raditeq RadiPower RPR2006C User manual

Models:
www.raditeq.com
RPR2006C | RPR2006P | RPR20018C | RPR2018P
RadiPower®
Product Manual
RF Power Meters

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RadiPower® product manual
This product manual pertains to the RadiPower®.
Models: RPR2006C | RPR2006P | RPR20018C | RPR2018P - By Raditeq
Plug-in card: USB1004A - By Raditeq
Publish date: 09/06/21
All trademarks used in this manual are the property of their respective owners
Supplier Information
Raditeq B.V.
Vijzelmolenlaan 3
3447 GX, Woerden
The Netherlands
Tel.: [phone]
Internet: www.raditeq.com
Email: [email protected]
Read this manual carefully before operating the product and make sure all the safety instructions
are strictly followed.
For your convenience, a Quick Start Guide has been added to this product. This Quick Start Guide contains the
basic start-up steps and the safety warnings.
Please keep the Quick Start Guide (and this regular manual) close at hand when you operate your new Raditeq
product(s).
Please contact your local reseller if you have any questions.
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RadiPower® Product Manual
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Table of contents
WARNINGS & PRECAUTIONS 4
Introduction 5
The RadiPower® 2000 Series - overview 6
The RadiPower® 2000 series 7
Product characteristics 7
Dierent Models - 2000 Series 8
Theory of operation - RadiPower® 2000 series 8
Installing the RadiPower® plug-in card (USB1004A only) 10
RadiCentre® & USB1004A - Manual Control 11
Sensor conguration 11
Frequency settings 12
Oset settings 12
Filter Settings 12
Calculation functions 13
RadiPower® Installation 14
Stand-alone Conguration 14
Software Conguration 15
How to congure the RadiPower® in RadiMation® 15
How to connect the RadiPower® to the RadiCentre® 16
How to check whether the RadiPower® is properly connected to RadiMation® 16
Remote Control 18
RadiPower® 2000 Series Command Set 18
RadiCentre® command set 18
Prex & Communication example: 19
Stand-alone command set 19
Specications RPR2000 Series 20
Warranty Conditions 22

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RadiPower® Product Manual
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WARNINGS & PRECAUTIONS
Read the contents of this product manual carefully and become familiar with the safety markings, the product instructions
and the handling of the system. Please refer to the applicable product manual(s) for further information regarding
the operation and control of the product(s).
This product requires a protective earth connection. The mains power source for the equipment must supply an
uninterrupted safety ground to the IEC input connector(s).
This equipment is designed to be used as a plug-in card for the RadiCentre® series. Do not use this card on its own or in combination
with any other mainframe. Using this product with any other mainframe can cause harm and will void warranty.
Only Raditeq qualied maintenance personnel is allowed to perform maintenance and/or repair service on the equipment.
This product® contains materials that can be recycled and reused to minimize material waste. At the ‘end-of-life’, specialized
companies can dismantle the discarded system to collect the reusable and recyclable materials. If your product is at its ‘end-
of-life’, please return it to your local reseller or to Raditeq for recycling.
For cleaning, use a clean, dry cloth (or a damp cloth where needed) and wipe the surface of equipment.
This product contains no hazardous substances as described in the RoHS Directive (2015/863/EU).
This product contains embedded software, which is eld upgradeable from the RadiCentre® using the USB-A connection port
on the backside panel of the RadiCentre®. For more information about updating your Raditeq plug-in card, please read the
RadiCentre® manual.

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RadiPower® Product Manual
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Introduction
This manual contains information about the RadiPower® range of RF power meters.
An accurate power meter is indispensable to perform reliable EMC measurements. The RadiPower® is a RF
power meter especially designed for power measurements during EMC tests. The RadiPower® is an aordable,
accurate and fast power meter. It provides accurate measurements over a wide frequency range, which enables
eective measurements in accordance with the latest EMC standards.
Each RadiPower® RF power meter has an USB port that allows direct connection and control from any Microsoft®
Windows PC. The RadiPower® models RPR20XX can also be connected and controlled through the four (4)
channel USB plug-in card (model USB1004A) in combination with the RadiCentre® modular test system.
Please read this manual carefully and make sure to pay special attention to the chapters regarding your new
product(s).
RadiCentre® System
The RadiCentre® is a modular EMC/RF test system that serves as the interface
between user and computer for all the RadiCentre® plug-in cards and modules.
RadiMation® Software
RadiMation ® is the EMC software package from Raditeq used for remote control
and automated testing of the RadiCentre® plug-in cards and modules and is sold
separately.
RadiField® Electric Field Generator
The patented RadiField® Triple A is no less than a revolution in EMC immunity testing.
A complete paradigm shift involves a combination of high-level integration and
a eld combining technique, making several discrete components like combiner,
coupler, power meters and cabling superuous. This product is sold separately.
RadiMation

