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R&S®IMS Operating Manual - rohde

1. SWI NI 8SN 0 ino gen y TOULNOI ADO TYILNI ce Fal TOULNOI SLOWSY SINI ZLNO AN SECH H U ox 1x3 O o 1no asn ER fu O SE JE ino asn Sg UN SWI LLNO Je NJ e 2 pr wor fo nn Se dein gen EE zi S GE o H AR fe EG O u SS ES 7 AS ae E 2 d a LAO dv z NO any O i 0 Le ce ve Rear view of model 04 Fig 1 3 1 6 1502 0021 14 R amp S IMS Putting into Operation 1 2 Rear Panel This section gives an overview of the connectors on the rear panel of the R amp S IMS Each connector is briefly described and a reference is given to the chapters containing detailed information For technical data of the connectors refer to the data sheet 10 11 12 AC Supply s _ AC supply connector See data sheet A Power switch When the R amp S IMS is connected to g the AC supply it automatically sets O O itself to the correct range for the Fuse applied voltage range 100V 230V MN There is no need to set the voltage AC supply manually or change fuses connection Fuse The fuse value can be read from the type label The identifying code of the
2. Residual FM fe 1 GHz 0 3 kHz to 3 kHz lt 10 Hz rms lt 30 Hz peak 0 03 kHz to 20 kHz lt 60 Hz rms lt 300 Hz peak Residual AM fe 1 GHz 0 3 kHz to 3 kHz lt 0 03 rms lt 0 2 peak RF level Level range 127 dBm to 13 dBm Level setting time lt 0 3 dB from final value lt 200 ms Resolution 0 1 dB Level uncertainty fe gt 100 kHz level gt 120 dBm lt 1 dB 20 C to 30 C LF generator Frequency range 20 Hz to 20 kHz Frequency resolution 0 1 Hz Frequency response 20 Hz to 20 kHz lt 0 2 dB Total harmonic distortion 20 Hz to 20 kHz lt 0 1 Modulation Amplitude modulation Operating modes internal external AC DC Modulation depth The modulation depth that can be set while adhering to the AM specifications decreases continuously from 7 dBm to 13 dBm 0 to 100 Resolution 0 1 Setting uncertainty fir 1 kHz m lt 80 level 0 dBm lt 5 of setting 0 2 AM total harmonic distortion fir 1 kHz m lt 80 level 0 dBm lt 2 Modulation frequency range DC 20 Hz to 20 kHz 1502 0021 14 TI 1 Putting into Operation R amp S IMS Frequency modulation Operating modes internal external AC DC Frequency deviation 20 Hz to 100 kHz Resolution lt 1 min 1 Hz Setting uncertainty fir 1 kHz lt 5 of setting 300 Hz FM total harmonic d
3. RFSensorl RFSensor2 Speed Normal Speed Normal RFSensor3 ISO 11452 4 Conducted susceptibility with BCI method 1 kHz to 400 MHz 300 mA e R amp S IMS basic configuration e Suitable amplifier e Coupling and monitoring current clamps Hardware Setup Stripline EMS radiated xi Add Subrange Modify Fregs Delete Subrange 10 kHz 200 MHz 200 MHz 400 MHz Generator Amplifier Stripline Field Sensor RFSensor2 Speed AUTO RAFSensor3 Speed AUTO ISO 11452 5 Radiated susceptibility with stripline 10 kHz to 400 MHz 200 V m e R amp S IMS basic configuration Stripline e Suitable amplifier e Field strength measurement system 1502 0021 14 4 6 E 2 R amp S IMS Examples of Measurements 5 Examples of Measurements 5 1 Introduction This chapter describes the use of the R amp S IMS for measuring immunity to electromagnetic interference according to different EMC standards The following points are dealt with in respect of each standard e Test setup in the system e Software configuration e Calibrating signal paths e Reference calibration procedure e Performing equipment tests Further details on configuration and on operating the EMC32 software operating the editors and test control elements can also be found in the EMC32 online help which you can open by clicking on the Help menu You will also find a reference to the EMC32 a
4. MIL 461E Conducted susceptibility CS114 bulk cable injection 10 kHz to 200 MHz e R amp S IMS basic configuration e Suitable amplifier e Coupling and monitoring current clamps 1502 0021 14 44 E 2 R amp S IMS Applications 4 2 3 Automotive Standards Hardware Setup 15011452 2 EMS radiated xi 200 MHz 400 MHz z i 1 GHz 3 GHz Add Subrange J Generator Amplifier3 Modify Fregs Delete Subrange Eeer RE WE EE E ISO 11452 2 Radiated susceptibility in anechoic chamber 200 MHz to 3 GHz 100 V m e R amp S IMS basic configuration e Antenna e Suitable amplifier e Field strength measurement system Hardware Setup TEM Cell EMS radiated EI 10 kHz 200 MHz A 1 JAmplifiert TEM Cell TEM Cel AFSensor3 Delete Subrange EEN AFSensorl Pis unt RFSensor2 RFSensor3 Speed AUTO nn y EE Speed AUTO Speed AUTO DK ISO 11452 3 Conducted susceptibility with TEM cell 10 kHz to 200 MHz 200 V m e R amp S IMS basic configuration e TEM cell e Suitable amplifier e Field strength measurement system 1502 0021 14 4 5 E 2 Applications R amp S IMS Hardware Setup 1501145 4_BC1 EMS conducted k E Add Subrange Modify Fregs Delete Subrange 1 MHz 230 MHz 230 MHz 400 MHz Generator Amplifiert Monitoring Clamp O Monitoring Clamp RF Injection Clamp
5. Hardware Setup Hearing Aids EMS radiated WE EI Add Subrange Modify Fre Delete Subrange Field Sensor RFSensor2 i Speed Normal LE lt no device gt lt no settings gt EN 60118 13 Susceptibility of hearing aids frequency range 800 MHz to 2 7 GHz e R amp S IMS basic configuration GTEM cell with EUT positioning device Suitable amplifier Audio analyzer R amp S UPL R amp S IMS B4 upgrade to R amp S EMC32 A incl GPIB interface for USB e Adapter e Microphone 1502 0021 14 4 3 E 2 Applications R amp S IMS 4 2 2 Military Standards Hardware Setup RS103 EMS radiated E xi Add Subrange La ae Y gt d Modify Fregs Amplifier2 RFSensor2 EMS Antenna Tumtable Field Sensor Delete Subrange RFSensor2 Speed Normal 2 MHz 80 MHz 8 400 MHz 1 GHz 1GH2 36H2 J Generator Amplifier MIL 461E Radiated susceptibility RS103 2 MHz to 3 GHz e R amp S IMS basic configuration e Suitable amplifier e Antenna e Field strength measurement system Hardware Setup CS114 EMS conducted E 10 kHz 200 MHz Add Subrange Modify Fregs Monitoring Clamp RF Delete Subrange Generator Amplifier Monitoring Clamp A gt JAmplifiert Injection Cla CH Injection Clamp RFSensorl RFsensor2 DEER ES Speed Normal Speed Normal Arsensor us
6. Amplifier1 For remote control of the internal amplifier module Switch Unit For controlling the internal RF switching matrix DIO Monitoring For controlling the R amp S IMS EUT Monitoring interface for test equipment monitoring and stimulation CDN For defining the physical limit values of the coupling decoupling networks In this case the 6 dB attenuator is defined as the fixed value Cal Adapter For defining the physical parameters of the calibration adapter The value of 1 6 required for measuring Uo is defined here as a constant attenuation of 15 56 dB Interlock For monitoring the interlock input Injection Clamp For defining the physical limit values of the bulk current injection clamp for BCI measurements 6 For defining the physical parameters of the calibration adapter referenced to the bulk current injection clamp and required for calibration The value of 1 2 required for measuring Up is defined here as a constant attenuation of 6 dB Monitoring Clamp For defining the physical parameters of the monitoring clamp for BCI measurements The transmission characteristic of the clamp must be either calibrated or entered in a transducer table For details please refer to the Application Note EN 61000 4 in the EMC32 online help RF Load For defining the physical limit values of the RF terminating impedance for the amplifier test IMS Status For controlling the R amp S IMS st
7. Test Template Editors EUT Monitoring in the EMC32 online help 1502 0021 14 5 22 E 2 Instrument Interfaces Maintenance Errors R amp S IMS 6 Instrument Interfaces Maintenance Errors 6 1 Introduction This section deals with the instrument interface and gives an overview of the error displays which appear on the R amp S IMS 6 2 Instrument Interfaces Entry in column D direction Entry in column T type Entry in column TT test amp trimming instructions O output A analog P test value D design value B bidirectional P power T trimming value E setting value RF output 1 RF output 2 RF output 3 Measurement input of the forward power amp 1 Measurement input of the forward power amp 2 Measurement input of the forward power amp 3 Measurement input of the reflected power amp 1 Measurement input of the reflected power amp 2 Measurement input of the reflected power amp 3 1502 0021 14 9 kHz to 3 GHz 127 dBm 13 dBm 9 kHz to 3 GHz 127 dBm 13 dBm 9 kHz to 3 GHz 127 dBm 13 dBm 9 kHz to 3 GHz 70 dBm 13 dBm 9 kHz to 3 GHz 70 dBm 13 dBm 9 kHz to 3 GHz 70 dBm 13 dBm 9 kHz to 3 GHz 70 dBm 13 dBm 9 kHz to 3 GHz 70 dBm 13 dBm 9 kHz to 3 GHz 70 dBm 13 dBm 6 1 X1 RF OUT 1 IMS X2 RF OUT 2 IMS X3 RF OUT 3 IMS X4 FWD1 X6 FWD2 X8 FWD3 X5 REV1 X7 REV2 X9 REV3 Generator ou
8. gt EMC32 on the Internet gt Register now To do this you must have connected your PC to the Internet Alternatively you can also open the registration form by using the Autostart program on the EMC32 CD and clicking on the Registration menu item To find your product ID go to the About EMC32 dialog which you can open via the Help menu This information also appears in the opening dialog when you start EMC32 For your product ID to be displayed you must start the EMC32 software with the iKey supplied 1502 0021 14 1 20 E 2 R amp S IMS Putting into Operation 1 10 Installing the EMC32 Software 1 10 1 System Requirements Before installing EMC32 you should make sure that your PC satisfies the following minimum system requirements e Windows XP operating system SP2 or Microsoft Patch KB822603 installed e Administrator rights e PC with Pentium processor 2 4 GHz or comparable e 256 MB RAM 512 MB RAM recommended e 200 MB of available hard disk space e Super VGA monitor minimum screen resolution 1024 x 768 pixels 65536 colors higher resolution recommended e Free USB port There is no guarantee that the product will operate correctly unless all the above minimum system requirements are met 1 10 2 Data Security and User Administration For the sake of software data security the protective functions of the operating system listed in the system requirements must be used The user administration built into EMC32 is not pro
9. 1007 8684 14 04 00 Adressen Addresses Albania Algeria Antilles Neth Argentina Australia FIRMENSITZ HEADQUARTERS Tel Phone Fax Fax E mail Rohde amp Schwarz GmbH amp Co KG hldorfstra e 15 D 81671 M nchen Postfach 80 14 69 D 81614 M nchen Tel 49 89 41 29 0 Fax 49 89 4129 121 64 info rohde schwarz com WERKE PLANTS Rohde amp Schwarz Messger tebau GmbH Tel 49 8331 108 0 Riedbachstra e 58 D 87700 Memmingen Fax 49 8331 108 11 24 Postfach 1652 D 87686 Memmingen __ info rsdmb rohde schwarz com Rohde amp Schwarz GmbH amp Co KG Tel 49 9923 857 0 Werk Teisnach Fax 49 9923 857 11 74 aikenrieder Stra e 27 D 94244 Teisnach info rsdts rohde schwarz com Postfach 1149 D 94240 Teisnach Rohde amp Schwarz GmbH amp Co KG Dienstleistungszentrum K ln Graf Zeppelin Stra e 18 D 51147 K ln Postfach 98 02 60 D 51130 K ln Tel 49 2203 49 0 Fax 49 2203 49 51 229 info rsde rohde schwarz com service rsde rohde schwarz com TOCHTERUNTERNEHMEN SUBSIDIARIES Rohde amp Schwarz Vertriebs GmbH Tel 49 89 41 29 137 74 hldorfstra e 15 D 81671 M nchen Fax 49 89 41 29 137 77 Postfach 80 14 69 D 81614 M nchen customersupport rohde schwarz com Rohde amp Schwarz International GmbH Tel 49 89 41 29 129 84 hldorfstra e 15 D 81671 M nchen Fax 49 89 41 29 120 50 Postfach 80 14 60 D 81614 M nchen info rus
10. Connected direct Two Band Amplifier FO PC R amp S IMS Transfer Relay K5 Log per Antenna R amp S HLO46 Field Probe Fig 5 1 Test setup to EN 61000 4 3 with a dual band amplifier in a single RF sensor configuration The above figure shows the system setup for carrying out calibration and the subsequent test equipment measurement The field probe is not needed for this since the substitution method is used Because of the PIN diode switch integrated in the R amp S IMS the system can be operated using one RF sensor This switches the input for the forward RF power and the input for the reflected RF power to the RF sensor as appropriate 1502 0021 14 5 2 E 2 R amp S IMS Examples of Measurements 5 2 2 Configuring the Software for Dual Band Amplifiers In the first step after installing the EMC32 operating system software for the R amp S IMS you have to adapt the software to your system This means you must tell the EMC32 software which instruments are present in your system which interfaces are used to address them how the instruments are interconnected and how it is intended that the measurements obtained via these instruments shall be carried out For this purpose the EMC32 software includes the R amp S IMS configuration wizard which prompts you for the instruments present in the system and then creates a standard configuration for the system Correction tables and test templates are also copied to the approp
11. Fig 5 12 Opening dialog for the EMC32 software 3 Otherwise open the wizard via the menu Extras Wizard IMS Configuration 4 The following dialog opens Measurement class EMS conducted will be selected for EN 61000 4 6 x EMS r1 Messklasse Selektieren Sie eine oder beide Messklassen Z e IT EMS gestrahlt PO IV EMS leitungsgebunden m2 Ger te Selektieren Sie die in Ihrem System verf gbaren Ger te 1 HF Messkopf NAP Zxx USB sl USB Ger te SN 100373 Configure 2 HF Messkopf keinGest 3 HF Messkopt kein Gerat y Verst rker leitungsg Bonn USB Amplifier y USB Gerate SN 064533 Configure USB Gerate SN Configure Verst rker gestrahlt B2 E onn USB Amplifier USB Gerate SN Configure Verst rker gestrahlt B3 Verst rker gestrahlt 81 5 onn USB Amplifier kein Ger t hf Feldsonde Hi 6005 z COM Schnittstelle ES 1 Configure Dieses Ger t muss selektiert werden Fig 5 13 Dialog in the R amp S IMS configuration wizard EMS conducted 5 In this example the chosen configuration is One RF Sensor Sensors 2 and 3 are therefore not selected The serial number of the R amp S NRP Z91 sensor that will be used can be entered in the 1502 0021 14 5 17 E 2 Examples of Measurements R amp S IMS USB Instrument SN field If this number is not known a can be entered When using a different sensor from the NRP Zxx product fa
12. Tel 20 2 455 67 44 Fax 20 2 256 17 40 an_uas link net Tel 372 6 14 31 23 Fax 372 6 14 31 21 estonia rsdk rohde schwarz com Tel 358 207 60 04 00 Fax 358 207 60 04 17 info rsfin rohde schwarz com Tel 33 0 141 36 10 00 Fax 33 0 141 36 11 11 contact rsf rohde schwarz com Tel 33 2 99 51 97 00 Fax 33 2 99 51 98 77 Schwarz Vertriebs GmbH Branch offices of Rohde amp Schwarz Vertriebs GmbH Zweigniederlassung Nord Gesch ftsstelle Berlin Ernst Reuter Platz 10 D 10587 Berlin Postfach 100620 D 10566 Berlin Tel 49 30 34 79 48 0 Fax 49 30 34 79 48 48 info rsv rohde schwarz com Germany Ghana Greece Guatemala Guiana Haiti Honduras Hong Kong Hungary Iceland India Zweigniederlassung B ro Bonn Josef Wirmer Stra e 1 3 D 53123 Bonn Postfach 140264 D 53057 Bonn Zweigniederlassung Nord Gesch ftsstelle Hamburg Vierenkamp 6 D 22423 Hamburg ln Postfach 900 149 D 51111 K ln nchen rnberg Donaustra e 36 D 90451 N rnberg eu Isenburg iederkasseler Stra e 33 D 51147 K ln Zweigniederlassung S d Gesch ftsstelle hldorfstra e 15 D 81671 M nchen Postfach 80 14 69 D 81614 M nchen Zweigniederlassung S d Gesch ftsstelle Zweigniederlassung Mitte Gesch ftsstelle Tel 49 228 918 90 0 Fax 49 228 25 50 87 info rsv rohde schwarz com Tel 49 40 38 61 83 00 Fax
13. 1502 0021 14 1 13 E 2 Putting into Operation R amp S IMS 1 3 3 Safety Instructions Caution Before putting the instrument into operation make sure that e The covers of the housing are in place and screwed on e Vents are not obstructed Make sure that the air can escape freely through the vents at the rear and at the sides The minimum distance to the wall should therefore be at Caution least 10 cm No signal voltage levels above the permissible limits are applied to the inputs The outputs of the instrument are not overloaded or wrongly connected The instrument should only be operated in horizontal position on an even surface The ambient temperature must not exceed the range specified in the data sheet Any non compliance with these precautions may cause the instrument to be damaged 1 3 3 1 Safety Precautions against Electrostatic Discharge To avoid damaging the electronic components of the EUT due to electrostatics produced by contact the use of appropriate protective measures is recommended 1 3 3 2 Installing the Instrument Warning The feet must be fully folded in or fully folded out Only then can a stable position of the instrument and reliable operation be ensured The uniform pressure on the folded out feet must not exceed 500 N weight of instrument and of equipment stacked on top Stacked instruments must be secured against slipping e g by locking the feet to the top of the front panel frame lt 500N Wh
