of the second component into a receiving feature of the intermediate component. 10. The method of soldering of claim 9, wherein the intermediate component comprises a loop into which a portion of the second component is inserted. 11. The method of soldering of claim 1, wherein the second component comprises a projection feature for engagement with the intermediate component. 12. The method of soldering of claim 1, wherein a plurality of intermediate components are soldered on the printed wiring board and wherein the second component is positioned in contact with a plurality of intermediate components. 13. The method of soldering of claim 12, wherein the plurality of intermediate components are soldered on the printed wiring board essentially in a line formation. 14. The method of soldering of claim 1, wherein positioning further comprises manually positioning the second component. 15. The method of soldering of claim 1, wherein soldering the second component further comprises spot soldering the second component at its contact position with the intermediate component. 16. The method of soldering of claim 1, further comprising making electrical contact between the second component and the printed wiring board separate from the intermediate component. 17. The method of soldering of claim 1, wherein the second component comprises an electrical contact within an electrostatographic printer. 18. The method of soldering of claim 17, wherein the second component comprises an electrical contact within a circuit carrying current for charging elements. 19. The method of soldering of claim 1, wherein the intermediate component comprises a chip terminal.