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Shielded USB cable
Model: USB A male to USB mini B5 male.
To connect the RF power sensor with the plug-in card.
The RadiPower® 2000 Series - overview
RadiPower® RF power sensor
Model: RPR2006C, RPR2006P, RPR2018C or RPR2018P A RF power
sensor to be used together with a RadiPower® plug-in card or
directly to a PC.
RadiPower® plug-in card (purchased seperatly)
Model: USB1004A.
The RadiPower Plug-in card USB1004A provides the ability to
combine and incorporate four RadiPower® power meters in a single
slot of the RadiCentre®. Doing so provides the means to control the
(four) RadiPower® through the touch-screen of the RadiCentre®.
Additionally to controling the RadiPower® the USB1004A gives the
option to link and combine the power meter output. Furthermore it
can calculate the gain, net power and VSWR.
Supporting documentation in the form of USB stick containing:
• The (digital) User Manual and Quick Start Guide.
• The installation of RadiMation® Free software and drivers.
• Optional - The calibration certicate for the power meter (if a certication was requested).

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RadiPower® Product Manual
RPR2006C | RPR2006P | RPR20018C | RPR2018P | USB1004A
The RadiPower® RF power sensor is optimized for EMC measurements, where a high dynamic range, together with
fast measurements, are required even at low power levels. Where most power sensors require long measurement
times at low RF levels, the RadiPower® RF power sensor is able to perform accurate power measurements, with
a high measurement speed, at power levels close to the noise oor, without the need for zero adjustment!
Fast - EMC immunity measurements are time consuming. This is mainly dependent on the number of frequency
points, the dwell time and the speed of the power meter. As the rst two parameters are generally prescribed
by standards, the only one that can be optimized is the speed of the power meter. The unprecedented detector
technology of Raditeq’s power meters makes extremely fast and accurate power measurements a reality, even
at low power levels.
Accurate - Accuracy is another concern in addition to speed, when performing EMC measurements. The
RadiPower® allows for high precision EMC measurements with a large dynamic range. Because the RadiPower®
has a high accuracy over the complete band, it is suitable for measurements in accordance to automotive,
military, telecom and EMC basic standards such as the IEC61000-4-3/6 standards.
Low measurement uncertainties - Impedance mismatches contribute to the measurement uncertainty. The
RadiPower® has a very low Standing Wave Ratio (SWR) as a result, measurement uncertainties are low compared
to other contributions in the EMC measurement setups.
Robust housing
The RadiPower® RF power sensor is mounted in a rugged metal housing to ensure a long life and excellent RF
shielding. The power sensor is equipped with an N-type precision RF input connector and a mini USB-B connector
for communication with a computer.
Easy to use - With the USB interface the RadiPower® is easy to use. In addition, the RadiPower® can be controlled
by both the RadiMation® integral EMC measurement software and any other EMC measurement packages,
because all the software command codes needed to control the unit are available. For ‘stand-alone use’ of the
RadiPower®, RadiMation® Free measurement software is delivered with the system. By using the USB1004A plug-
in card, up to four RadiPower® heads can be connected to a single plug-in card in a RadiCentre®.
CW sgnals & RF bursts - To enable the measurement of RF bursts, the RadiPower® can also be delivered as a RF
pulse power head. This P-version of the RadiPower® is able to measure RF bursts as short as a few microseconds.
The C-version of the RadiPower® only supports RMS-measurements for CW signals.
The RadiPower® 2000 series
Product characteristics