14. 229 chris porzky rsd rohde schwarz com Tel 961 1 48 69 99 Fax 961 1 49 05 11 tohme sayar netcomm tv Tel 370 5 239 50 10 Fax 370 5 239 50 11 lithuania rsdk rohde schwarz com Tel 389 2 329 82 30 Fax 389 2 317 74 88 netra netra com sk Tel 60 3 20 94 00 33 Fax 60 3 20 94 24 33 sales malaysia rohde schwarz com ektraco International Technology Ltd Tel 356 21 37 43 00 or 37 80 88 Fax 356 21 37 66 67 sales tektraco com Tel 52 55 85 03 99 13 Fax 52 55 85 03 99 16 latinoamerica rsd rohde schwarz com Tel 977 1 443 48 95 Fax 977 1 443 49 37 icte mos com np Adressen Addresses Netherlands New Zealand Nicaragua Nigeria Norway Oman Pakistan Panama Papua New Guinea Paraguay Philippines Poland Portugal Republic Dominican Romania Russian Federation Saudi Arabia Rohde amp Schwarz Nederland B V Perkinsbaan 1 3439 ND Nieuwegein ichecom 1 Lincoln Ave awa Wellington siehe see Mexico Ferrostaal Abuja Plot 3323 Barada Close P 0 Box 8513 Wuse Off Amazon Street aitama Abuja Rohde amp Schwarz Norge AS Enebakkveien 302 B 1188 Oslo est amp Measurement Products Way No 3503 Building No 241 Postal Code 112 Al Khuwair Muscat Siemens Pakistan 23 West Jinnah Avenue Islamabad siehe see Mexico siehe see Australia siehe see Argentina Rohde amp Schwarz Philippi
15. Santiago Rohde amp Schwarz China Ltd Representative Office Beijing 6F Parkview Center 2 Jiangtai Road Chao Yang District Beijing 100016 Rohde amp Schwarz China Ltd Representative Office Shanghai Room 807 809 Central Plaza 227 Huangpi North Road Shanghai 200003 Rohde amp Schwarz China Ltd Representative Office Guangzhou Room 2903 Metro Plaza 183 Tian He North Road Guangzhou 510075 Fax 55 11 56 44 86 36 sales brazil rsdb rohde schwarz com Tel 656 276 06 26 Fax 656 276 06 29 gklegpt singnet com sg Tel 359 2 96 343 34 Fax 359 2 963 21 97 rs bulgaria rsbg rohde schwarz Tel 1 613 592 80 00 Fax 1 613 592 80 09 sales rscanada ca Tel 56 2 339 20 00 Fax 56 2 339 20 10 dymeq dymeq com Tel 86 10 64 31 28 28 Fax 86 10 64 37 98 88 info rschina rsbp rohde schwarz com Tel 86 21 63 75 00 18 Fax 86 21 63 75 91 70 May Zhu rsbp rohde schwarz com Tel 86 20 87 55 47 58 Fax 86 20 87 55 47 59 Winnie Lin rsbp rohde schwarz com Adressen Addresses China Costa Rica Croatia Cuba Cyprus Czech Republic Denmark Egypt El Salvador Estonia Finland France Germany Rohde amp Schwarz China Ltd Representative Office Chengdu Unit G 28 F First City Plaza 308 Shuncheng Avenue Chengdu 610017 Rohde amp Schwarz China Ltd Representative Office Xian Room 603 Jin Xin International o 99 Heping Road
16. Specifications Integrated Measurement System R amp S IMS 1502 0009 02 Integrated Measurement System with internal R amp S IMS 1502 0009 04 amplifier module 9 kHz to 250 MHz 25 W Options Spectrum Analyzer Module R amp S IMS B1 1502 0796 02 Transfer Relay R amp S IMS B2 1502 0838 02 Generator Interlock Relay R amp S IMS B3 1502 0873 02 Upgrade to R amp S EMC32 A incl GPIB interface for R amp S IMS B4 1502 0915 02 USB Hardware Option for Using Two Power Sensors R amp S IMS B7 1502 0721 02 Documentation of R amp S IMS Calibration Values R amp S IMS DCV 0240 2193 14 R amp S IMS DKD Calibration order only with device R amp S IMS DKD 1502 0038 14 GPIB interface for USB R amp S TS PIEC2 1501 9690 02 19 Adapter 4 HU 1 1 for design 2000 housing R amp S ZZA 411 1096 3283 00 Accessories supplied Power cable USB cable type A type B CD with software operating manual Power sensors supported Power Sensor AVG 9 kHz to 6 GHz R amp S NRP Z91 1168 8004 04 200 pW to 200 mW with short cable 0 4 m USB Adapter passive for R amp S NRP Z sensors with R amp S NRP Z4 1146 8001 04 short cable Test receivers supported EMI Test Receiver 9 kHz to 3 GHz R amp S ESCI 1166 5950 03 Test Receiver 9 kHz to 3 GHz R amp S ESPI3 1164 6407 03 Test Receiver 9 kHz to 7 GHz R amp S ESPI7 1164 6407 07 1502 0021 14 T1 7 E 2 R amp S IMS Putting into Operati
17. ee E M 8 3 2 EMC Measurement Software IMS Installation The IMS Operation System Software bases on the EMC32 plattform The following section describes the installation of the software on the control PC Home Installation Device Support Update Before you start the installation of IMS OS you should first Manuals read the following documents Requirements Basar gt R amp S IMS Integrated Measurement System Manual Terms of Use gt System Requirements Training gt Microsoft USB Patch KB822603 for Windows XP if SP2is not installed English German Registration Note Do not plug in any USB device before you have installed the IMS OS Software and the required USB device drivers PAN ou Act Install IMS 08 Software After installation of the IMS OS Software is completed all required USB device driver have to be installed in the following section When you want to run IMS OS in the simulation made you can proceed with the Post Installation Steps Install IMS Generator Driver Install NRP Toolkit Software Install IMS Control Driver Install NRP Z91 Driver Install iKey Driver Install Spectrum Analyzer Driver Installation of meM PIO and Bonn Amplifier USB Device Driver Fig 1 6 Instructions for installing the USB drivers via the Autostart program The following steps show you how to install the device drivers required for the R amp S IMS All such drivers are on the EMC32
18. fuse is F3 15T H Power switch A double pole power switch is used to disconnect the R amp S IMS from the AC supply 13 Transfer Relay Option R amp S IMS B2 _ Transfer relay See data sheet or N A relay on the rear panel of model 02 or element description 6 integrated into model 04 switches the RF of the front panel output from one or two amplifiers on two different paths to the test sets In the case of an integrated amplifier the N RF output of the amplifier is connected to Ze Ke connector 1 of the transfer relay Keen Connectors 2 and 3 connect outputs AMP OUT 1 and AMP OUT 2 The appropriate R amp S IMS OS device driver for switching this relay can be found in the equipment list under the name Switch Unit and is the IMS RSU type Double click on the entry to open a dialog box The Test selection box contains switch commands which are listed when you click on the Switch button The command for switching the RF paths 1 to 2 3 to 4 upper LED is K5_1 The command for switching the RF paths 1 to 3 2 to 4 lower LED is K5_2 1502 0021 14 1 7 E 2 Putting into Operation 14 Reference Signal Input for 2 Ee ANALYZER REF IN 15 i Kea ANALYZER REF IN X24 EXT MODULATION IN X25 EXT PULSE MOD IN X26 R amp S IMS Analyzer See data sheet Input for external reference signal 10 MHz Input for External Modulation Signal AM FM See d
19. red show green they indicate that amplifier PA1 PA2 PA3 respectively is in OPERATE status Red LEDs indicate a GENERAL FAULT status in amplifier PA1 PA2 PA3 respectively also indicating e interference due to the open INTERLOCK on the amplifier The LED PAx displays described above are provided only by amplifiers from the Bonn company with the standard configuration for the I O USB board in the R amp S IMS In the case of amplifiers from other manufacturers it is possible that a software driven Operate PowerON Display may be generated in the amplifier due to changing the jumper positions on the I O USB board The I O USB board is located at the rear and to the left in the instrument when viewed from the front To remove this board proceed as follows Undo the four feet on the R amp S IMS and remove the cover from the instrument Undo four fastening screws and pull the I O USB board half out of the instrument paying careful attention to the cable connections The jumpers can then be repositioned according to the following table see component location plan for UO USB board Status PA1 Fault Status PA1 RFON Status PA2 Fault Status PA2 RFON Status PA3 Fault Status PA3 RFON Table 1 1 Jumper assignment on the I O board The rest of the jumpers X26 through X31 should not be moved since their functionality is not under consideration at this time Reassemble the board in the reve
20. 1 AA Introduction 32 5 22u22 20er TT 1 4 2 Applications iii dana ria data 1 4 2 1 Commercial TELE 1 4 2 2 Military Standards toria da ia 4 4 2 3 Automotive Standards oooonnccccinnncccccnnoncccnnnonccnnnnnnccn ano n cnc nan nn cnn cnn nn cc cnn nn nrrn naar nc cnn nan arica 5 5 Examples of Measurements iciiciannacranonincnndo scan nenn man 1 ach notre IR CON it li iii 1 5 2 Measurement to EN 61000 4 3 Radiated uesusssnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnannnnnnn 1 5 2 1 Test Setup for External Dual Band Ampltters 1 5 2 2 Configuring the Software for Dual Band Amplfers 3 5 2 3 Signal Path Calibration for Dual Band Ampltters no 6 5 2 4 Test Setup for Two External Amplters 8 5 2 5 Configuring the Software for Two External Amplifiers ooonnccinindnnnnnnnicnnnocconnncnccnnnnnnos 9 5 2 6 Signal Path Calibration for Two External Amplifiers A 12 5 2 7 Reference Calibration with Field Uniformity Evaluation of the Log Periodic Antenna 14 5 2 8 Equipment Test with EUT Monitortmg cana na cnn rrnnr nr 14 5 3 Measurement to EN 61000 4 6 Conducted with CDN ooncocconnoccccconnccccnnnnncncnnnnnnnnnnancneranannns 15 A SA Ee entre 15 5 3 2 Software Configuration nn 16 5 3 3 Signal Path Galibration 24 r 200 aa een 20 5 3 4 Reference Calibration of Coupling Decoupling Networks sesssssseisesrrrsserrssrerrrerens 22 5 3 5 Equipment Test with Coupling Decoupling Network and
21. 2 Instrument Interfaces Further details on the EUT Monitoring topic can be found in the chapter Fundamentals Test Template Editors EUT Monitoring in the EMC32 online help 1502 0021 14 5 14 E 2 R amp S IMS Examples of Measurements 5 3 Measurement to EN 61000 4 6 Conducted with CDN This chapter describes the use of the R amp S IMS for measurements to generic standard EN 61000 4 6 Depending on the EUT used the standard requires the S N ratio level to be coupled to one of the transducer instruments in the following list e Coupling decoupling network CDN e EMcoupling clamp e Bulk current injection clamp BCI For further information on the rules for selecting the suitable coupler please refer to the appropriate chapter in the published standard The test using coupling decoupling networks is described below The coupling decoupling network types used in this case are determined by the interfaces on the test equipment e g M2 M3 AF However the same configuration is used for the software and test setup regardless of type EMS tests using the EM coupling clamp or the bulk current injection clamp require an external amplifier since the power of the internal 25 W amplifier is not adequate for an S N ratio of 10 V Note A dialog with the instruments is only possible when the interlock is closed Contacts 1 and 3 of the 25 pin D Sub INTERLOCK on the IMS have to be connected for that See tab 1 2 for the pin assignment
22. 6 in the EMC32 online help 10 The wizard creates an EMC32 list of equipment containing the following instruments 1502 0021 14 5 18 E 2 R amp S IMS Examples of Measurements A D Ger le gt Amplifiers T Antennas i Antennal owers FieldProbes Generators Interlock Ups Monitoiing MukiFieldProbes PowerMeters Receivers Slidebars SwichUnils SystenContrels Transducers Cal TurnT ables S X BE LMM 2a ld Ger Lie Schnitstote ASN ss Eingenohtete Ger te Generator Generators IMS Genera USB Virtuell N AFSensorl PowerMeters NAP 2Zxx U USB Vituell Fi Ampliar Amplifiers Born USB USB Vrtuell 7 Switch Unit SwitehLnits IMS RASU USB Vituell ab DIO Moritorng Monkoring IMS DIO USB Virtuell CDN Transducer Traneduoer None Cal Adapter Transdusers Transducer None KO Interlock Interlock Interlock Cir None gt Injection Clamp Transdusers Transducer None l Calibration Jig Transdusers Transducer None Monitoring Clamp Transdusers Transducer None AF Load Transducers Transducer None SystemConirols IMS Control USB Vrtuell gt JIMS Status Fig 5 15 Equipment list created by the configuration wizard for EMS conducted The following list contains short descriptions of the device driver functions Instrument name Description Generator For controlling the internal R amp S IMS generator module RFSensor1 For controlling RF sensor NRP Z91
23. Built in option R amp S IMS B3 is deactivated i e the amplifier input receives a 50 Ohm termination The PAx LED also shows red when an amplifier is connected in the event of an open interlock PAx LED 9 with amplifiers supplied by the Bonn company only green when the amplifier has received the RF IN command and also switches to Operate red when there is a sum error in the amplifier also including an open interlock 1502 0021 14 6 6 E 2 R amp S IMS Amplifier Manual 7 Cplifier Manual This section only applies to R amp S IMS Var 04 where there is an integrated amplifier 7 1 Preparation for Use Warning 1502 0021 14 Pay Attention to the Operating Instructions During operation there may be a hazard due to electromagnetic fields According to Part 2 of VDE 0848 Dangerous Electric Voltages During open circuit operation the voltage at the centre conductor of the output connector may exceed 50 VAC This device generates RF power which can be emitted unintentionally if the operating instructions and the general safety regulations are not observed This amplifier corresponds to rating class 1A according to VDE 0800 The AC voltage at the output is lt 60 Vrms According to annex 1 of the Amtsblattverf gung Nr 243 1991 operating regulations gazette of German PTT of 11th December 1991 Allgemeingenehmigung nach dem Gesetz Uber den Betrieb von Hochfrequenzgeraten general permit according to the law on use of
24. EMC32 application or in the online help in the chapter System Calibration Reference Calibration 5 3 5 Equipment Test with Coupling Decoupling Network and EUT Monitoring Before carrying out a test equipment measurement you must first connect the EUT to the output of the coupling decoupling network CDN The calibration adapter is no longer needed and can be removed along with the RF cable Detailed instructions for carrying out the equipment test can be found in the Getting Started manual for the EMC32 application or in the online help in the chapter EMS Measurement The reference calibration generated in the previous step is to be used for the respective coupling decoupling network during the test equipment measurement If you also wish the EUT to be monitored during the test via the EUT monitoring TTL interface built into the R amp S IMS you can use for this purpose the EUT monitoring configuration DIO Monitoring generated by the R amp S IMS configuration wizard In this case a 10 ms pulse is generated on line 1 pin 1 of the MONITORING socket of the output port port 4 in the EMC32 IMS DIO driver at each test frequency The status of line 3 pin 8 of the MONITORING socket of the input port port 3 in the EMC32 IMS DIO driver is also monitored The pin assignment for the EUT monitoring interface can be found in chapter 6 2 Instrument Interfaces Further details on the EUT Monitoring topic can be found in the chapter Fundamentals
25. Instrument name Description RF Load For defining the physical limit values of the RF terminating impedance for the amplifier test Bonn RSU For controlling the internal RF switching matrix of the dual band amplifier IMS Status For controlling the R amp S IMS status display on the front panel Table 5 1 List of the instruments entered in the equipment list by the configuration wizard 5 2 3 Signal Path Calibration for Dual Band Amplifiers In the second step the supplementary RF cable must be calibrated in order to increase measurement accuracy This is done with the aid of the signal path calibration tools incorporated in the EMC32 software Note With the option R amp S IMS B3 included the interlock needs to be closed for calibrations in order to allow the generator level to appear at the outputs RF OUT 1 to RF OUT 3 IMS During signal path calibration the frequency dependent damping behavior of a signal path in the test system is determined and saved to a file of the damping correction table type The settings used when measuring a signal path are held in a file of the calibration configuration type A dedicated dialog box has been provided for defining these settings There are two possible ways of opening this dialog e From the Explorer by double clicking on an existing calibration configuration or by clicking once with your right mouse button on the Calibration Configurations folder and clicking once on New File in the
26. Log per Antenna POOT REN R amp S HL046 Amplifier Band 2 Directional Coupler IN Gemen Field Probe Amplifier Band 1 Directional Coupler OUT FO Fig 5 6 Test setup to EN 61000 4 3 with two external amplifiers in a two RF sensor configuration 1502 0021 14 5 8 E 2 R amp S IMS Examples of Measurements The above figure shows the system setup for carrying out calibration and the subsequent test equipment measurement The field probe is not needed for this since the substitution method is used In the R amp S IMS in Two Sensor configuration the nominal forward power inputs are hard wired into the X11 FWD output by means of a relay The integral PIN diode switch is used for signal conversion between the reflected power and the monitoring input for conducted measurements In our application example however it is hard wired into the reflected power 5 2 5 Configuring the Software for Two External Amplifiers In the first step after installing the EMC32 operating system software for the R amp S IMS you have to adapt the software to your system This means you must tell the EMC32 software which instruments are present in your system which interfaces are used to address them how the instruments are interconnected and how it is intended that the measurements obtained via these instruments shall be carried out For this purpose the EMC32 software includes the R amp S IMS configuration wizard which prompts you f
