WinCappWinCappWinWindows-based dows-based CComputer omputer AAided ided PPulse ulse PPlating systemlating system

TCD Teknologi ApSDenmark

WinCappWinCappwhat can you do with it?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

The WinCapp system consists of:

PC Software for Windows

and a WinCapp Function Generator

WinCapp Function Generatoroutput for PAR 263A

Potentiostat

Galvanostat

Power

• Design of functions• On-line experiment control

• Generation of control signals

• Rectifier interface

WinCapp can controlpower supplies throughan external input

EG&G Princeton Applied ResearchPotentiostat/Galvanostat

model 263/273

Potentiostat

Galvanostat

Power

External

The WinCapp system consists of:

PC Software for Windows

and a WinCapp Function Generator

WinCapp Function Generatoroutput for PAR 263A

Potentiostat

Galvanostat

Power

• Design of functions• On-line experiment control

• Generation of control signals

• Rectifier interface

EG&G Princeton Applied ResearchPotentiostat/Galvanostat

model 263/273

Potentiostat

Galvanostat

Power

External

WinCapp can controlpower supplies throughan external input

Let’s take a look at the PC-software

x

x

creating a new experiment...

File

NewOpenSaveSave as...CloseDescriptionPrintPrinter setupExit

x

creating a new experiment...

File

NewOpenSaveSave as...CloseDescriptionPrintPrinter setupExit

x

creating a new experiment...

File

NewOpenSaveSave as...CloseDescriptionPrintPrinter setupExit

x

creating a new experiment...

Noname.exp x

x

This is an empty experiment

creating a new experiment...

Noname.exp x

x

let’s link 3 consecutive functions together..

Noname.exp x

x

let’s link 3 consecutive functions together..

Noname.exp x

x

let’s link 3 consecutive functions together..

Noname.exp x

x

now let’s design them...

Noname.exp x

x

just click to define a point

Noname.exp x

x

Noname.exp x

x

Noname.exp x

x

Noname.exp x

x

an so on with the rest...

Noname.exp x

x

loops are also possible...

1000

x

Noname.exp x

Nickel.exp x

CMA.expx

1000

and we can work with several experiments at the same time...

200