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RadiPower® Product Manual
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CW Mode
The RadiPower® performs RMS power measurements of CW-signals. In RMS mode the RadiPower® samples the
signal at high speed. The RMS value of the power is calculated over the number of samples dened by the lter
setting and can be read by a simple command. Due to the high sampling speed the number of readings is high,
even at large lter settings.
Peak mode
Peak mode keeps track of the maximum power that is measured during a specic time interval. In PEAK mode, the
“power?” -command will return the highest value that was measured since the last “power?” -command. After each
cycle of the command the previous peak value is cleared,
Theory of operation - RadiPower® 2000 series
The RadiPower® uses a high speed power detector to measure the RF signal, independent of the crest factor of
the input signal waveform. The detected signal is sampled, at high speed, by a high speed ADC and the samples
are processed by a powerful DSP. The sophisticated software enables unique functions, such as envelope tracing
and burst logging. The table below shows which models support the dierent measurement modes.
Mode RPR20XXC RPR20xxP RPR3006W
0 : CW √ √ √
1 : Peak √ √
2 : Envelope tracing √
3 : Burst √
Dierent Models - 2000 Series
The RadiPower® RF power sensor is available in 4 models; the RPR2006C, RPR2006P, RPR2018C and RPR2018P.
The dierences between these models is the frequency range that they cover and the types of measurements
that they can perform.
• C- vs P-models
The C-models support measurements for CW signals.
The P-models can measure RF bursts as short as a few microseconds.
• 2006 vs 2018 models
RPR2006: 9 kHz to 6 GHz -55dBm to + 10 dBm
RPR2018: 80 MHz to 18GHz -45 dBm to + 10 dBm
• Option2 for 2006 models
#010 4 kHz extension (-40 dBm to +10 dBm from 4 to 9 kHz)

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Envelope tracing
It In this mode, the power meter captures data before and after a trigger event occurred. In conjunction with the
extremely fast measurement speed of the power meter. This function excels in analysing switching errors that can
occur for example in signal generators or transmitters.
To setup an envelope tracing measurement, the user must set a trigger level (threshold value). This trigger can be
rising (power exceeds the threshold value) or falling edge (power drops below the threshold value). When the trigger
occurs, the power-meter will store 4000 measurement point, 2000 before the trigger occurs and 2000 after.
v
Besides the trigger, the user can also set a hold o and a delay time. The hold o timer sets a time window, in this
window no trigger may occur. If a trigger is detected during this window the timer will reset. If this function is not used
the timer must be set to 0. The delay time is a delay before the hold o timer starts. This delay can be used to get the
all the (test) equipment in a steady state, before the power meter will capture any trigger.
The following gure shows an example.
The X axis represents power and the Y axis is the time and samples. The trigger is set to a rising edge, this is the
horizontal dashed line. The measurement starts with a delay time. In this delay time a theoretically trigger occurred
but is ignored by the power meter. After the delay time the hold o timer start, in this example there is also a trigger.
The power meter will detect the peak and resets the hold o timer. When the (second) hold o timer has ended the
power meter will be able to detect a peak. When this peak is detected the power meter will store the 2000 samples
before and after the trigger occurred.

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RadiPower® Product Manual
RPR2006C | RPR2006P | RPR20018C | RPR2018P | USB1004A
Please follow the instructions below on
how to install the Raditeq plug-in card into
the RadiCentre® correctly. NOTE: Before
installing and inserting a new plug-in card
make sure that the RadiCentre® is turned
OFF.
Step 1
Choose an empty slot in the RadiCentre® in
which the plug-in card can be installed.
Remove the blind panel from the slot by unscrewing
the four (4) screws on the panel (two at the
top and two at the bottom).
Step 2
Insert the plug-in card in the rail of the empty
slot as shown in the picture A. Position the
plug-in card into the slot and slowly push it,
using the lower part of the plug-in card. When
it reached the end of the rail, gently push and
secure the plug-in card into the backplane
socket.
Step 3
When the plug-in card is inserted cor-
rectly into the backplane socket, fix it by
tightening the four screws at the top and the
bottom of the plug-in card (shown at B). For
connection of the panels into the RadiCentre®
a screwdriver type Pozi, size PZ1 should be
used’
Step 4
After installation of the plug-in card, connect
the AC mains power cord on the back of the
RadiCentre® and switch the ON/OFF button to
the ON position. The RadiCentre® can now be
started by tapping the touch screen.
When installed properly, the plug-in card
should be recognized and shown automatically
on the front screen of the RadiCentre® when
turned ON.
A
Installing the RadiPower® plug-in card (USB1004A only)

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RadiPower® Caluclation
RadiPower® Status Screen
RadiCentre® home screen
RadiCentre® & USB1004A - Manual Control
Once the RadiCentre® is switched on, the RadiPower® can be activated from the ‘main’- screen on the RadiCentre®
touch-screen.
Sensor conguration
The large ‘status’ button in the ‘main’ screen of the RadiCentre® will display the detected RadiPower® USB1004A
plug-in card and the inserted RadiPower® power meters. To monitor the measured power level(s), one can go to
the ‘control’ screen by pressing the RadiPower® ‘status’ button.