27. Max DC voltage 30 V Attenuation to X1 through X3 RF OUT 1 RF OUT 3 IMS typ 1 2 dB max 2 5 dB LF output 1502 0021 14 TI 2 R amp S IMS Specifications Connector BNC female Output level 1 mV to 2 V rms Resolution of output voltage lt 1 1 mV min resolution Interference output lt 60 dBc Reference frequency output Connector BNC female Reference frequency 10 MHz Output voltage gt 0 5 V into 50 Q Integrated power amplifier model 04 General transmission data Frequency range 9 kHz to 250 MHz Input impedance 500 Output impedance 50 Q nominal Input VSWR typ lt 2 2 Load VSWR for Pn 0 5 dB max 2 1 e without damage Nominal output level gt 44 dBm 25 W Max input level at nominal output level lt 0 dBm typ 1 5 dBm 2nd order harmonics at nominal output level lt 20 dBc typ 26 dBc 3rd order harmonics at nominal output level lt 20 dBc typ 20 dBc Spurious at nominal output level lt 50 dBc Noise level measured with power meter typ 18 dBm Decoupling factor of internal directional coupler forward path and reverse path gt 41 5 dB lt 38 5 dB Interfaces RF connectors RF IN1 FWD1 REV1 SMA female AMP OUT 1 N female USB device USB IN AMP Connector B female Protocol version 2 0
28. REMOTE CONTROL INTERLOCK CONTROL Connector 15 pin D Sub female Path switching Attenuation for power measurement paths 9 kHz to 3 GHz typ max dB at 3 GHz Without option R amp S IMS B7 X4 through X10 to X11 FWD 3 1 4 0 With option R amp S IMS B7 X5 X7 X9 X10 to X12 REV 3 1 4 0 Max RF level for power measurement paths 9 kHz to 3 GHz max level specified by pin diode switch max 20 dBm RF path via transfer relay with cable 9 kHz to 3 GHz option R amp S IMS B2 K5 1502 0021 14 TI 3 Putting into Operation R amp S IMS R amp S IMS model 04 AMP RF OUT to AMP OUT 1 0 9 1 2 AMP RF OUT to AMP OUT 2 0 9 1 2 RF path via transfer relay without cable 9 kHz to 3 GHz option R amp S IMS B2 K5 R amp S IMS model 02 relay 1 to relay 2 relay 1 to relay 3 0 2 0 4 0 2 0 4 Max poss RF power of relay 600 W at 1 GHz 360 W at 3 GHz Analyzer option R amp S IMS B1 Frequency Frequency range 9 kHz to 3 GHz Reference frequency Aging Temperature drift 5 C to 30 C 2 x 10 year 1x 10 Frequency counter resolution 1 Hz 10 Hz 100 Hz 1 kHz Frequency span 1 kHz to 3 GHz 0 Hz Spectral purity SSB phase noise 10 kHz carrier offset lt 90 dBc 1 Hz Residual FM 1 kHz resolution bandwidth lt 100 Hz typ 60 H
29. STBY switch on the instrument front panel see below gt If the R amp S IMS is on STBY after power up the yellow LED lights up The USB hub and the INTERLOCK are active LP Note All USB devices can be addressed from the PC during STBY mode except the generator the option R amp S IMS B1 analyzer and the switch unit gt Press the ON STBY switch on the front panel the green LED must be light up The instrument is ready for operation All modules in the instrument are supplied with power Note A dialog with the instruments is only possible when the interlock is closed Contacts 1 and 3 of the 25 pin D Sub INTERLOCK on the IMS have to be connected for that See tab 1 2 for the pin assignments 1502 0021 14 1 15 E 2 Putting into Operation R amp S IMS 1 3 6 Power up Actions of the R amp S IMS Since there is no built in controller in the R amp S IMS there is no boot The instrument can only be operated with the aid of a PC having a USB remote control interface and R amp S IMS software The iKey for this software is plugged into the instrument and is detected by the R amp S IMS software when there is a USB connection between the R amp S IMS and the PC If a powered up R amp S IMS is connected to a booted PC via the USB interface the USB hubs in the R amp S IMS are activated and this is indicated by an audible signal on the PC The active USB interfaces can be checked from the PC with the aid of the menu sequence Start Settings
30. Specifications Inputs RF input Input impedance 500 lt VSWR RE een dB Se Max input level with 30 dB input attenuation 33 dBm Max DC voltage 30 V Connector N female External trigger input Connector BNC female Trigger voltage TTL voltage Reference frequency input for analyzer option R amp S IMS B1 Connector BNC female Reference frequency 10 MHz 50 Hz Input voltage 0 5 V to 2 V into 50 O Further R amp S IMS interfaces USB device USB IN IMS Connector B female Protocol version 2 0 Command set device specific remote control via supplied Windows driver USB host USB OUT Connector A female Protocol version 2 0 Interlock 25 pin D Sub female 12 V to release the interlock interlock bridge floating relay contact max 100 V max 0 5A test in progress relay floating relay contact max 250 V max 1 0A 3 x 2 relay contacts for releasing the interlock of the amplifiers 12 V CMOS logic for controlling the LEDs on the front panel six status inputs from the amplifiers for displaying the status of operate and sum error six TTL 5 V outputs Monitoring 9 pin D Sub female four TTL 5 V inputs four TTL 5 V outputs 1502 0021 14 TI 5 Putting into Operation Power supply R amp S IMS Input voltage range 100 V to 240 V 50 Hz to 60 Hz autoranging Power consumpt
31. USB Ger teSN 2 Confiaue Verst rker gestrahlt B1 Generic Amplifier zl Configure Verst rker gestrahlt B2 Generic Amplifier Configure Verst rker gestrahlt B3 Jean Ger t y Feldsonde Heos y COM Schnitstelle Wt Configure Dieses Ger t muss selektiert werden Fig 5 8 Dialog in the R amp S IMS configuration wizard EMS radiated 4 In this example the chosen configuration is Two RF Sensor Sensors 1 and 2 are therefore selected Enter the serial numbers of the R amp S NRP Z91 sensors that will be used in the USB instrument SN field When using a different sensor from the NRP Zxx product family this can be changed in the Configure dialog 5 Select Generic Amplifier as the device driver for both external amplifiers The amplifier parameters can be adapted in the Configure dialog Ger t lt Yerst rker gestrahlt B1 gt konfigurieren xj Ger t lt verst rker gestrahlt B2 gt Konfigurieren x Verst keparameter Verst keparameter Bard zz Bard e Min Frequenz feoood MHz Min Frequenz Wm nd MHz Max Fiequera 400 000 MHz Max Fiequera 1 000 GHz Nom Ausgangspegel bom w Nom Ausgangspegel nm w Han Eingangepegel 0 000 d m Han Eingangepegel 0 000 dBm Rauschpegel 10 000 d m Rauschpegel 10 000 d m Richtkoppler Wum dB Richtkoppler Wum dB OK Abbrechen OK Abbrechen Fig 5 9 Amplifier configuration dialog for radiated measurement 6 Having completed all
32. controlling the R amp S IMS status display on the front panel Table 5 3 List of the instruments entered in the equipment list by the configuration wizard 5 2 6 Signal Path Calibration for Two External Amplifiers In the second step the supplementary RF cable must be calibrated in order to increase measurement accuracy This is done with the aid of the signal path calibration tools incorporated in the EMC32 software Note With the option R amp S IMS B3 included the interlock needs to be closed for calibrations in order to allow the generator level to appear at the outputs RF OUT 1 to RF OUT 3 IMS During signal path calibration the frequency dependent damping behavior of a signal path in the test system is determined and saved to a file of the damping correction table type The settings used when measuring a signal path are held in a file of the calibration configuration type A dedicated dialog box has been provided for defining these settings There are two possible ways of opening this dialog e From the Explorer by double clicking on an existing calibration configuration or by clicking once with your right mouse button on the Calibration Configurations folder and clicking once on New File in the context menu e By clicking on the Calibration button in the Properties dialog of a signal path that has been called out from an instrument configuration This call has been provided so that an instrument configuration can be fully and con
33. done using a jumper from EXTERNAL INTERLOCK pin 8 to EXTERNAL INTERLOCK RETURN pin 15 Note If the interlock connection is missing the amplifier cannot be operated Finally check that there is no message indicating an interlock error status on the display Now the amplifier is ready for use and can be operated either manually via the front panel or via one of the remote control interfaces 1502 0021 14 7 4 E 2 R amp S IMS Amplifier Manual 7 2 Functional Description 7 2 1 RF amplifier See Fig 25 Block diagram of complete amplifier in appendix See Fig 26 Block diagram of RF amplifier module in appendix The power amplifier BSA 0125 25 can deliver an output power of 25 W over the frequency range of 9 kHz to 250 MHz The five stage solid state amplifier is integrated into one module The preamplifier is implemented with MIC components microwave integrated circuits They ensure high overload immunity and a low VSWR at the input of the amplifier Three MIC components will amplify the input signal with a flat overall frequency response The signal of the input stage is split up with 180 phase offset between the two MIC components of the driver stage The input stage is decoupled from the input DC voltage via a coupling capacitor Due to the high linearity over the wide frequency range of the MIC component used a frequency dependent negative feedback is not required The following stages on the other hand all feature an ind
34. high frequency devices the following must be considered Signal or test generators with an RF power supplied via connectors and exceeding 4 W PEP Peak Envelope Power must be operated inside RF shielded rooms 7 1 E 2 Amplifier Manual R amp S IMS 7 1 1 Setting up the amplifier When setting up the amplifier make sure that the cooling airflow is impeded neither at the air inlet at the front nor at the outlet at the rear The permissible operating temperature ranges from 5 C to 45 C with an air humidity of max 95 The outlet air temperature exceeds the inlet temperature by max 20 C Caution The temperature of the inlet cooling air must not exceed 45 C The outlet air temperature should be maximum 20 C higher than the inlet air temperature 7 1 2 Rack mounting To ensure sufficient ventilation make sure to provide enough space between the casing and the air inlet at the front panel and the air outlet at the rear Make sure that there is sufficient air supply inside the rack forced ventilation and that no overheating can occur due to other instruments placed under or over the amplifier Caution The temperature of the inlet cooling air must not exceed 45 C 7 1 3 Mains connection The amplifier is equipped with a power supply which can be operated at a voltage of 100 240 V AC Note When connecting the amplifier to the AC mains network make sure to provide a proper protective earth connection according to the
35. kHz for AM 20 Hz to 80 kHz for FM 100 us to 1 s pulse width 200us to 2s pulse period 9 kHz to 3 GHz 127 dBm to 13 dBm 9kHz to 3 GHz 70 dBm to 10 dBm 9 kHz to 3 GHz 70 dBm to 10 dBm 9 kHz to 3 GHz 16 dBm to 44 dBm AMP OUT 1 9 kHz to 3 GHz 16 dBm to 44 dBm AMP OUT 2 6 2 X13 ANALYZER i Valueramge TF Connector comment Monitor signal from test clamp or sensor all measurement signals are applied via switch K4 FWD REV MON IN with option R amp S IMS B7 FWD only measurement signals REV MON IN are applied via switch K4 Reserve also DC also DC external AC DC model 04 only from directional coupler of amp 40dB decoupl from directional coupler of amp 40dB decoupl in model 04 with opt R amp S IMS B2 in model 04 with opt R amp S IMS B2 not assigned at present E 2 R amp S IMS Instrument Interfaces Maintenance Errors Measurement output of the forward not assigned at power amp 2 Measurement output of the reflected power amp 2 Remote control input of the R amp S IMS from the host computer Remote control input of the R amp S IMS for sensor amplifier Key Remote control input of the amplifier Monitor connection to EUT Monitor connection to EUT Monitor connection to EUT Interlock Interlock Ground Status RF IN Status Sum Alarm Interlock to test room door Interlock from test room door Interlock to amp
36. regulations 7 1 4 RF connectors The amplifier is equipped with N or SMA type female connectors at all RF connectors The mating connectors must be tightened manually 1502 0021 14 7 2 E 2 R amp S IMS Amplifier Manual 7 1 5 Interlock safety loop This amplifier permits an interlock safety loop to be connected which must be always closed for activating the amplifier The interlock function protects the user against unintentional emission of RF power It is necessary to wire the attached mating connector for the Remote Control and Interlock connector at the rear panel of the instrument as shown below Pin 8 and pin 15 should be connected to the safety loop of the measuring room 1 Sicherheits Interlock Schleife 2 Interlock Funktion berbr ckt Interlock Security Loop Interlock Function disabled 7 N f 980 0 00 0 0 oi de 00000001 050 OO O O 09 050 OO O O 09 Pin 8 und 15 verbunden Sicherheitsschalter des Pin 8 and 15 shorted Messraumes geschlossen wenn die T re geschlossen ist Measurment Chamber Pe Security Switch closed when door is closed Fig 7 1 Pin assignment of remote control and interlock connector This ensures that the amplifier can only be switched on when the safety switch and thus the door of the measuring room is closed The EXTERNAL INTERLOCK and EXTERNAL INTERLOCK RETURN contacts are designed as floating ones In this way more than one amplifier can be inte
37. standards Compliance with these standards is continuously monitored by our quality assurance system This product has been designed and tested in accordance with the EC Certificate of Conformity and has left the manufacturer s plant in a condition fully complying with safety standards To maintain this condition and to ensure safe operation observe all instructions and warnings provided in this manual If you have any questions regarding these safety instructions Rohde amp Schwarz will be happy to answer them Furthermore it is your responsibility to use the product in an appropriate manner This product is designed for use solely in industrial and laboratory environments or in the field and must not be used in any way that may cause personal injury or property damage You are responsible if the product is used for an intention other than its designated purpose or in disregard of the manufacturer s instructions The manufacturer shall assume no responsibility for such use of the product The product is used for its designated purpose if it is used in accordance with its operating manual and within its performance limits see data sheet documentation the following safety instructions Using the products requires technical skills and knowledge of English It is therefore essential that the products be used exclusively by skilled and specialized staff or thoroughly trained personnel with the required skills If personal safety gear is required for us
38. table and import it by clicking the Open button Carry out steps 2 and 3 for all three of the above mentioned tables 1502 0021 14 5 20 E 2 R amp S IMS Examples of Measurements To calibrate the last two signal paths from the above table including the external RF cable proceed as follows 5 From the EMS conducted instrument configuration open the CDN EM Clamp file 1 Left click on the icon for the signal path Amplfiier1 CDN in order to open the Properties dialog of that signal path 2 Start signal path calibration by clicking on the Calibration radio button in the dialog All settings for calibration in the signal path calibration editor are already preconfigured Start calibration by pressing the Calibration button For normalization connect the RF sensor to output X1 RF OUT 1 IMS 4 For signal path measurement insert the cable between output AMP OUT 1 and CDN without the T 6 dB 3 dB attenuator between output X1 RF OUT 1 IMS and the RF sensor This attenuator is inserted in the Properties CDN of the device list as a fixed value Please adjust the value in case you are using another attenuator in the path to the CDN For more detailed information on using the signal path calibration tools in EMC32 please refer to the chapter System Calibration Signal Path Calibration in the EMC32 online help Proceed in the following way to calibrate the CAL Adapter RFSensor1 signal path Normalization is carried out as in ste
39. the entries click on the Finish button to run the configuration procedure 7 When the configuration wizard has closed the EMC32 application must be restarted 1502 0021 14 5 10 E 2 R amp S IMS Examples of Measurements Note The EMC32 software is now ready to begin the first demo measurement Before you can carry out the first test equipment measurement it is necessary to calibrate the signal paths and measure the field uniformity with the log periodic antenna 8 As well as the configuration for measuring with the aid of an EMS antenna the wizard also creates a configuration for an amplifier test on the two amplifiers For more details on these configurations please refer to the Application Notes for EN 61000 4 3 in the EMC32 online help 9 The wizard creates an EMC32 list of equipment containing the following instruments Cersteliste Ej E 36 Ger te Eingsrichtete Gerate x Im WI Name LE Typ ___Tschnitsteie ages Staus O Generator Generos IMS Genera USB Virtuell EJ AFSeneort PowerMetere NAP Zax U USB Virtuell EJ RFSansor2 PowerMeters NRP Zux U USB Virtuell an gt Amplifier Amolliers Generic Am None Inlertock P Ampifier3 Amol iers Generic Am None H a Field Sensor FieldProbes HI 6005 com Virtuell MultFisidPrebes ome Unt SwtchUnits IMS ASU USB Virtuell PoweiMoters DIO Monitoring Monitonng IMS DIO USB Virtuell Racalvera m EMS Anlenna Antennas Artenna None Slidebars KE Interlo
