White Matter NanoZ Manuale Utente Scaricare il pdf (Pagina 11)

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There are two options for interfacing with the nanoZ: a Windows-based nanoZ

application, and the Matlab SDK, which runs under Matlab. Refer to the ʻMatlab

software development kitʼ section of the User Manual for detailed instructions on

how to control the nanoZ from Matlab.

The nanoZ application can be run from the Windows Start menu or Desktop

shortcut. The application will connect with the first available nanoZ device. If one

or more nanoZs are plugged into the USB port after the application has already

started, they can be selected from the Device list on the main menu.

An intuitive graphical user interface makes the nanoZ easy to use.

User-programmable electrode site configurations (see Probe window) provide a

meaningful way to visualize the integrity of the electrode array, and allow subsets

of channels to be tested and/or conditioned by selecting the relevant sites with a

few mouse clicks.

A virtual digital multimeter (DMM) displays impedance measurements or the real-

time plating voltage, depending on the mode of operation. If R||C is checked, the

resistive and capacitive components of the current impedance measurement will

be displayed, assuming a parallel RC equivalent circuit model.

Clicking on Scope or selecting View | Scope from the main menu will display a

virtual oscilloscope with the Z test or plating waveform (output) in green, and the

virtual DMM,

scope display

device status

settings for

current mode

mode

selection

adaptor/

electrode

selection

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White Matter NanoZ Manuale Utente Pagina 11