MATLAB INSTRUMENT CONTROL TOOLBOX - RELEASE NOTES Manuel d'utilisateur télécharger pdf (Page 7)

Using the Instrument Control Toolbox

1MA171_5e Rohde & Schwarz How to use Rohde & Schwarz Instruments in MATLAB

After installing your specific VXIplug&play instrument driver, the tmtool gives you a

possibility to verify the installation (see section 2.3). The installation can also be

verified via the command instrhwinfo('vxipnp', 'INSTRUMENT_DRIVER'), where

INSTRUMENT_DRIVER is the driver name. For example, a successfully installed

rsspecan instrument driver can look like this:

> instrhwinfo('vxipnp', 'rsspecan')

ans =

Manufacturer: 'Rohde & Schwarz GmbH'

Model: 'Rohde&Schwarz Spectrum Analyzer'

DriverVersion: '1.0'

DriverDllName: 'C:\VXIPNP\WINNT\bin\rsspecan_32.dll'

2.2 Installing MATLAB Instrument Drivers

The command makemid('driver', 'filename') creates a MATLAB

instrument driver from

the instrument driver’s DLL description

, where 'driver' is the original VXIplug&play

driver name identified by instrhwinfo or the Test & Measurement Tool (see section 2.1).

For example, the RsSpecAn instrument driver can be imported using the following

command:

>> makemid('rsspecan', 'matlab_rsspecan_driver')

In the current working directory, the MATLAB

instrument driver file (extension: .mdd)

will be created from the specified VXIplug&play instrument driver.

Figure 1: Creating a MATLAB

instrument driver from a VXIplug&play instrument driver. The result of

this process is highlighted.

The Instrument Control Toolbox uses the API information of the VXIplug&play

instrument driver stored in the VXIplug&play function panel (extension: .fp) file.

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MATLAB INSTRUMENT CONTROL TOOLBOX - RELEASE NOTES Manuel d'utilisateur Page 7