40. ya que esto pudiera causar fuego o golpes de corriente En las mediciones en circuitos de corriente con una tensi n de entrada de Ueff gt 30 V se deber tomar las precauciones debidas para impedir cualquier peligro por ejemplo medios de medici n adecuados seguros limitaci n de tensi n corte protector aislamiento etc En caso de conexi n con aparatos de la t cnica inform tica se deber tener en cuenta que estos cumplan los requisitos de la EC950 EN60950 Nunca abra la tapa o parte de ella si el producto est en funcionamiento Esto pone a descubierto los cables y componentes el ctricos y puede causar heridas fuego o da os en el producto Si un producto es instalado fijamente en un lugar se deber primero conectar el conductor protector fijo con el conductor protector del aparato antes de hacer cualquier otra conexi n La instalaci n y la conexi n deber n ser efecutadas por un electricista especializado 1171 0000 42 02 00 20 21 22 23 24 25 26 En caso de que los productos que son instalados fijamente en un lugar sean sin protector implementado autointerruptor o similares objetos de protecci n deber la toma de corriente estar protegida de manera que los productos o los usuarios est n suficientemente protegidos Por favor no introduzca ning n objeto que no est destinado a ello en los orificios de la caja del aparato No vierta nunca ninguna clase de l quid
41. 065757 Configure Verst rker gestrahlt B3 kein Ger t y Feldsonde Hi 6005 y COM Schnittstelle f Configure Dieses Ger t muss selektiert werden Fig 5 3 Dialog in the R amp S IMS configuration wizard EMS radiated 5 In this example the chosen configuration is One RF Sensor Sensors 2 and 3 are therefore not selected The serial number of the R amp S NRP Z91 sensor that will be used can be entered in the USB instrument SN field If this number is not known a can be entered When using a different sensor from the NRP Zxx product family this can be changed in the Configure dialog 6 Each band in the dual band amplifier is treated as a separate amplifier Lastly enter the serial number of the external Bonn amplifier that will be controlled via the USB port To use a different type of amplifier select Generic Amplifier as the device driver in place of the Bonn USB Amplifier type The amplifier parameters can be adapted in the Configure dialog Ger t lt verst rker gestrahlt B1 gt konfiguneren xj Ger t lt verst rker gestrahlt 62 gt konfigurieren x Verst keparameter Verst kemparameter Bard fi frl Bard 2 al Min Frequenz feoood MHz Min Frequenz 400 00d MHz Max Fiequerz 400 000 MHz Max Fiequerz hm GHz Nom Ausgangspegel om w Nom Ausgangspegel mm w May Eingangepegel 0 000 dBm Max Eingangepegel 6 000 dem Rauschpegel 10 000 dBm Rauschpegel fioooo n Richtkoppler Wum dB Richtkop
42. 110 VA model 02 max 280 VA model 04 1502 0021 14 6 5 E 2 R amp S IMS Instrument Interfaces Maintenance Errors 6 3 Maintenance No special maintenance action is necessary for the R amp S IMS Mechanically care should be taken to ensure that the fans can deliver the cooling air unhindered The air intake aperture at the front of the side panel on the left of the housing viewed from the front should therefore be checked occasionally for accumulation of dust and cleared if necessary Similarly any accumulation of dust in the air outlet apertures should also be cleaned The air duct on the integral amplifier should simply be checked as a whole and brushed out if necessary Filter mats are not used in the R amp S IMS Electrically just check that all connecting cables are in their proper control side and RF side places and make any necessary correction 6 4 Error Displays The error displays which appear on the R amp S IMS are hardware controlled and have the following meanings see Fig 1 1 POWER LED 4 green when all operating voltages are within tolerance red when one or more operating voltages are out of tolerance INTERLOCK LED 5 green when the interlock circuit is closed all connected amplifiers are ready to operate Built in option R amp S IMS B3 is activated i e the amplifier input is connected to the generator output red when the interlock circuit is open none of the connected amplifiers can be switched to Operate
43. 2 CD into your CD ROM drive If the Autostart function on your system is enabled the installation program starts automatically and you can skip steps 3 and 4 Select Run from the Start menu Enter DIHTMLVIEW EXE replace D with the letter appropriate to your CD ROM drive if different Click on the Update EMC32 Software button and follow the instructions on the screen If you wish to install a measurement mode that you have not installed before at the same time as the update enable it in the installation program dialog see chapter Installing the EMC32 software Do not start the configuration wizard after successfully updating 7 Itis not necessary to uninstall and reinstall the Key software 1502 0021 14 1 28 E 2 R amp S IMS Putting into Operation 1 15 Uninstalling the EMC32 Software To uninstall the EMC32 software proceed as follows oa F WN gt From the Start menu select Settings Control Panel Double click on the Software icon Click on Add Remove Programs From the list of programs which you can uninstall select Rohde 8 Schwarz EMC32 Click on Remove The Windows Installer dialog now opens Select Remove and confirm that you want to remove the EMC32 application insert the EMC32 CD if the PC prompts you for it or click the Cancel button The uninstall program then deletes all program entries folders and Registration database entries created during installation Once the files are deleted you receive a me
44. 25 stephenchau ese com hk Tel 36 1 412 44 60 Fax 36 1 412 44 61 rs hungary rshu rohde schwarz com Tel 91 11 26 32 63 81 Fax 91 11 26 32 63 73 sales rsindia rohde schwarz com Tel 91 80 535 23 62 Fax 91 80 535 03 61 rsindiab rsnl net Tel 91 40 23 32 24 16 Fax 91 40 23 32 27 32 rsindiah nd2 dot net in Adressen Addresses India Indonesia Iran Ireland Israel Italy Jamaica Japan Jordan Rohde amp Schwarz India Pvt Ltd Mumbai Office B 603 Remi Bizcourt Shah Industrial Estate Off Veera Desai Road Andheri West Mumbai 400 058 PT Rohde amp Schwarz Indonesia Graha Paramita 5th Floor Jin Denpasar Raya Blok D 2 Jakarta 12940 Rohde amp Schwarz Iran Liaison Office Tehran Groundfloor No 1 14th Street Khaled Eslamboli Vozara Ave 15117 Tehran siehe see United Kingdom Eastronics Ltd Measurement Products 11 Rozanis St P 0 Box 39300 Tel Aviv 61392 J M Moss Engineering Ltd Communications Products 9 Oded Street P 0 Box 967 52109 Ramat Gan Rohde amp Schwarz Italia S p a Centro Direzionale Lombardo Via Roma 108 20060 Cassina de Pecchi MI Rohde 8 Schwarz Italia S p a Via Tiburtina 1182 00156 Roma siehe see Mexico Rohde amp Schwarz Japan K K okyo Office 711 Bldg Room 501 5th floor 7 11 18 Nishi Shinjuku Shinjuku ku okyo 160 00023 Rohde amp Schwarz Japan K K Shin Yokohama Office M Daiichi Bl
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46. 49 40 38 61 83 20 info rsv rohde schwarz com Zweigniederlassung Mitte Gesch ftsstelle Tel 49 2203 807 0 Fax 49 2203 807 650 info rsv rohde schwarz com Tel 49 89 41 86 95 0 Fax 49 89 40 47 64 info rsv rohde schwarz com Tel 49 911 642 03 0 Fax 49 911 642 03 33 info rsv rohde schwarz com Tel 49 6102 20 07 0 Fax 49 6102 20 07 12 Siemensstra e 20 D 63263 Neu Isenburg info rsv rohde schwarz com Postfach 1651 D 63236 Neu Isenburg Kop Engineering Ltd P O Box 11012 3rd Floor Akai House Osu Accra North Mercury S A 6 Loukianou Str 10675 Athens siehe see Mexico siehe see Mexico siehe see Mexico siehe see Mexico Electronic Scientific Engineering 9 F North Somerset House Taikoo Place 979 King s Road Quarry Bay Hong Kong Rohde amp Schwarz Budapesti Iroda V ci t 169 1138 Budapest siehe see Denmark Rohde amp Schwarz India Pvt Ltd 244 Okhla Industrial Estate Phase III ew Delhi 110 020 Rohde amp Schwarz India Pvt Ltd Bangalore Office o 24 Service Road Domlur 2nd Stage Extension Bangalore 560 071 Rohde amp Schwarz India Pvt Ltd Hyderabad Office 302 8 303 Millennium Centre 6 3 1099 1100 Somajiguda Hyderabad 500 016 Tel 233 21 77 89 13 Fax 233 21 701 06 20 joblink ghana com Tel 302 10 722 92 13 Fax 302 10 721 51 98 mercury hol gr Tel 852 25 07 03 33 Fax 852 25 07 09
47. 5 FieldProb HI 6005 COM Virtuell au ite 4 Switch Unit SwitchUnts IMS RSU USB ry Virtuell MukFieldProbes 2 DIO Nontoring Monitoring IMS DIO USB Virtuell PowerMeters TEMS Antenna Antennas Antenna None Receiver KA Irterlock Interlock Interlock Ci None ra Sidebars Hr Load Transducers Transducer None SwitchUnits Bonn RSU SwitchUnts Born ASU USB Virtuell SystemControls El ns Status SystemContrals IMS Control USB T Virtuell Tiansducers a TunTables gt Fig 5 5 Equipment list created by the configuration wizard for EMS radiated The following table contains short descriptions of the device driver functions Instrument name Description Generator For controlling the internal R amp S IMS generator module RFSensor1 For controlling RF sensor NRP Z91 Amplifier2 For controlling band 1 of the external Bonn amplifier 1st amplifier for radiated measurements Amplifier3 For controlling band 2 of the external Bonn amplifier 2nd amplifier for radiated measurements Field Sensor For controlling the field strength sensor used Switch Unit For controlling the internal RF switching matrix DIO Monitoring For controlling the R amp S IMS EUT Monitoring interface for test equipment monitoring and stimulation EMS Antenna For defining the physical limit values of the log periodic antenna used Interlock For monitoring the interlock input 1502 0021 14 5 5 E 2 Examples of Measurements R amp S IMS
48. 92 Total Memory Bytes 8168 Software Fig 1 7 Dialog for the Key Token Utility program 1 12 Starting the Program Following program installation you will find an EMC32 icon on your desktop Double click on this icon to start the software You can of course also start the program via the Start button on the Windows desktop Starting the program via the Start button 1 Click the Start button on your desktop 2 Select Programs Rohde 8 Schwarz EMC32 EMC32 Changing the language in EMC32 The language for the EMC32 software can be changed during runtime but the change only takes effect when the application is restarted You can change the current language in the dialog for that purpose by choosing Extras gt Language menu 1502 0021 14 1 26 E 2 R amp S IMS Putting into Operation 1 13 EMC32 IMS Configuration Before you carry out a measurement with the R amp S IMS you have to adapt the software to your system This means you must tell the EMC32 software which instruments are present in your system which interfaces are used to address them how the instruments are interconnected and how it is intended that the measurements obtained via these instruments shall be carried out For this purpose the EMC32 software includes a wizard Configuration wizard which prompts you for the required measurement modes radiated conducted and the measuring instruments in your system and then uses this informati
49. CD ROM Driver for R amp S IMS generator module 1 Start the program D SystemDrivers SM300 rssism_vxipnp_1_4 exe replacing D with the letter appropriate to your CD ROM drive if different 2 Follow the instructions of the installation routine Driver for R amp S IMS analyser module only for option IMS B1 1 Start the program D SystemDrivers IMS Analyzer rssifs_vxipnp_1_9 exe replacing D with the letter appropriate to your CD ROM drive if different 2 Follow the instructions of the installation routine 1502 0021 14 1 24 E 2 R amp S IMS Putting into Operation Driver for NRP Z91 RF sensor The installation for the NRP Z91 RF sensor consists of two installation procedures 1 Start the program D SystemDrivers NRP Zxx Toolkit Setup exe replacing D with the letter appropriate to your CD ROM drive if different Follow the instructions of the installation routine Start the program D SystemDrivers NRP Zxx rsnrpz_vxipnp_1_18 exe replacing D with the letter appropriate to your CD ROM drive if different 4 Follow the instructions of the installation routine Driver for the meM PIO I O module 1 Start the program D SystemDrivers MemPio mem actx 3 4 148 exe replacing D with the letter appropriate to your CD ROM drive if different Follow the instructions of the installation routine Now plug the R amp S IMS into the system process controller and switch on the instrument at the mains switch o
50. Control Panel System Device Manager USB Controllers Note Before starting the R amp S EMC32 software the R amp S IMS should be switched to the ON mode and then connected to the booted PC via USB cable so that Windows can activate the USB drivers The R amp S EMC32 software should not be started until then 1 3 7 Switching Off Note Before switching off the R amp S IMS the R amp S EMC32 application should be closed and the USB cable should be disconnected from the PC Only when this has been done the R amp S IMS should be switched to STBY mode or entirely disconnected from the AC supply by means of the main power switch gt gt Press the ON STBY switch on the front panel for at least 2 seconds Power The AC supply switches to the STBY mode as en The USB hub and the INTERLOCK circuit are supplied with E Fuse operating voltage via power supply unit 2 only y ac supply The yellow LED 1 must be on 1 connector Warning The AC supply is still connected to the instrument in STBY mode To disconnect the instrument completely from the AC supply A gt Press the main power switch at the rear of the instrument to position l 0 None of the front panel LEDs should be on Power 1221 switch Fuse AC supply connector 1502 0021 14 1 16 E 2 R amp S IMS Putting into Operation 1 4 Function Checks The Integrated Measurement System
51. E amp SCHWARZ EC Certificate of Conformity Certificate No 2005 02 This is to certify that Equipment type Stock No Designation IMS 1502 0009 02 04 Integrated Measurement System IMS B2 1502 0838 02 Transfer Relay IMS B3 1502 0873 02 Gen Intlk Relay IMS B4 1502 0915 02 Upgrade to EMC32 A IMS B7 1502 0721 02 Hardware Extension Power Sensor complies with the provisions of the Directive of the Council of the European Union on the approximation of the laws of the Member States relating to electrical equipment for use within defined voltage limits 73 23 EEC revised by 93 68 EEC relating to electromagnetic compatibility 89 336 EEC revised by 91 263 EEC 92 31 EEC 93 68 EEC Conformity is proven by compliance with the following standards EN61010 1 2001 12 EN55011 1998 A1 1999 Klasse B EN61326 1997 A1 1998 A2 2001 For the assessment of electromagnetic compatibility the limits of radio interference for Class B equipment as well as the immunity to interference for operation in industry have been used as a basis Affixing the EC conformity mark as from 2005 ROHDE amp SCHWARZ GmbH amp Co KG Muhldorfstr 15 D 81671 M nchen Munich 2005 02 02 Central Quality Management MF QZ Radde 1502 0009 01 CE E 1 Customer Support Technical support where and when you need it For quick expert help with any Rohde amp Schwarz equipment contact one of our Customer Support Centers A team o
52. EUT Monitoring 22 1502 0021 14 1 2 E 2 R amp S IMS Contents 6 Instrument Interfaces Maintenance Errors 2 2222220002200000nnn0nnnnnnnnnnnnnn 2 A RN NN 2 6 2 Instrument Interfaces ENNEN nenn anne 2 Amplifier EI Wall EE 9 7 1 1 Preparation for USO iii ide iiO AE 9 LAT Settingiup Bu En e 10 7 1 2 RACK MOUNINO circle tds 10 7 1 3 Maine Connection sissies licens add ad shi 10 TNA RF Connectors ice nine an TR 10 e E Interlock Safety eegener ee sehen een nee Ee e 11 7 2 Functional Description 22 2 einen 13 TAi kant a A A EE le 13 1 2 2 POWETSUPPI Y ic era A A ean ae aan eee 14 G Monitor output Option A ae eier 15 7 2 4 USB remote control interface Option UU 15 7 2 5 CONMO 4 2 NN 15 7 3 Maintenance and Troubleshooting uursresnnnnsrennnnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsnnnnrnnn nennen 16 et Da ME Eil Ee 16 3 2 Troubleshooting zer Ei a ea 16 A re en ie ier en oad on E em Meee ee et en ree eee ees ey 1 1502 0021 14 1 3 E 2 Before putting the product into operation for the first time make sure to read the following Safety Instructions Rohde amp Schwarz makes every effort to keep the safety standard of its products up to date and to offer its customers the highest possible degree of safety Our products and the auxiliary equipment required for them are designed and tested in accordance with the relevant safety