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Frequency settings
In order to obtain the correct absolute power level, the user
can enter the measurement frequency in the frequency
window (see gure below). This window will appear after
pressing the frequency button next to the power sensor
data.
Note: When the user does not enter the correct measurement
frequency, the power sensor will not display the correct
absolute power level.
Oset settings
Another function that is available for the RadiPower®
is the ‘Oset’ function. The Oset value can be used to
‘compensate’ for a xed – known value, for example 20 dB
attenuation. The oset value dened in dB will be subtracted
from the measured value of the RadiPower® the user can
enter the ‘Oset’ value by pressing the ‘Oset’ button on the
RadiPower® screen, where a new window will open in which
the value can be entered. Please refer to gure on the right
where as an example an oset of 20 dB has been entered.
The displayed value on Port B will now be the measured
value minus the oset value (20 dB lower).
Filter Settings
The user can also enter the lter setting, to select a ‘lter
time constant’. For more information on the available lter
settings, please refer to the ‘RadiPower® Specications’
section of this manual.

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RadiPower® Product Manual
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In situations where multiple RadiPower® USB
power heads are connected to the USB1004A
plug-in card, the operator can use pre-
dened calculations on the main screen to
calculate between two dierent power meter
measurements. This function is only applicable
for mode 0 (CW)..
Net Power function
The ‘Net power’ function is shown as an example
in gure on the right.This function will calculate
the dierence (in dBm) between two power
meters. The measured power on port A (in Watts)
and the measured power on port C (in Watts) will
be subtracted resulting in the net power.
Gain function
The ‘Gain’ function will calculate the dierence (in dB) between the measured power of two ports.
VSWR function
The ‘VSWR’ function will calculate the VSWR based on the measured forward power and reected power
between two ports (in U).
Calculation functions

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RadiPower® Product Manual
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Connect the RadiPower® sensor to a Windows computer with a USB port for ‘stand-alone’ use. Use the supplied
USB cable to connect the sensor to your computer. Windows will prompt that new hardware has been found. The
USB-driver for the RadiPower® is Windows certied and will be loaded automatically from the Windows update.
If the drivers are not loaded automatically, these can be installed manually from the supplied USB-key. Follow
the normal instructions from Windows to install the drivers manually.
Once the drivers are loaded successfully, the RadiPower® will be shown in the device list.
RadiPower® Installation
Stand-alone Conguration
Connect the RadiPower® sensor to a Windows computer with a USB 1.1 compatible port. Use the supplied USB
cable to connect the RadiPower® sensor. The hardware installation for the RadiPower® sensor is now complete.

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RadiPower® Product Manual
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In order to control the RadiPower® from a computer, the RadiMation® EMC software package can be used.
RadiMation® from Raditeq is sold separately. A free version of RadiMation® is available on: https://www.
raditeq.com/automated-emc-software/radimation-free/. If the RadiPower® is operated manually, this chapter
can be skipped.
The RadiPower® device driver is part of the Power Meter Device Driver family
How to congure the RadiPower® in RadiMation®
1. Start the latest version of RadiMation®; https://www.raditeq.com/radimation-download/
2. Select the button ‘Device’ at the top menu bar, followed by clicking ‘Congure’;
3. In the conguration screen select ‘Device Drivers’ and Select ‘Power meter’ or any of the other
drivers as driver type;
4. Click the ‘Add’ button to open the selection of available drivers in RadiMation®;
5. Enter ‘RadiPower’ in the search bar which will show all available RadiPower® drivers;
6. Select the correct driver, double click it (Optional, rename it) and press ‘OK’.
Software Conguration
2
4
3
5

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How to check whether the RadiPower® is properly connected to RadiMation®
1. Select ‘Devices’ in the top menu bar
2. Open ‘Device Drivers’ and select device driver type: ‘Power Meter’
3. Double click the recently congured RadiPower® or click ‘Edit’.
4. Finally select the ‘Check’ button on the right side of the opened screen.
5. When correctly congured, RadiMation® will notify you that the device is correctly installed.
2
4
3
How to connect the RadiPower® to the RadiCentre®
To connect the RadiPower® to the RadiCentre® simply connect the USB cable between the two devices.

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From the conguration list, select the RadiPower® and press “Edit”. A device driver settings window will now
appear.
• Press the “Advanced” button.
• Select the “Option” tab and set the desired lter for CW measurements, for example: Filter 5.
• Select the “RadiCentre” tab and select “Directly to PC”.
• Select the “Communication” tab and select “Detect”. Press Congure.
A new window will appear to detect the USB identier of the RadiPower®. and press “Detect”.
If the device Identier is detected, press “OK”. Press “OK” again to return to the Conguration window.
Perform a nal check to determine whether the RadiPower® is ready to be used. From the conguration windows
press the “Check” button.
In case you want to congure multiple RadiPower® power meters, make sure that only one RadiPower® is
connected at the same time and repeat the procedure as described above for each RadiPower®. Please be
noted that each RadiPower® will have an unique name.
If all necessary power meters are added in the conguration, the measurement can be setup and all RadiPower®
can be connected to the USB ports of the PC.

