DARE!! Instruments RSW1061K

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The DARE!! Instruments RSW1061K device driver is a Switch Matrix which is supported by RadiMation®.  

Configuration[edit]

The following tabs are available in the advanced configuration of the DARE!! Instruments RSW1061K:


GPIB DeviceStream Configuration.png

On the Communication tab, the desired communication method can be selected and configured. Depending on the selected method, additional relevant settings are shown and can be configured.


ScreenElementDescription.svg Communication Streams Selects the medium or method that should be used to communicate with the device. Depending on the capabilities of the device this can be one or more of:

See the Communication Settings in Chapter 15, on how to configure each of these methods.


DeviceDriverIdentification.png

On the Identification tab, the expected *IDN? response of the test and measurement device can be configured. It is used to determine if the correct test and measurement device is connected.


ScreenElementDescription.svg Expected response The expected *IDN? response of a device. It can be changed in the case the commands are the same for another device for which no RadiMation® driver is available yet.
ScreenElementDescription.svg Restore default Restores the original Exepected response.


DeviceDriverRadiCentreTab.png

There are several methods in which the DARE!! Instruments RSW1061K can be connected to the PC. The DARE!! Instruments RSW1061K can for example be connected directly to the PC, or through a plugincard in a RadiCentre 1 or a multi-slot RadiCentre. More information on how to use the RadiCentre is present in the product manual of the RadiCentre. The settings on the RadiCentre tab can be used to specify how the DARE!! Instruments RSW1061K is connected.

When the DARE!! Instruments RSW1061K is connected to a multi-slot RadiCentre, also the slot number in which the plugincard is fitted, should be specified.


ScreenElementDescription.svg Directly to PC Specifies that the DARE!! Instruments RSW1061K is connected directly to the PC, without the use of a RadiCentre.
ScreenElementDescription.svg RadiCentre 1 Specifies that the DARE!! Instruments RSW1061K is connected to a plugincard that is fitted in a RadiCentre 1.
ScreenElementDescription.svg RadiCentre multi-slot Specifies that the DARE!! Instruments RSW1061K is connected to a plugincard that is fitted in a multi-slot RadiCentre that also can be manually controlled using the display on the front of the RadiCentre. The slot number in which the plugin card is mounted can also be selected.
ScreenElementDescription.svg RadiCentre multi-slot Ultra Specifies that the DARE!! Instruments RSW1061K is connected to a plugincard that is fitted in a multi-slot RadiCentre Ultra. This RadiCentre Ultra has no display, and can only be used when remote controlled.


The settings on this RadiCentre tab, only specifies if and which RadiCentre is used. The communication settings on the Communication tab specify the connection settings to communication with the measurement device.

The configuration on the Communication tab should be configured depending on the outgoing connection from the PC. Thus if Directly to PC is selected, the communication settings should be configured as what is actually used between the PC and the DARE!! Instruments RSW1061K itself. If RadiCentre 1, RadiCentre multi-slot or RadiCentre multi-slot Ultra is selected, the communication settings should be configured as what is actually used between the PC and the RadiCentre. In the configuration where a RadiPower is connected with USB to a multi-slot RadiCentre, which is connected by GPIB to the PC, the communication settings of the RadiPower device driver should thus be GPIB.

If the DARE!! Instruments RSW1061K is for example connected to slot 3 of a multi-slot RadiCentre which has IP address 192.168.178.95 and is connected by LAN to the PC, the following settings should be configured in the device driver of the DARE!! Instruments RSW1061K:

  • RadiCentre tab
    • Connection type: RadiCentre multi-slot, using as slot number: 3
  • Communication tab
    • Communication Stream: VISA
    • LAN: 192.168.178.95

DeviceDriverSoftwareUpdateTab.png

The Software update tab can be used to update the software of the DARE!! Instruments RSW1061K.

ScreenElementDescription.svg Software Specifies the filename of the software update file that should be used to update the software of the measurement device.
ScreenElementDescription.svg Browse Allows to select the software update file.
ScreenElementDescription.svg Update software Starts the actual software update. First some checks are performed, and if those checks are successful, the actual software update is performed.
ScreenElementDescription.svg Status Shows a message during the software update, indicating the performed action and the actual status.
Warning-48px.png
Warning: The software update can take a few minutes. During the actual software update the window is disabled, and cannot be closed. It is possible that Microsoft Windows shows messages that the RadiMation® software is not responding. Ignore those messages and do not kill, abort or end the software. Also do not disconnect the connection between the DARE!! Instruments RSW1061K and the PC, while the software update is being performed.

After the software update is completed, a messagebox will be shown that the software update has been completed succesfully. In the case that an error has occured, this will also be shown. In case that an error has been detected, it is strongly suggested to directly use the RadiMation® Error Report function to report the error to Raditeq.

RSW2002E Switch settings.png

The Switches tab allows to configure the actual state of the relay on the switch card.


ScreenElementDescription.svg During and After

There are two switch configurations. These two configurations are during and after the test. The settings on the During tab are send to the switch matrix just before the test is started. The settings on the After tab are send to the switch matrix after the test has ended.
This allows that the relay switch settings can be completely different during and after the test. A possible situation is that the input of the analyser needs to be disconnected from the antenna, after the test has ended, to be sure that high voltage levels are damaging the analyser input. Another possible scenario is that the high power amplifier is switched to a dummy load, after the test has ended, to be sure there is no RF power in the anechoic chamber.

ScreenElementDescription.svg Relay A The output state that should be activated for Relay A on the switch card. It is also possible to not switch at all with the option Do not change
ScreenElementDescription.svg Relay B The output state that should be activated for Relay B on the switch card. It is also possible to not switch at all with the option Do not change