53. F power and the input for the monitor input RF signal to the RF sensor as appropriate 5 3 2 Software Configuration In the first step after installing the EMC32 operating system software for the R amp S IMS you have to adapt the software to your system This means you must tell the EMC32 software which instruments are present in your system which interfaces are used to address them how the instruments are interconnected and how it is intended that the measurements obtained via these instruments shall be carried out For this purpose the EMC32 software includes the R amp S IMS configuration wizard which prompts you for the instruments present in the system and then creates a standard configuration for the system Correction tables and test templates are also copied to the appropriate folders 1502 0021 14 5 16 E 2 R amp S IMS Examples of Measurements To start the R amp S IMS configuration wizard proceed as follows 1 Startthe EMC32 application 2 Ifthe opening dialog is enabled you will see that it contains an icon that will open the wizard Wilkommen bei der EMC32 x Letzten Test laden Y Test laden oder neuen Test erzeugen pl ES Testvorlage ffnen N Konfigurationsassistent starten gt Diesen Dialog schlie en Startet den Konfigurationsassistenten Nutzen Sie diesen Assistenten zum erstmaligen Konfigurieren der EMC32 oder auch z B f r Demo Zwecke I Diesen Dialog beim Start nicht mehr anzeigen
54. IN EN ISO 9001 DIN EN 9100 DIN EN ISO 14001 DOS REG NO 001954 QM ST UM QUALITATSZERTIFIKAT Sehr geehrter Kunde Sie haben sich f r den Kauf eines Rohde amp Schwarz Produktes entschie den Hiermit erhalten Sie ein nach modernsten Fertigungsmethoden hergestelltes Produkt Es wurde nach den Regeln unseres Management systems entwickelt gefertigt und gepr ft Das Rohde amp Schwarz Management system ist zertifiziert nach DIN EN ISO 9001 2000 DIN EN 9100 2003 DIN EN ISO 14001 1996 CERTIFICATE OF QUALITY Dear Customer you have decided to buy a Rohde amp Schwarz product You are thus as sured of receiving a product that is manufactured using the most modern methods available This product was developed manufactured and tested in compliance with our quality manage ment system standards The Rohde amp Schwarz quality manage ment system is certified according to DIN EN ISO 9001 2000 DIN EN 9100 2003 DIN EN ISO 14001 1996 CERTIFICAT DE QUALITE Cher Client vous avez choisi d acheter un produit Rohde amp Schwarz Vous disposez donc d un produit fabriqu d apres les m thodes les plus avanc es Le d veloppement la fabrication et les tests respectent nos normes de ges tion qualit Le systeme de gestion qualit de Rohde amp Schwarz a t homologu conform ment aux normes DIN EN ISO 9001 2000 DIN EN 9100 2003 DIN EN ISO 14001 1996 ROHDE amp SCHWARZ amp ROHD
55. MP OUT 1 is connected directly to the RF output of the internal amplifier With option R amp S IMS B2 AMP OUT 1 is connected to the RF output of the amplifier when the upper LED on the front panel is lit in the R amp S IMS B2 icon See chapter 6 and data sheet With option R amp S IMS B2 AMP OUT 2 is connected to the RF output of the amplifier when the lower LED on the front panel is lit in the R amp S IMS B2 icon The appropriate R amp S IMS OS device driver for switching this relay can be found in the equipment list under the name Switch Unit and is the IMS RSU type Double click on the entry to open a dialog box The Test selection box contains switch commands which are listed when you click on the Switch button The command for switching the amplifier output to AMP OUT 1 upper LED is K5_1 The command for switching the amplifier output to AMP OUT 2 lower LED is K5_2 34 REMOTE CONTROL INTERLOCK CONTROL REMOTE CONTROL 15 pin D SUB Parallel I O for data signals and status messages together with interlock control The pin assignment is described in chapter 6 1502 0021 14 1 12 See chapter 6 for interface description R amp S IMS Putting into Operation 1 3 Putting into Operation The following section describes the procedure for putting the instrument into operation and the connection of peripherals such as amplifiers and power sensors It contains general safety instructions for operating the instrum
56. R amp S IMS automatically monitors the operating voltages in the instrument and indicates an undershoot or overshoot of the voltage tolerance thresholds by switching POWER LED 4 to red Moreover in the event of an error when starting the software and or starting a test the software displays an error message No further function checks or error displays are available 1 5 Connecting the Power Sensor Up to three R amp S NRP Z91 power sensors with USB interface can be connected to the R amp S IMS The sensors are connected to a USB interface type A on the rear panel of the instrument Note Before connecting an instrument to the PC via the USB interface it is essential to make sure that the corresponding USB drivers have been installed The sensors are detected automatically once they are connected The sensor s then need only be physically enabled in the instrument configuration of the R amp S EMC32 software by means of their serial numbers 1 6 Connecting Amplifiers Up to three amplifiers with USB interface supplied by the Bonn company can be connected to the R amp S IMS One of these amplifiers can be built into the R amp S IMS in the case of model 04 The amplifiers are connected to a USB interface on the rear panel of the instrument Note Before connecting an instrument to the PC via the USB interface it is essential to make sure that the corresponding USB drivers have been installed The amplifiers are detected automatical
57. R amp S IMS configuration wizard nn 45 Rack mstalleaton REF IN Analyzer Input Registering the License REMOTE CONTROL interface ooooincocnccconicincicocncnnccnon 12 RF WO for amplifier 1 RF WO for amplifier 2 RF output 1 Ge EE ee et kt ee S Starting the program 26 System reduirements eee ceeseneeeteeeteeenaeeetens 21 T Transfer relayi sirenen ek ah 7 Trmoubiesbooting nanaii ees aaa a AF 32 U USB IN IMS inte rfaCe oii ccccccccstsccccccesesssceeceseeessssseceseeens 10 User administratiOD ooooooococonooooococononononnnonononononono 21 W A A AEn R 27 45 51 58 E 2
58. Starting installation 1 Shut down any other programs you are running 2 Put the EMC32 CD into your CD ROM drive If the Autostart function on your system is enabled the installation program starts automatically and you can skip steps 3 and 4 Select Run from the Start menu 4 Enter D HTMLVIEW EXE replace D with the letter appropriate to your CD ROM drive if different 5 Click on the Install IMS OS Software button and follow the instructions on the screen 6 When asked to choose the product select IMS OS Software Gi RohdeSchwarz EMC32 InstallShield Wizard Produktauswahl Wahlen Sie das Produkt welches Sie installieren m chten OEMC32 A Die EMC32 A Testsoftware f r Automotive und MIL Messungen wird installiert O EMC32 E 8 Die EMC32 E Testsoftware f r erweiterte St raussendungstests EMI wird installiert OD EMC32 E S C Die EMC32 Basissoftware wird entweder mit beiden Messarten EMIJEMS oder nur einer Messart installiert Auswahl nachfolgend IMS OS Software Die IMS Betriebssystem Software f r das Integrierte Messsystem IMS wird installiert Fig 1 4 Choosing the product in the installation program 7 In the next dialog the option R amp S IMS Operating System Software is active You can change the installation folder if you wish 1502 0021 14 1 22 E 2 R amp S IMS Putting into Operation Gi RohdeSchwarz EMC32 InstallShield Wizard Angepasstes Setup Wahlen Sie di
59. User Manual Integrated Measurement System R amp S IMS 1502 0009 02 04 Printed in Germany ROHDE amp SCHWARZ Test and Measurement Division 1502 0021 14 02 1 E 2 Contents R amp S IMS Dear Customer When referring to your Integrated Measurement System R amp S IMS the abbreviation R amp S IMS is used throughout this operating manual R amp S is a registered trade name of ROHDE amp SCHWARZ GmbH amp Co KG Proper names are trade marks of their respective owners 1502 0021 14 02 2 R amp S IMS Overview of Chapters Overview of Chapters General Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 Chapter 6 Chapter 7 Chapter 8 1502 0021 14 Contents Data Sheet Safety Instructions CE Certificate of Quality EU Declaration of Conformity Support Center Address List of Rohde 8 Schwarz Offices Putting into Operation Manual Operation Instrument Functions Applications Examples of Measurements Instrument Interfaces Maintenance Errors Manual for Integrated Amplifier valid only for variant 04 Index RE E 2 R amp S IMS Contents Contents A EE 1 Spectral Purity risina o a A a nenn 1 RE level a cal 1 LE generado iii riada 1 Modulation ii 1 TA eq A Pt ag weh NAARAAN VE Kanu ENEE 2 Outputs from generator uunssesnnnnennennnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nennen nennen nennen nennen 2 General transmission data uuuusmsenannnnn
60. Xian 710001 Rohde amp Schwarz China Ltd Representative Office Shenzhen 0 88 Fuhua Yilu Futian Distric Shenzhen 518026 siehe see Mexico siehe see Slovenia siehe see Mexico Hinis Telecast Ltd Agiou Thoma 18 iti Larnaca 7550 Rohde amp Schwarz Praha s r o Hadovka Office Park Evropsk 2590 33c 16000 Praha 6 Rohde amp Schwarz Danmark A S Ejby Industrivej 40 2600 Glostrup U A S Universal Advanced Systems 31 Manshiet El Bakry Street Heliopolis 11341 Cairo siehe see Mexico Rohde amp Schwarz Danmark A S Estonian Branch Office arva mnt 13 10151 Tallinn Rohde amp Schwarz Finland Oy aivaltie 5 01610 Vantaa Rohde amp Schwarz France mmeuble Le Newton 9 11 rue Jeanne Braconnier 92366 Meudon La For t C dex iederlassung Subsidiary Rennes 37 Rue du Bignon B timent A 35510 Cesson S vign Zweigniederlassungen der Rohde 8 Tel 86 28 86 52 76 06 Fax 86 28 86 52 76 10 sophia chen rsbp rohde schwarz com Tel 86 29 87 41 53 77 Fax 86 29 87 20 65 00 sherry yu rsbp rohde schwarz com Tel 86 755 82 03 11 98 Fax 86 755 82 03 30 70 Room 1901 Central Business Buildingessica lia rsbp rohde schwarz com Tel 357 24 42 51 78 Fax 357 24 42 46 21 hinis logos cy net Tel 420 2 24 31 12 32 Fax 420 2 24 31 70 43 office rscz rohde schwarz com Tel 45 43 43 66 99 Fax 45 43 43 77 44 rsdk rsdk rohde schwarz com
61. acumuladores no deben de ser expuestos a temperaturas altas o al fuego Guardar baterias y acumuladores fuera del alcance de los ni os Si las bater as o los acumuladores no son cambiados con la debida atenci n existir peligro de explosi n atenci n celulas de Litio Cambiar las bater as o los acumuladores solamente por los del tipo R amp S correspondiente ver lista de piezas de recambio Bater as y acumuladores son deshechos problem ticos Por favor tirenlos en los recipientes especiales para este f n Por favor tengan en cuenta las prescripciones nacionales de cada pa s referente al tratamiento de deshechos Nunca sometan las bater as o acumuladores a un corto circuito Tengan en consideraci n de que en caso de un incendio pueden escaparse gases t xicos del producto que pueden causar da os a la salud Por favor tengan en cuenta que en caso de un incendio pueden desprenderse del producto agentes venenosos gases l quidos etc que pueden generar da os a la salud No sit e el producto encima de superficies veh culos estantes o mesas que por sus caracter sticas de peso o de estabilidad no sean aptas para l Siga siempre las instrucciones de instalaci n del fabricante cuando instale y asegure el producto en objetos o estructuras por ejemplo paredes y estantes 1171 0000 42 02 00 31 32 33 Las asas instaladas en los productos sirven solamente de ayuda para el manejo que solamente est pr
62. ar panels putting the R amp S IMS and the connectors to external instruments into operation installing the operating system loading drivers and configuring the R amp S EMC32 Chapter 2 gives an overview of manual operation Chapter 3 gives a description of the R amp S IMS functions Chapter 4 contains an overview of some possible examples of R amp S IMS applications listed according to various standards Chapter 5 describes the use of the R amp S IMS for measuring immunity to electromagnetic interference according to different EMC standards Chapter 6 contains an interface description for the R amp S IMS together with notes on maintenance and error messages Chapter 7 contains the relevant parts of the description of the integrated amplifier It only applies to R amp S IMS variant 04 1502 0021 14 0 1 E 2 R amp S IMS Specifications Generator RF frequency Specifications Frequency range 9 kHz to 3 GHz Resolution 0 1 Hz Level setting time at an offset of lt 1x10 lt 10 ms Reference frequency 10 MHz Aging 2 x 10 year Temperature drift 5 C to 40 C 1x 10 Spectral purity Spurious Harmonics level lt 0 dBm fe gt 1 MHz lt 30 dBc Subharmonics fo gt 1 MHz lt 50 dBc Nonharmonics gt 10 kHz offset from carrier lt 50 dBc Wideband noise fe 1 GHz carrier offset gt 2 MHz lt 123 dBc SSB phase noise fe 1 GHz carrier offset 20 kHz lt 95 dBc 1 Hz
63. ata sheet Input for external analog modulation signals amplitude modulation and pulse modulation See data sheet Input for external pulse modulation signals EXT E ate MDN S 16 Input for External Modulation Signal Pulse Re N EXTPUSE N MODIN I AY De 17 RF I O for Amplifier 1 aa UL SS A x1 RF OUT1 IMS RF OUT 1 IMS X1 x4 See data sheet X5 Generator signal to amp 1 directional coupler output FWD and REV from amp 1 to the power sensor 18 RF I O for Amplifier 2 RFOUT 2 IMS X2 CH 7 i N f i N FWD2 X6 See data sheet us de E J N REV2 X7 l SS ge x Generator signal to amp RF OUT2 IMS FWD2 REV2 2 directional coupler 1502 0021 14 output FWD and REV from amp 2 to the power sensor 1 8 R amp S IMS Putting into Operation 19 RF I O for Amplifier 3 Ze oo de RF OUT 3 IMS X3 N or i FWD3 X8 See data sheet Ne 2 Se S N REV3 x9 l SS SS 6 Generator signal to amp RF OUT3 IMS FWD3 REV3 3 directional coupler output FWD and REV from amp 3 to the power sensor 20 Outputs for Power Sensor R amp S NRP Z91 a Ge SCH Se See data sheet NL REV X12 au The standard connector is one Ge SS SS sensor on X11 REN and MON IN are polled via pin switches With option R amp S IMS B7 two sensors only FWD is applied to X11 whilst REV and MON OUT are on X12 Socket X14 is not used for the time being Warning Check maximum i
64. ation you receive a message telling you that aWindows DLL is in use and therefore cannot be updated press OK to confirm so that the installation will continue Normally this does not cause any problems Delete all files from your temporary folder This folder is defined by the environment variable TEMP which normally has the value C TEMP or C WINDOWS TEMP Run a disk checking program on your hard drive Hard drive faults can cause problems during the installation process Some Microsoft Windows systems include a utility program called ScanDisk If you have any queries about disk checking programs please contact your system administrator Copy the EMC32 installation CD to your hard disk and start SETUP EXE from there Check that you have enough free space available on your hard disk The installation process will tell you if there is not enough available disk space when you start of the installation procedure In the Regional Options under the Numbers and Currency tabs always use rather than as the decimal separator Do not use the symbol in groups of numbers use a blank character instead 1502 0021 14 1 32 E 2 Manual Operation R amp S IMS 2 Manual Operation 2 1 Manual Operation The Integrated Measurement System R amp S IMS has no means of entering settings on the front panel All settings must be entered by means of the operating system software since there is no built in intelligence However the software can b
65. ators or fan heaters The temperature of the environment must not exceed the maximum temperature specified in the data sheet Batteries and storage batteries must not be exposed to high temperatures or fire Keep batteries and storage batteries away from children If batteries or storage batteries are improperly replaced this can cause an explosion warning lithium cells Replace the battery or storage battery only with the 1171 0000 42 02 00 28 29 30 31 32 33 matching Rohde amp Schwarz type see spare parts list Batteries and storage batteries are hazardous waste Dispose of them only in specially marked containers Observe local regulations regarding waste disposal Do not short circuit batteries or storage batteries Please be aware that in the event of a fire toxic substances gases liquids etc that may be hazardous to your health may escape from the product Please be aware of the weight of the product Be careful when moving it otherwise you may injure your back or other parts of your body Do not place the product on surfaces vehicles cabinets or tables that for reasons of weight or stability are unsuitable for this purpose Always follow the manufacturer s installation instructions when installing the product and fastening it to objects or structures e g walls and shelves Handles on the products are designed exclusively for personnel to hold or carry the product It is therefor
66. atus display on the front panel Table 5 5 List ofthe instruments entered in the equipment list by the configuration wizard 1502 0021 14 5 19 E 2 Examples of Measurements R amp S IMS 5 3 3 Signal Path Calibration In the second step the supplementary RF cable must be calibrated in order to increase measurement accuracy This is done with the aid of the signal path calibration tools incorporated in the EMC32 software Note With the option R amp S IMS B3 included the interlock needs to be closed for calibrations in order to allow the generator level to appear at the outputs RF OUT 1 to RF OUT 3 IMS During signal path calibration the frequency dependent damping behavior of a signal path in the test system is determined and saved to a file of the damping correction table type The settings used when measuring a signal path are held in a file of the calibration configuration type A dedicated dialog box has been provided for defining these settings There are two possible ways of opening this dialog e From the Explorer by double clicking on an existing calibration configuration or by clicking once with your right mouse button on the Calibration Configurations folder and clicking once on New File in the context menu e By clicking on the Calibration button in the Properties dialog of a signal path that has been called out from an instrument configuration This call has been provided so that an instrument configuration can be fully an