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RadiPower® Product Manual
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Remote Control
The RadiPower® can be controlled remotely through the interfaces of the RadiCentre®. The exact communication
protocol can be found in the RadiCentre® manual. The specic commands for the RadiPower® are shown in
‘RadiPower® 2000 series Command Set’.
RadiPower® 2000 Series Command Set
RadiCentre® command set
The commands for the plug-in card of the RadiPower® sensor can be found in the RadiCentre® product manual
under the Programming manual. Please note that if the the RadiPower® is connected to the USB1004A all the
commands must have a prex consisting of the ‘Device number’ and the RadiCentre® slot. An example is shown
in the picture below and the next page.
Refer to the RadiCentre® manual, for more information on the command sets, error codes and device
numbers.
RadiMation ®
RadiCentre®
Modular Test System
RadiPower
RPR1004A
Port A
Port B
Port C
Port D
RadiPower
RPR1004A
Port A
Port B
Port C
Port D
RadiPower
RPR1004A
Port A
Port B
Port C
Port D
RadiPower
RPR1004A
Port A
Port B
Port C
Port D
‘*IDN?’
RadiPower ®
RadiPower ®
RadiPower ®
RadiPower ®
‘2A: *IDN?’
‘2B: *IDN?’
‘2C: *IDN?’
‘2D: *IDN?’

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Prex & Communication example:
Device number message example:
• “2A:POWER?”
Get the power level of the RadiPower® sensor which is connected to port A of the RadiPower® plug-in card
in slot 2.
• “2B:FILTER?”
Get the lter setting of the RadiPower® sensor which is connected to port B of the RadiPower® plug-in card
in slot 2.
• “3B:FILTER?”
Get the lter setting of the RadiPower® sensor which is connected to port B of the RadiPower® plug-in card
in slot 3.
“2” = ‘board-number’ of the RadiPower® plug-in card
“A” & “B” = ports of the RadiPower® RF power sensor
“FILTER?” = message to the RadiPower® RF power sensor
Stand-alone command set
The RadiPower® sensor can also be directly connected to a PC. When the RadiPower® is directly plugged into a
PC the prex is not required or necessary.
Communication with the RadiPower® sensor is possible using a virtual COM-port (VCP)
For more information see chapter ‘stand alone conguration’.

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Specications RPR2000 Series
Model RPR2006 RPR2018
Measuring function CW power, Peak power, Envelop tracing (P version only)
Measurement speed 20 kSps, 100 kSps, 1 MSps
Resolution 0,01 dB
Measuring units dBm or Watt
Zero adjustment Not required
Input damage level > +20 dBm
Measurement range & accuracy
Frequency range (4 kHz) 9 kHz to 6 GHz 80 MHz to 18 GHz
Power measuring range -55 dBm to + 10 dBm
(Usable to -60 dBm)
-45 dBm to + 10 dBm
(Usable to -50 dBm)
Frequency response accuracy (at23ºC±2ºC) +/- 0,25 dB +/- 0,25 dB (≤ 10 GHz)
+/- 0,50 dB (> 10 GHz)
Linearity error 0,05 dB + 0,005 dB/dB
(-50 dBm to +10 dBm)
0,025 dB / dB
(-40 dBm to +10 dBm)
Temperature eect 0,15 dB max over full temperature range
VSWR
< 100 MHz 1,05 1,20
100 MHz to 2 GHz 1,15 1,20
2 GHz to 6 GHz 1,35 1,20
6 GHz to 18 GHz n/a 1,35
Power Consumption
Supply voltage +5Vdc from USB port (4,75 V to 5,25 V)
Current consumption (USB) 120 mA 160 mA
Connections & Demensions
Dimensions of the power sensor ( h * b * d ) 124 * 32 * 32 mm 152 * 32 * 32 mm
RF input connector N type precision
USB connector USB type B (1.1)
Enviromental conditions
Temperature range (operating) 0° to 40° Celsius
Temperature range (storage) -20 to 85º C
Relative humidity 10 – 90% (non-condensing)
Warranty 3 years* (excluding misuse)