D.A.R.E!! Instruments RPR2006P

General

Firstly you have to open the advanced device driver configuration window.

    Configuration

       Configuration

Now click Device Drivers and then select Power meters from the drop down list. Choose your powermeter (e.g. DARE!! Instruments RPRxxxxX) and click the "Advanced" button. You now have a window with several tabs and the different settings to configure you Powermeter.

Powermeter

General settings of the Powermeter.

Option

Filter settings of the Powermeter.

RadiCentre

Connection type settings of the powermeter.

Communication

Communication settings of the powermeter.

Firmware

Firmware update of the powermeter.

Powermeter

In the first screen it is possible to configure some general settings of the Powermeter. The working of both Levelling and Monitoring settings are exactly the same. The difference between these settings is the timing when the Levelling measurements and the timing when the Monitoring measurements are taking place during the test. This is also depending on which test is performed.

• Wait time: the minimum time that should be waited between each measurement.
• Max. Difference: the maximum difference that is allowed between the <Measure> measurement value(s); the highest and the lowest values are compared.
• Measure: the minimum amount of measurements that has to be performed to determine if the <Max. Difference> condition is met.
• Max. Measure: the maximum amount of measurements that could be performed, before there is a final measurement value available (which could meet these conditions, or not).

According these settings RadiMation will perform a minimum of three measurements with a maximum of ten with a wait time between measurements with a minimum of 75ms. The following cases are possible:

First case (after the first - minimum amount of - measurements are performed): The first (<Measure>) 3 measurements are performed and the results are WITHIN the difference of (<Max. Difference>) 0.1dB, then the last measurement value (of those three measurements) is used.

Second case (more measurements are needed): The first (<Measure>) 3 measurements are performed and the results are NOT WITHIN the difference of (<Max. Difference>) 0.1dB, then one new measurement is performed and RadiMation will use again the last three measurements (thus, the first measurement will be neglected) to determine if the results are now within the difference of (<Max. Difference>) 0.1dB. This process will repeat until the third or fourth case;

Third case (after new measurement(s)): The above settings and conditions are met (before the <Max. Measure> value is reached), the measurement value of the last measurement performed is then used as the correct measurement value. Or;

Fourth case (last measurement is done): The above settings and conditions are not met after the last measurement is done (and the <Max. Measure> value is reached), then measurement value of the last measurement performed is used as the correct measurement value.

Option

At the second tab you will find the filter selection.

From the drop-down menu you can select the filtering of the Powermeter. If a higher filter is selected then the sampling rate will also be higher. Default the filtering is set to automatic; 'Filter Auto'. The used filter is then depending on the actual power level which is being measured and will normally vary between filter 3 and filter 7.

An overview of the different filters and the corresponding sampling range:

Filter:	Sampling rate:
1	10
2	30
3	100
4	300
5	1000
6	3000
7	5000

For more information read the operation manual of your RadiPower device.

RadiCentre

Here you can set the right connection type of the communication with the Powermeter device.

• If the Powermeter is connected directly to your computer without intervention of a RadiCentre or an other device, you should select "Directly to PC".
• If the Powermeter is connected to a RadiCentre 1, you should select "RadiCentre 1".
• If the Powermeter is connected to an other RadiCentre with multiple slots, you should select "RadiCentre Multi-slot".

Additionally, when you have selected the "RadiCentre Multi-slot" you have to select the right "Device Identification" from the drop down menu, which is corresponding with the used slot and port in the RadiCentre. Thus, for example for this configuration a RadiCentre USB1004A plug-in card could be used, and is placed in slot 1 with the RadiPower sensor connected to port A. In addition, all commands should use this prefix 1A. Your Powermeter itself is always connected by USB. However, the communication with the RadiCentre is important when configuring your RadiPower, this will be further explained under communication.

Communication

The type of communication can here be configured. When your RadiCentre is connected by USB, select "USB" from the list of Communication Streams and click "Ok". Otherwise, choose the correct type of communication used as interface for the RadiCentre.

It is very important when you have connected your device with the USB interface to detect the device identification number. Otherwise, the device will not be recognized by RadiMation. To do so, click 'Configure', you will get the following screen:

Click the 'Detect' button and after that confirm with 'Ok'. Your USB communication is now correctly established.

The Advanced GPIB settings are mainly used to introduce (small) delays in the communication stream with the device. Especially in cases of (very) old equipment this setting is very useful, because the device can't handle the speed of commands RadiMation is sending to it. This setting screen is accessible whenever GPIB communication is possible. It is not always allowed by the end-user to change these configuration settings. When not accessible the settings are not grayed-out, but will just be reset to the default again. Normally, it is best to just keep the default settings if you have successful communication with the device.

The default settings for a serial connection can't be changed by the user. Therefore, these settings are grayed out. Logically, the COM port selection is still available for configuration.

File:9 Tab4 Communication 5VISA configure.PNG

Firmware

It is also possible to update the firmware of your Power meter to a newer version. When you have download and extract the newest version of the firmware you can use the "Browse" button to select the .upd file. Click "Update firmware" to update the firmware and wait for the process to finish.

The D.A.R.E!! Instruments RPR2006P device driver is a Power Meter which is supported by RadiMation^®.

Related pages

• D.A.R.E!! Instruments

Links

• Google search: D.A.R.E!! Instruments RPR2006P
• Google image search: D.A.R.E!! Instruments RPR2006P

This information about an equipment is automatically generated from the list of supported device drivers from RadiMation.

If you need more information you can contact radimation-support@raditeq.com.