67. avy metal dust such as lead beryllium nickel may be released For this reason the product may only be disassembled e g for disposal purposes by specially trained personnel Improper disassembly may be hazardous to your health National waste disposal regulations must be observed 5 Ifhandling the product yields hazardous substances or fuels that must be disposed ofin a special way e g coolants or engine oils that must be replenished regularly the safety instructions of the manufacturer of the hazardous substances or fuels and the applicable regional waste disposal regulations must be observed Also observe the relevant safety instructions in the product documentation 6 Depending on the function certain products such as RF radio equipment can produce an elevated level of electromagnetic radiation Considering that unborn life requires increased protection pregnant women should be protected by appropriate measures Persons with pacemakers may also be endangered by electromagnetic radiation The employer is required to assess workplaces where there is a special risk of exposure to radiation and if necessary take measures to avert the danger 7 Operating the products requires special training and intense concentration Make certain that persons who use the products are physically mentally and emotionally fit enough to handle operating the products otherwise injuries or material damage may occur lt is the responsibili
68. bito de la comunidad econ mica europea Pueden existir definiciones diferentes a esta definici n Por eso se debera tener en cuenta que las palabras de se al aqu descritas sean utilizadas siempre solamente en combinaci n con la correspondiente documentaci n y solamente en combinaci n con el producto correspondiente La utilizaci n de las palabras de se al en combinaci n con productos o documentaciones que no les correspondan puede llevar a malinterpretaciones y tener por consecuencia da os en personas u objetos Informaciones de seguridad elementales 1 El producto solamente debe ser utilizado 2 Entodos los trabajos deber n ser tenidas en seg n lo indicado por el fabricante referente cuenta las normas locales de seguridad de a la situaci n y posici n de funcionamiento trabajo y de prevenci n de accidentes El sin que se obstruya la ventilaci n Si no se producto solamente debe de ser abierto por convino de otra manera es para los personal p rito autorizado Antes de efectuar productos R amp S v lido lo que sigue trabajos en el producto o abrirlo deber este como posici n de funcionamiento se define ser desconectado de la corriente El ajuste principialmente la posici n con el suelo de la el cambio de partes la manutenci n y la caja para abajo modo de protecci n IP 2X reparaci n deber n ser solamente grado de suciedad 2 categor a de efectuadas por electricistas autorizados por sobrecarga el ctrica 2 utilizar solament
69. ck Interlock Interlack Cr None SwitehUnile gt RF Load Transducers Transducet None SystemContrals Bonn ASU SwutchU nits Bonn ASU USB T Virtuell Transducers IMS Status SyetemConircle IMS Control USB Virbaell TumT aklas gt Fig 5 10 Equipment list created by the configuration wizard for EMS radiated The following table contains short descriptions of the device driver functions Instrument name Description Generator For controlling the internal R amp S IMS generator module RFSensor1 For controlling the RF sensor NRP Z91 for forward power RFSensor2 For controlling the RF sensor NRP Z91 for reflected power Amplifier2 For controlling band 1 of the external amplifier 1st amplifier for radiated measurements Amplifier3 For controlling band 2 of the external amplifier 2nd amplifier for radiated measurements Field Sensor For controlling the field strength sensor used Switch Unit For controlling the internal RF switching matrix DIO Monitoring For controlling the R amp S IMS EUT Monitoring interface for test equipment monitoring and stimulation EMS Antenna For defining the physical limit values of the log periodic antenna used 1502 0021 14 5 11 E 2 Examples of Measurements R amp S IMS Instrument name Description Interlock For monitoring the interlock input RF Load For defining the physical limit values of the RF terminating impedance for the amplifier test IMS Status For
70. context menu e By clicking on the Calibration button in the Properties dialog of a signal path that has been called out from an instrument configuration This call has been provided so that an instrument configuration can be fully and consistently created in a single process If a number of correction tables are specified a selection dialog opens first so that you can select the table requiring calibration The following signal paths require calibration for this measurement application emme from In tema O O Generator Output X2 RF OUT 2 IMS of the Input of the external dual band Amplifier2 R amp S IMS amplifier Amplifier2 Output FWD of the dual band Output X11 FWD via input X6 FWD 2 RFSensor1 FWD amplifier Amplifier2 Output REV of the dual band Output X11 FWD via input X7 REV 2 RFSensor1 REV amplifier Amplifier2 EMS Output cable of the dual band Input of the log periodic antenna Antenna amplifier Directional Coupler The manufacturer s 1502 0021 14 5 6 E 2 R amp S IMS Examples of Measurements oz rem Il emana OS Factor Amplifier2 calibration values are used Generator Output X2 RF OUT 2 IMS of the Input ofthe external dual band Amplifier3 R amp S IMS amplifier Amplifier3 Output FWD of the dual band Output X11 FWD via input X6 FWD 2 RFSensor1 FWD amplifier Amplifier3 Output REV of the dual band Output X11 FWD via input X7 REV 2 RFSensor1 REV amplifier Amplifier3 EMS Outp
71. d consistently created in a single process If a number of correction tables are specified a selection dialog opens first so that you can select the table requiring calibration The following signal paths require calibration for this measurement application CR from In Ins O O Generator Amplifier1 Output of the internal Input of the internal amplifier Correction table on generator module module accompanying CD ROM Amplifier1 Output of the internal amplifier Output X11 FWD via internal Correction table on RFSensor1 FWD module FWD1 directional coupler accompanying CD ROM Amplifier1 Output of the internal amplifier Output X11 FWD via internal Correction table on RFSensor1 REV module FWD1 directional coupler accompanying CD ROM Amplifier1 CDN Cable at AMP OUT 1 output Cable at CDN input Calibration without 6 dB attenuator CAL Adapter Cable at calibration adapter Cable at X10 MON IN input RFSensor1 output Table 5 6 List of signal paths The first three signal paths in the above table cannot be calibrated without opening the R amp S IMS The attenuation correction tables are therefore included in the CD ROM as files To import these tables proceed as follows 1 Inthe EMC32 Explorer expand the tree system for Correction Tables and look for the Attenuation entry 2 Right click on the Attenuation entry and select the Import From entry from the popup menu 3 Afile selection dialog opens Select the required
72. de ofrecer a sus clientes el m ximo grado de seguridad Nuestros productos y todos los equipos adicionales son siempre fabricados y examinados seg n las normas de seguridad vigentes Nuestra secci n de gesti n de la seguridad de calidad controla constantemente que sean cumplidas estas normas Este producto ha sido fabricado y examinado seg n el comprobante de conformidad adjunto seg n las normas de la CE y ha salido de nuestra planta en estado impecable seg n los estandards t cnicos de seguridad Para poder preservar este estado y garantizar un funcionamiento libre de peligros deber el usuario atenerse a todas las informaciones informaciones de seguridad y notas de alerta Rohde amp Schwarz est siempre a su disposici n en caso de que tengan preguntas referentes a estas informaciones de seguridad Adem s queda en la responsabilidad del usuario utilizar el producto en la forma debida Este producto solamente fue elaborado para ser utilizado en la ind stria y el laboratorio o para fines de campo y de ninguna manera deber ser utilizado de modo que alguna persona cosa pueda ser da ada El uso del producto fuera de sus fines definidos o despreciando las informaciones de seguridad del fabricante queda en la responsabilidad del usuario El fabricante no se hace en ninguna forma responsable de consecuencias a causa del maluso del producto Se parte del uso correcto del producto para los fines definidos si el producto es utilizado dentro de las i
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74. e Features den Sie installieren wollen klicken Sie auf eine der Symbole in der Liste um die Art einer Feature Installation zu ndern EMS Measurement Mode PSA ER X Automotive Erweiterung EMC32 A en d E IMS Betriebssystem Software Durchf hrung von EMS OE EMI Measurement Mode Messungen z EMC32 E Plus Erweiterung Dieses Feature ben tigt 1707KB auf Ihrer Festplatte Es sind 1 von 2 Subfeatures ausgew hlt Die Subfeatures erfordern 8316KB auf Ihrer Festplatte Installieren nach C Program Files Rohde Schwarz EMC32 Fig 1 5 Choosing the installation path in the installation program 8 Alternatively you can start the installation process by entering DASETUP EXE replace D with the letter appropriate to your CD ROM drive if different Note It is not possible to install more than one instance of EMC32 on a PC 1 11 2 Installing USB Device Drivers The next step is used for installing all the necessary USB Windows device drivers This step is not necessary when installing a demo version without hardware Note Do not plug in the R amp S IMS before you have installed the USB Windows device drivers and when requested to do so in the subsequent instructions The installation procedure can be run either via the Autostart program on the EMC32 CD ROM or manually via the steps listed below 1502 0021 14 1 23 E 2 Putting into Operation R amp S IMS a 10 x ln BAEZ Bookmarks DI ate
75. e en R amp S Si se reponen partes con importancia estancias interiores utilizaci n hasta 2000 m para los aspectos de seguridad por ejemplo sobre el nivel del mar el enchufe los transformadores o los A menos que se especifique otra cosa en la fusibles solamente podr n ser sustituidos hoja de datos se aplicar una tolerancia de por partes originales Despues de cada 10 sobre el voltaje nominal y de 5 recambio de partes elementales para la sobre la frecuencia nominal seguridad deber ser efectuado un control de 1171 0000 42 02 00 p gina 2 Informaciones de seguridad seguridad control a primera vista control de conductor protector medici n de resistencia de aislamiento medici n de medici n de la corriente conductora control de funcionamiento Como en todo producto de fabricaci n industrial no puede ser excluido en general de que se produzcan al usarlo elementos que puedan generar alergias los llamados elementos alerg nicos por ejemplo el n quel Si se producieran en el trato con productos R amp S reacciones al rgicas como por ejemplo urticaria estornudos frecuentes irritaci n de la conjuntiva o dificultades al respirar se deber consultar inmediatamente a un m dico para averigurar los motivos de estas reacciones Si productos elementos de construcci n son tratados fuera del funcionamiento definido de forma mec nica o t rmica pueden generarse elementos peligrosos polvos de sustancia de metales p
76. e not permissible to use handles for fastening the product to or on means of transport such as cranes fork lifts wagons etc The user is responsible for securely fastening the products to or on the means of transport and for observing the safety regulations of the manufacturer of the means of transport Noncompliance can result in personal injury or material damage If you use the product in a vehicle it is the sole responsibility of the driver to drive the vehicle safely Adequately secure the product in the vehicle to prevent injuries or other damage in the event of an accident Never use the product in a moving vehicle if doing so could distract the driver of the vehicle The driver is always responsible for the safety of the vehicle the manufacturer assumes no responsibility for accidents or collisions If a laser product e g a CD DVD drive is integrated in a Rohde 8 Schwarz product do not use any other settings or functions than those described in the documentation Otherwise this may be hazardous to your health since the laser beam can cause irreversible damage to your eyes Never try to take such products apart and never look into the laser beam Sheet 4 Por favor lea imprescindiblemente antes de la primera puesta en funcionamiento las siguientes informaciones de seguridad Informaciones de seguridad Es el principio de Rohde amp Schwarz de tener a sus productos siempre al dia con los estandards de seguridad y
77. e toda clase Es necesario de que se lean las siguientes informaciones de seguridad concienzudamente y se tengan en cuenta debidamente antes de la puesta en funcionamiento del producto Tambi n deber n ser tenidas en cuenta las informaciones para la protecci n de personas que encontrar n en otro cap tulo de esta documentaci n y que tambi n son obligatorias de seguir En las informaciones de seguridad actuales hemos juntado todos los objetos vendidos por Rohde amp Schwarz bajo la denominaci n de producto entre ellos tambi n aparatos instalaciones as como toda clase de accesorios Palabras de se al y su significado PELIGRO Indica un punto de peligro con gran potencial de riesgo para el ususario Punto de peligro que puede llevar hasta la muerte o graves heridas ADVERTENCIA Indica un punto de peligro con un protencial de riesgo mediano para el usuario Punto de peligro que puede llevar hasta la muerte o graves heridas ATENCI N Indica un punto de peligro con un protencial de riesgo peque o para el usuario Punto de peligro que puede llevar hasta heridas leves o peque as CUIDADO Indica la posibilidad de utilizar mal el producto y a consecuencia da arlo INFORMACI N Indica una situaci n en la que deber an seguirse las instrucciones en el uso del producto pero que no consecuentemente deben de llevar a un da o del mismo Las palabras de se al corresponden a la definici n habitual para aplicaciones civiles en el m
78. e used to operate the individual modules manually Note A dialog with the instruments is only possible when the interlock is closed Contacts 1 and 3 ofthe 25 pin D Sub INTERLOCK on the IMS have to be connected for that See tab 1 2 for the pin assignments Connect the PC and the R amp S IMS by means of USB cable Start the R amp S EMC32 software on the PC Call Selftest from the EXTRAS menu Click the Test All button All the instruments in the system are physically enabled Double click on the required instrument Select the Test tab The predefined settings or switch commands can now be selected Then click on the fields labeled Button Setting Run Analyze NOORWN gt to run them Note Only one instrument dialog can be opened at a time To open another dialog the first dialog must be closed 1502 0021 14 2 1 E 2 Instrument Functions R amp S IMS 3 Instrument Functions 3 1 Introduction This chapter describes the individual function blocks of the R amp S IMS using the names given in block diagram 1502 0009 01 S S 1 2 or circuit diagram 3 2 Instrument Functions The Integrated Measurement System R amp S IMS is a complete EMS test system for acceptance tests to civil military and automotive standards from 9 kHz to 3 GHz It offers the following functions in a 4 HU 19 instrument e Signal source e Signal change Power measurement Controlling and switching up to three amplifiers including interlock R amp S IMS opera
79. en successfully installed Driver for iKey software protection The EMC32 software is protected by a hardware key called iKey This is integrated into the R amp S IMS and contains the software license information In order for EMC32 to work with the R amp S IMS the USB driver must previously have been installed 1 Start the program D i_Key Keyall exe replacing D with the letter appropriate to your CD ROM drive if different 2 Follow the instructions of the installation routine when the installation program prompts you to connect the Key acknowledge the message Restart the PC after quitting the installation 1502 0021 14 1 25 E 2 Putting into Operation R amp S IMS To check that the software is working correctly proceed as follows After restarting a utility program iKey Token Utility appears in the task bar and can be used to test whether the iKey has been recognized Double clicking on this icon starts the program and the dialog shown below appears If the serial number of the Key is displayed it has been correctly recognized Key Token Utility 0121 014D 0000 006F Token Settings Help General Information User Tools Token Details The General Information tab displays information about the connected iKey Item Value Token Type Key 1000 Token Token Name Serial Number 0121 014D 0000 006F Driver Version 3 4 Build 97 Firmware Version 0 7 Used Memory Bytes 3576 Free Memory Bytes 45
