1. Windows-based Computer Aided Pulse Plating system TCD Teknologi ApS Denmark

2. what can you do with it? Design Pulse Plating functions in Microsoft Windows Multitasking Printing Copying between applications Create any shape by defining vertices Ramps Squares Sine waves Pulses Form experiments of consecutive linked functions Sandwich layers CMA layers Special property layers Do Pulse and Pulse Reverse from 1 ms to several hours Generate signals for your lab rectifier (power supply) AXA rectifiers PAR potentio/galvanostat Others

3. The WinCapp system consists of: PC Software for Windows and a WinCapp Function Generator WinCapp Function Generator output for PAR 263A Potentiostat Galvanostat Power Design of functions On-line experiment control Generation of control signals Rectifier interface WinCapp can control power supplies through an external input EG&G Princeton Applied Research Potentiostat/Galvanostat model 263/273 Potentiostat Galvanostat Power External

4. The WinCapp system consists of: PC Software for Windows and a WinCapp Function Generator WinCapp Function Generator output for PAR 263A Potentiostat Galvanostat Power Design of functions On-line experiment control Generation of control signals Rectifier interface EG&G Princeton Applied Research Potentiostat/Galvanostat model 263/273 Potentiostat Galvanostat Power External WinCapp can control power supplies through an external input

5. Let’s take a look at the PC-software x

6. x creating a new experiment...

7. File New Open Save Save as... Close Description Print Printer setup Exit x creating a new experiment...

8. File New Open Save Save as... Close Description Print Printer setup Exit x creating a new experiment...

9. File New Open Save Save as... Close Description Print Printer setup Exit x creating a new experiment...

10. Noname.exp x x This is an empty experiment creating a new experiment...

11. Noname.exp x x let’s link 3 consecutive functions together..

12. Noname.exp x x let’s link 3 consecutive functions together..

13. Noname.exp x x let’s link 3 consecutive functions together..

14. Noname.exp x x now let’s design them...

15. Noname.exp x x just click to define a point

16. Noname.exp x x

17. x x

18. x x

19. x x an so on with the rest...

20. Noname.exp x x loops are also possible... 1000

21. x Noname.exp x Nickel.exp x CMA.exp x 1000 and we can work with several experiments at the same time... 200