80. en the instrument is shifted with the feet out the feet might fold in To avoid injuries do not shift the instrument when the feet are out 1 3 3 3 EMC Safety Precautions To avoid electromagnetic interference use only well shielded signal cables and control cables Any supplementary USB cables used must be type USB 2 0 with continuous shielding like the USB cables supplied 1502 0021 14 1 14 E 2 R amp S IMS Putting into Operation 1 3 4 Connecting the R amp S IMS to the AC Supply The R amp S IMS is automatically matched to the applied AC voltage see rear panel There is no need to set the voltage manually or change fuses The AC supply connector is at the rear of the unit see below Note Before connecting the PC to the R amp S IMS via the USB interface it is essential to make sure that all USB drivers for the R amp S IMS application have been installed 1 3 5 Switching On the R amp S IMS gt Connect the Integrated Measurement System to the AC supply by means of the supplied power cable Power switch Since the instrument is in compliance with safety class EN61010 1 it AN should only be connected to a socket with a protective ground Fuse contact Ge gt Press the main power switch on the rear panel of the instrument to AG supply osition l gt connection P After power up the instrument is either ready for operation STBY or in operating mode depending on the position of the ON
81. ent This chapter also describes how to install software updates The next section describes how to install the R amp S IMS operating system The R amp S IMS operating system is based on the R amp S EMC32 software platform The iKey dongle required for operating the software needs to be plugged into a USB port on the instrument 1 3 1 Unpacking the R amp S IMS Je _ gt gt Remove the R amp S FS300 from its packaging and check that the delivery is complete using the delivery note and the accessory lists for the various items gt Remove the two protective covers from the front and rear panel of the Integrated Measurement System and carefully check the Remove protective covers instrument for damage gt If there is damage immediately contact the carrier who delivered the instrument In this case make sure not to discard the box and packing material gt The original packaging is also useful for transporting or dispatching the Integrated Measurement System later on Keep at least the two protective covers to prevent control elements and connectors from being damaged 1 3 2 Setting up the Instrument or Installing it in a 19 Rack The instrument is designed for indoor use It can either be set up independently or mounted in a 19 rack A rack adapter see data sheet for Order No is required for installation in a 19 rack The mounting instructions are supplied with the adapters
82. er poner al seguro que es controlado su estado t cnico de seguridad Si el producto no est equipado con un interruptor para desconectarlo de la red se deber considerar el enchufe del cable de distribuci n como interruptor En estos casos deber asegurar de que el enchufe sea de f cil acceso y nabejo medida del cable de distribuci n aproximadamente 2 m Los interruptores de funci n o electr nicos no son aptos para el corte de la red el ctrica Si los productos sin interruptor est n integrados en construciones o instalaciones se deber instalar el interruptor al nivel de la instalaci n p gina 3 12 13 14 15 17 19 Informaciones de seguridad No utilice nunca el producto si est da ado el cable el ctrico Asegure a trav s de las medidas de protecci n y de instalaci n adecuadas de que el cable de el ctrico no pueda ser da ado o de que nadie pueda ser da ado por l por ejemplo al tropezar o por un golpe de corriente Solamente est permitido el funcionamiento en redes de distribuci n TN TT aseguradas con fusibles de como m ximo 16 A Nunca conecte el enchufe en tomas de corriente sucias o llenas de polvo Introduzca el enchufe por completo y fuertemente en la toma de corriente Si no tiene en consideraci n estas indicaciones se arriesga a que se originen chispas fuego y o heridas No sobrecargue las tomas de corriente los cables de extensi n o los enchufes de extensi n
83. esados como por ejemplo plomo berilio n quel La partici n elemental del producto como por ejemplo sucede en el tratamiento de materias residuales debe de ser efectuada solamente por personal especializado para estos tratamientos La partici n elemental efectuada inadecuadamente puede generar da os para la salud Se deben tener en cuenta las directivas nacionales referentes al tratamiento de materias residuales En el caso de que se produjeran agentes de peligro o combustibles en la aplicaci n del producto que debieran de ser transferidos a un tratamiento de materias residuales como por ejemplo agentes refrigerantes que deben ser repuestos en periodos definidos o aceites para motores deberan ser tenidas en cuenta las prescripciones de seguridad del fabricante de estos agentes de peligro o combustibles y las regulaciones regionales para el tratamiento de materias residuales Cuiden tambi n de tener en cuenta en caso dado las prescripciones de seguridad especiales en la descripci n del producto Ciertos productos como por ejemplo las instalaciones de radiaci n HF pueden a causa de su funci n natural emitir una radiaci n electromagn tica aumentada En vista a la protecci n de la vida en desarrollo deber an ser protegidas personas embarazadas debidamente Tambi n las personas con un bypass pueden correr 1171 0000 42 02 00 10 11 peligro a causa de la radiaci n electromagn tica El empresario est compr
84. evisto para personas Por eso no est permitido utilizar las asas para la sujecion en o sobre medios de transporte como por ejemplo gr as carretillas elevadoras de horquilla carros etc El usuario es responsable de que los productos sean sujetados de forma segura a los medios de transporte y de que las prescripciones de seguridad del fabricante de los medios de transporte sean tenidas en cuenta En caso de que no se tengan en cuenta pueden causarse da os en personas y objetos Si llega a utilizar el producto dentro de un veh culo queda en la responsabilidad absoluta del conductor que conducir el veh culo de manera segura Asegure el producto dentro del veh culo debidamente para evitar en caso de un accidente las lesiones u otra clase de da os No utilice nunca el producto dentro de un veh culo en movimiento si esto pudiera distraer al conductor Siempre queda en la responsabilidad absoluta del conductor la seguridad del veh culo y el fabricante no asumir ninguna clase de responsabilidad por accidentes o colisiones Dado el caso de que est integrado un producto de laser en un producto R amp S por ejemplo CD DVD ROM no utilice otras instalaciones o funciones que las descritas en la documentaci n De otra manera pondr en peligro su salud ya que el rayo laser puede da ar irreversiblemente sus ojos Nunca trate de descomponer estos productos Nunca mire dentro del rayo laser p gina 5 Certified Quality System D
85. f highly qualified engineers provides telephone support and will work with you to find a solution to your query on any aspect of the operation programming or applications of Rohde amp Schwarz equipment Up to date information and upgrades To keep your Rohde amp Schwarz equipment always up to date please subscribe to our electronic newsletter at http www rohde schwarz com www response nsf newsletterpreselection or request the desired information and upgrades via email from your Customer Support Center addresses see below Feedback We want to know if we are meeting your support needs If you have any comments please email us and let us know CustomerSupport Feedback rohde schwarz com USA amp Canada Monday to Friday except US public holidays 8 00 AM 8 00 PM Eastern Standard Time EST Tel from USA 888 test rsa 888 837 8772 opt 2 From outside USA 1 410 910 7800 opt 2 Fax 1 410 910 7801 E mail Customer Support rsa rohde schwarz com East Asia Monday to Friday except Singaporean public holidays 8 30 AM 6 00 PM Singapore Time SGT Tel 65 6 513 0488 Fax 65 6 846 1090 E mail Customersupport asia rohde schwarz com Rest of the World Monday to Friday except German public holidays 8 00 17 00 Central European Time CET Tel from Europe 49 0 180 512 42 42 From outside Europe 49 89 4129 13776 Fax 49 0 89 41 29 637 78 E mail CustomerSupport rohde schwarz com amp ROHDE amp SCHWARZ
86. for forward and reflected power at the connectors FORWARD and REFLECTED as a standard at the rear panel 7 2 4 USB remote control interface Option U The USB interface is integrated on a separate control board which directly communicates to the main control board 7 2 5 Control The system control consists of a Bus system with differential transmission All boards of the system are connected to the control bus The main control board will handle all status and fault messages and will control all other control and power supply boards 1502 0021 14 7 7 E 2 Amplifier Manual R amp S IMS 7 3 Maintenance and Troubleshooting 7 3 1 Maintenance In general the amplifier does not require any maintenance due to its solid state amplifier design and overrating of all components under thermal stress The fan has a lifetime gt 40 000 h this results in a lifetime of 5 years even with permanent operation Cleaning and care of the RF connectors are to be performed according to the regulations valid for N or SMA series connectors All mechanical and electrical specifications are guaranteed for at least 500 plug in cycles For cleaning the front panel it is best to use a moist soft cloth and if necessary a mild detergent Solvents must not be used 7 3 2 Troubleshooting If the instrument does not react at all please check the following e No response after switching Check the mains voltage at the line input the mains on of the ampl
87. ice amp Calibration Center 8661A Robert Fulton Drive Columbia MD 21046 2265 Rohde amp Schwarz Representative Office Vietnam Unit 807 8 F Schmidt Tower 239 Xuan Thuy Road Cau Giay District Hanoi siehe see Mexico Tel 44 870 735 16 42 Fax 44 1252 81 14 77 sales rsuk rohde schwarz com Tel 598 2 400 39 62 Fax 598 2 401 85 97 cs aeromarine com uy Tel 1 410 910 78 00 Fax 1 410 910 78 01 info rsa rohde schwarz com D Tel 1 469 713 53 00 Fax 1 469 713 53 01 info rsa rohde schwarz com Tel 1 503 403 47 00 Fax 1 503 403 47 01 info rsa rohde schwarz com Tel 1 949 885 70 00 Fax 1 949 885 70 01 info rsa rohde schwarz com Tel 1 410 910 50 02 Fax 1 410 910 79 31 service rsa rsa rohde schwarz com Tel 84 4 834 20 46 R amp S IMS Contents of the Manual Contents of the Manual Operating Manual Introduction This operating manual provides information about e Technical characteristics of the instrument e Putting into operation e Basic operating procedures and control elements Oo Operating via the remote control The operating manual is divided into the following chapters First the data sheet in the General part gives an overview of the technical parameters of the R amp S IMS Chapter 1 then contains instructions on putting the system into operation with descriptions on the controls displays and connectors on the front and re
88. ifier If a fault message will be indicated the following should be checked e Indication Interlock External Check the connection to the external interlock switch or jumper in the interlock connector see Fig 7 1 e Indication Temperature X Check whether the airflow is obstructed Check if the internal blower works Check if the ambient temperature is more than 45 C Allow the instrument to cool down and try to start again Check if the Fault message persists e Indication PowerSupply X Fault of one or more output voltages of the indicated power supply X Switch off the amplifier and try to start again Check if the Fault message persists e Indication Control fault An internal control fault occurred Switch off the amplifier and try to start again Check if the Fault message persists If a non permanent error message is being indicated it has to be confirmed by sending the RESET command before the fault status will be unlatched 1502 0021 14 7 8 E 2 R amp S IMS 8 Index te 15 Analyzer INpuls aeeie areenaa aad aaee aana 10 ADPIICAIONS E 37 AAA e ai ei aT 22 Cc CD Installation Een ers 22 Update A Configuration Configuration wizard Connecting amplifiers Connecting EUT monitoring z t So Connecting power SENSOFS oooccccccconococcnccoconananancncnnnnnananos D Data back p cuota Han 31 Dala SOU Viriato anat aan 21 E EUT monitoring t GE 19 E
89. ing Rohde amp Schwarz products this will be indicated at the appropriate place in the product documentation Symbols and safety labels l A A A k ion Observe Weight Danger of Warning Giound ae operating indication for electric Hot PE terminal Ground terminal sensitive instructions units gt 18 kg shock surface devi evices x Device fully Te Standby nn Alternating Direct alternating protected by ONE indication DC current AC current DC AC double reinforced insulation 1171 0000 42 02 00 Sheet 1 Safety Instructions Observing the safety instructions will help prevent personal injury or damage of any kind caused by dangerous situations Therefore carefully read through and adhere to the following safety instructions before putting the product into operation It is also absolutely essential to observe the additional safety instructions on personal safety that appear in other parts of the documentation In these safety instructions the word product refers to all merchandise sold and distributed by Rohde amp Schwarz including instruments systems and all accessories Tags and their meaning DANGER This tag indicates a safety hazard with a high potential of risk for the user that can result in death or serious injuries WARNING This tag indicates a safety hazard with a medium potential of risk for the user that can re
90. ion model 02 without amplifier model 04 with amplifier max 110 VA max 280 VA Fuse for all voltages IEC 127 T3 15H 250 General data Environmental conditions Operating temperature range meets DIN EN 60068 2 1 2 5 C to 40 C Storage temperature range 20 C to 70 C Relative humidity meets DIN EN 60068 2 1 2 non condensing 95 at 40 C Mechanical resistance Sinusoidal vibration meets DIN EN 60068 2 2 5 Hz to 150 Hz 2 g at 55 Hz 55 Hz to 150 Hz 0 5 g constant Random vibration meets DIN EN 60068 2 64 10 Hz to 300 Hz 1 2 g Shock meets DIN EN 60068 2 27 and MIL STD 810 shock spectrum Electromagnetic compatibility meets EN 55011 class B and EN 61326 RFI field strength lt 10 V m Safety class meets DIN EN 61010 1 IEC 61010 1 2001 Dimensions W x H x D 425 mm x 500 mm x 175 mm 4 HU Weight Model 02 approx 13 kg Model 04 approx 22 kg System requirements Windows XP operating system SP2 or Microsoft Patch KB822603 installed Administrator rights PC with Pentium processor 2 4 GHz or comparable 256 Mbyte RAM 512 Mbyte RAM recommended 200 Mbyte available hard disk space Super VGA monitor minimum resolution 1024 x 768 pixels 65536 colors higher resolution recommended Available USB 2 0 interface 1502 0021 14 TI 6 R amp S IMS Ordering information
91. is rohde schwarz com Rohde amp Schwarz Engineering and Sales Tel 49 89 41 29 137 11 GmbH Fax 49 89 41 29 137 23 hldorfstra e 15 D 81671 M nchen info rse rohde schwarz com Postfach 80 14 29 D 81614 M nchen R amp S BICK Mobilfunk GmbH Fritz Hahne Str 7 D 31848 Bad M nder Postfach 2062 D 31844 Bad M nder Tel 49 5042 998 0 Fax 49 5042 998 105 info rsbick rohde schwarz com Rohde amp Schwarz FTK GmbH Wendenschlossstra e 168 Haus 28 D 12557 Berlin Tel 49 30 658 91 122 Fax 49 30 655 50 221 info ftk rohde schwarz com Rohde amp Schwarz SIT GmbH Agastra e 3 D 12489 Berlin Tel 49 30 658 84 0 Fax 49 30 658 84 183 info sit rohde schwarz com R amp S Systems GmbH Graf Zeppelin Stra e 18 D 51147 K ln Postfach 98 02 60 D 51130 K ln Tel 49 2203 49 5 23 25 Fax 49 2203 49 5 23 36 info rssys rohde schwarz com ADRESSEN WELTWEIT ADDRESSES WORLDWIDE siehe see Austria Rohde amp Schwarz Tel 213 21 48 20 18 Bureau d Alger Fax 213 21 69 46 08 5B Place de Laperrine 16035 Hydra Alger siehe see Mexico Precision Electronica S R L Av Pde Julio A Roca 710 6 Piso 1067 Buenos Aires Tel 541 14 331 10 67 Fax 541 14 334 51 11 alberto lombardi prec elec com ar Rohde amp Schwarz Australia Pty Ltd Tel 61 2 88 45 41 00 Sales Support Fax 61 2 96 38 39 88 Unit 6 sales rsaus rohde schwarz com 2 8 South S
92. istortion fir 1 kHz deviation 50 kHz lt 1 Carrier frequency deviation external modulation on lt 200 Hz Modulation frequency range DC 20 Hz to 80 kHz Phase modulation Operating modes internal Phase deviation fir lt 10 kHz 10 kHz lt fir lt 20 kHz O rad to 10 rad O rad to 5 rad Resolution lt 1 min 0 001 rad Setting uncertainty fir 1 kHz lt 5 of setting 0 2 rad QM total harmonic distortion fir 1 kHz deviation 5 rad lt 1 5 Modulation frequency range 300 Hz to 20 kHz Pulse modulation Operating modes internal external AC DC Rise fall time 10 90 lt 3 us Delay time external lt 1 min 1 Hz Pulse width internal external 100 us to 1s Pulse period internal 200 usto2s Time resolution 1 us Inputs to generator RF frequency input Connector BNC female Reference frequency 10 MHz 5 MHz 2 MHz Input voltage 0 5 V to 2 V into 50 O AM FM modulator input Connector BNC female Input voltage for max modulation 1V depth or deviation Input impedance gt 100 kO Pulse modulator input Connector BNC female Input voltage TTL voltage Outputs from generator RF output Connector N female Characteristic impedance 500 VSWR 1 MHz lt fc gt 2 5 GHz lt 1 6 2 5 GHz lt fe gt 3 GHz lt 1 8 Max input level 1 minute 36 dBm
93. ity of the final stage 1502 0021 14 7 5 E 2 Amplifier Manual R amp S IMS 7 2 2 Power supply See Fig 27 Block diagram of power supply in appendix The power supply consists of a main power supply module with line filtering and auxiliary power supply modules Line filtering Mains phase and neutral are routed to the line filter via mains fuse and mains switch Radiated emissions are avoided by shielding and a special design of the wire connections Conducted emissions are suppressed by a two stage filtering in the main power supply and the line filter at the mains input The radio interference suppression of the complete power supply meets the requirements of class B according to VDE 0871 Power supply The main power supply is designed such as to work from an operating voltage range of 100 to 240 V The front end module filters the distortions caused by the power factor correction and the switched mode controller The power supply is designed as a switched mode DC DC converter using resonance converter tech nology and has an efficiency of gt 95 In the front end of the switched mode power supply the required correction of the power factor is integrated The front end module also limits the inrush current and provides a transient and over voltage protection After switching the instrument on with the mains switch the auxiliary power supply will be operating It feeds the control circuitry of the amplifier and the power suppl
94. ividually adjusted negative feedback resulting in a flat overall frequency response The fourth driver stage is implemented using FET technology working in class A mode driving the push pull final stage using bipolar transistors working in class A mode to reduce distortion over the wide frequency range Following the final stage the signal is recombined again by broadband combiners In order to achieve a stable output power the bias of the FET and bipolar stages are controlled by low drift voltage regulators The maximum input power for achieving the nominal output power is O dBm corresponding to 1 mW or 0 224 V into 50 Q Due to its gain reserve the amplifier usually achieves full output power with an input power of 5 dBm The final stage is separately protected against overload by current limitation The amplifier is protected against open circuit and short circuit at the output By using suitable transistors and a special circuit design in the final stage even a total mismatch at the output will not cause any damage For a VSWR lt 2 1 the maximum power can be obtained all specifications being met The amplifier housing is designed to ensure minimum RF leakage and high RF immunity The module is supplied with DC voltage via RF feed through filters In order to protect the amplifier against thermal overload in case the blower fails or the ambient tem perature is too high a temperature sensor is mounted on the heat sink in the vicin
95. lifier 1 1502 0021 14 USB connection version 2 0 USB connection version 2 0 USB connection version 2 0 TTL IN 5 V TTL OUT 5 V floating contact floating contact Ground CMOS approx 12 V CMOS approx 12 V 12V 0 2A Relay contact LED floating contact 6 3 USB IN IMS USB OUT USB IN AMP Monitoring Pin 1 2 3 4 Monitoring Pin 5 Monitoring Pin 6 7 8 9 Remote Control Interlock Control Pin 8 Pin 15 Pin 7 14 Pin 2 Pin 6 Interlock present not assigned at present Type B connector 8 pcs type A connector Type B connector model 04 only Amplifier side 15 pin D Sub R amp S IMS side 25 pin D Sub Contact to interlock switch on test room door Contact to interlock switch on test room door Contact for interlock message to amplifier 1 E 2 R amp S IMS Interlock to amplifier 1 Interlock to amplifier 2 Interlock to amplifier 2 Interlock to amplifier 3 Interlock to amplifier 3 Test in Progress Test in Progress Message from amplifier 1 RE IN Message from amplifier 1 General interference Message from amplifier 2 RE IN Message from amplifier 2 General interference Message from amplifier 3 RF IN Message from amplifier 3 General interference Ground Amp 1 RESET Amp 1 OPERATE 1502 0021 14 Instrument Interfaces Maintenance Errors P A floating contact floating contact fl
96. lled electrician For permanently installed equipment without built in fuses circuit breakers or similar protective devices the supply circuit must be fused in such a way that suitable protection is provided for users and products Do not insert any objects into the openings in the housing that are not designed for this purpose Never pour any liquids onto or into the housing This can cause short circuits inside the product and or electric shocks fire or injuries Use suitable overvoltage protection to ensure that no overvoltage such as that caused by a thunderstorm can reach the product Otherwise the operating personnel will be endangered by electric shocks Rohde amp Schwarz products are not protected against penetration of water unless otherwise specified see also safety instruction 1 If this is not taken into account there exists the danger of electric shock or damage to the product which can also lead to personal injury Never use the product under conditions in which condensation has formed or can form in or on the product e g ifthe product was moved from a cold to a warm environment Do not close any slots or openings on the product since they are necessary for ventilation and prevent the product from overheating Do not place the product on soft surfaces such as sofas or rugs or inside a closed housing unless this is well ventilated Do not place the product on heat generating devices such as radi
97. lock circuit Power measurement The R amp S NRP Z91 power sensor is used for measuring forward power and reflected power as well as for monitoring the injected current BCI for example The system can be switched between forward power reflected power and monitoring via a fast and wear free K4 PIN diode switch As an option additional power sensors can be used option R amp S IMS B7 required The power sensor s are connected externally to the USB outputs via the R amp S NRP Z4 adapter cable Spectrum analyzer Frequency selective power measurement is available with the optional R amp S IMS B1 spectrum analyzer For example the harmonic components of the amplifier can be observed atthe 1 dB compression point A further application is current monitoring for the BCI method in the automotive area checking the first five harmonics Remote control ofthe analyzer module uses an internal USB port The generator power supply unit also provides the analyzer module with the necessary voltages RF switching unit The RF switching unit together with relays K1 to K3 switches all R amp S IMS RF paths over for up to three amplifiers The remote control uses the generator power supply unit and the I bus All three relays are switched simultaneously with one command so that only one amplifier with RF input forward power and reflected power is ever connected to the R amp S IMS The transfer relay option R amp S IMS B2 can be used to switch two amplifier ou
98. ly once they are connected The amplifiers then need only be physically enabled in the instrument configuration of the R amp S EMC32 software by means of their serial numbers The RF cabling needs to be installed according to the block diagram and the caption on the back panel see also chapter 6 1502 0021 14 1 17 E 2 Putting into Operation R amp S IMS A connection from the Interlock 25 pin D SUB connector on the R amp S IMS to the respective 15 pin D SUB connectors Remote Control on the amplifiers is also needed see also chapter 6 The pin assignment is shown in the table below R amp S IMS Bonn PA1 Bonn PA2 Bonn PA3 Interlock Remote Control Remote Control Remote Control 25 pin D Sub 15 pin D Sub 15 pin D Sub 15 pin D Sub Interlock to PA1 Interlock to PA2 Interlock to PA3 Status RF IN PA1 Status RF IN PA2 Status RF IN PA3 General fault PA1 General fault PA2 General fault PA3 Interlock to test room door Test In Progress lamp Ground Table 1 2 Pin assignment on the connecting cable for external amplifiers from the Bonn company 1502 0021 14 1 18 E 2 R amp S IMS Putting into Operation 1 7 Connecting EUT Monitoring Caution The level on this interface must not exceed OV 5 V or the interface and the R amp S IMS could be damaged An external monitor with a TTL interface can be connected to the MONITORING connector on the rear panel of the R am
99. m the EMS radiated instrument configuration open the IMS radiated file 5 Left click on the icon for the amplifier titled Amplifier2 in order to open the Properties dialog of that amplifier D In the Directional Coupler field change the fixed value damping correction in the file Carry out steps 1 6 for amplifier 3 1502 0021 14 5 7 E 2 Examples of Measurements R amp S IMS 5 2 4 Test Setup for Two External Amplifiers This application uses the R amp S IMS with built in transfer relay together with two external amplifiers which together cover a frequency range of 80 MHz to 1 GHz The amplifier power should be sufficient when the log periodic antenna is used to create tests in respect of field uniformity using a test level of 10 V m at a distance of 3 m The illustration below shows how the system can be configured using few additional components e 2x R amp S NRP Z91 RF sensor with NRP Z4 USB adapter e External amplifier with a frequency range of 80 MHz to 400 MHz e External amplifier with a frequency range of 400 MHz to 1 MHz e Log periodic antenna in the frequency range 80 MHz to 1 GHz e Field probe with fiber optic transmission and RS 232 C PC interface e RF and USB cable set e System process controller with R amp S IMS operating system EMC32 Front R amp S IMS Internal Transfer RF Switch Matrix RF RF USB IN USB USB OUT2 X6 x7 OUT3 X68 x9 HMS OUT OUT AMS PAD2 REV2 AMS _FYVD3_REV3 Connected Connected
100. me for the directional coupler and in the Directional Coupler field change the fixed value damping correction in the file 4 Close the Properties dialog Left click on the icon for the amplifier titled Amplifier2 and then select the Calibrate Directional Coupler function 6 The calibration configuration editor opens You can carry out the calibration just as you would for a signal path Be sure to use a high enough signal generator level gt 10 dBm so as to operate outside the noise level of the RF sensor Also all ports on the directional coupler must be terminated with 50 Ohm 7 Carry out steps 1 6 for amplifier 3 1502 0021 14 5 13 E 2 Examples of Measurements R amp S IMS 5 2 7 Reference Calibration with Field Uniformity Evaluation of the Log Periodic Antenna Part of the reference calibration procedure establishes the antenna input power and generator level needed for producing the required field strength at the field sensor for each frequency point This result is then saved to a Reference Calibration Table type of file To measure field uniformity place the field sensor at 16 different predefined positions in a level space measuring 1 5m x 1 5m located at a distance of 3m in front of the tip of the antenna Carry out a reference calibration sequence for each individual sensor position You also need to take this measurement for each polarization of the antenna Detailed instructions for carrying out reference calibra
101. mily this can be changed in the Configure dialog 6 Lastly enter the serial number of the internal amplifier that will be controlled via the USB port To use an external amplifier select Generic Amplifier as the amplifier type in place of the Bonn USB amplifier type The amplifier parameters can be adapted in the Configure dialog Ger t lt Yerst rker leitungsg gt konfigurieren x r Verstarkerparameter Band i Min Frequenz 9 000 kHz Max Frequenz 250 000 MHz Nom Ausgangspegel 25 000 wW Max Eingangspegel 0 000 dBm Rauschpegel fiooo dBm Richtkoppler Jung dB DK Abbrechen Fig 5 14 Configuration dialog for the conducted amplifier 7 Having completed all the entries click on the Finish button to run the configuration procedure 8 When the configuration wizard has closed the EMC32 application must be restarted Note The EMC32 software is now ready to begin the first demo measurement Before you can carry out the first test equipment measurement it is necessary to calibrate the signal paths and the coupling decoupling network 9 As well as the configuration for measuring with the aid of coupling decoupling networks the wizard also creates a configuration for calibrating the bulk current injection clamp for measuring with the current clamp and for an amplifier test on the conducted amplifier For more details on these configurations please refer to the Application Notes for EN 61000 4
102. mp Schwarz Korea Ltd 83 29 Nonhyun Dong Kangnam Ku Seoul 135 010 Group Five Trading 8 Contracting Co Mezzanine Floor Al Bana Towers Ahmad Al Jaber Street Sharq Rohde amp Schwarz Danmark A S Latvian Branch Office erkela iela 21 301 1050 Riga Rohde amp Schwarz Liaison Office Riyadh PO Bo 361 Riyadh 11411 etcom PO Box 55199 Op Ex Presidential Palace Horch Tabet Beirut siehe see Switzerland Rohde amp Schwarz Danmark A S Lithuanian Branch Office Lukiskiu 5 228 2600 Vilnius siehe see Belgium ETRA Sarski odred 7 1000 Skopje o 2 Lorong Dungun Kiri Damansara Heights 50490 Kuala Lumpur 21 B Kara Road San Gwann SGN 08 Rohde amp Schwarz de Mexico S de R L de C V German Centre Oficina 4 2 2 Av Santa F 170 Col Lomas de Santa F 01210 Mexico D F siehe see Austria ICTC Pvt Ltd Hattisar Post Box No 660 Kathmandu Rohde amp Schwarz Malaysia Sdn Bhd Suite 10 04 Level 10 Wisma E amp C Tel 7 32 72 67 23 54 Fax 7 32 72 67 23 46 rs kazakhstan rsd rohde schwarz com Tel 254 2 55 80 88 Fax 254 2 54 46 79 Tel 82 2 34 85 19 00 Fax 82 2 547 43 00 sales rskor rohde schwarz com service rskor rohde schwarz com Tel 965 244 91 72 73 74 Fax 965 244 95 28 jk_agarwal yahoo com Tel 371 7 50 23 55 Fax 371 7 50 23 60 latvia rsdk rohde schwarz com Tel 966 1 465 64 28 Ext 303 Fax 966 1 465 64 28 Ext
103. n Windows However system data such as measurement results configuration and correction tables may be stored on a network server If this is the case make sure that a suitable network speed is installed otherwise performance problems may occur when operating the EMC32 application First install the EMC32 software on the local disk as normal you must have administrator rights You can then change the paths for the EMC32 folder structure For more detailed information please refer to the chapter OPTIONS File locations in the EMC32 online help As a precondition you must have the necessary read write access rights for the corresponding network drive If you are uncertain about any of the possible settings involved please contact your network administrator for help with installing the EMC32 application 1502 0021 14 1 30 E 2 R amp S IMS Putting into Operation 1 17 Data Backup Instructions It is recommended that measurement data and the system configuration should be backed up at regular intervals When this is done all selected EMC32 files are written to a compressed file in ZIP format Use File gt gt Backup Restore to open the dialog for carrying out a backup or for restoring your files The following functions can be selected e Select mode Backup Restore e Select the EMC32 objects you want to back up or restore System folder Tests folder Configuration files e Select the output ZIP file e Select a temporary folde
104. n the rear panel 4 The Windows utility for detecting new USB devices should now start automatically and report that it has found a new device of the meM PIO USB Interface type At this point select Installation from a known source 6 In the dialog that opens next either select Find CD ROM or choose the following path as the folder D SystemDrivers MemPio replacing D with the letter appropriate to your CD ROM drive if different 7 If you continue the driver will be installed and you should receive a Windows message telling you that the driver has been successfully installed Driver for the Bonn USB amplifier remote control for R amp S IMS with integrated amplifier module or external Bonn amplifier only 1 Now plug the R amp S IMS into the system process controller and switch on the instrument at the mains switch on the rear panel if you have not already done so in the previous step 2 The Windows utility for detecting new USB devices should now start automatically and report that it has found a new device of the Bonn BSA 0125 251 type At this point select Installation from a known source 4 Inthe dialog that opens next either select Find CD ROM or choose the following path as the folder D SystemDrivers BonnUsb replacing D with the letter appropriate to your CD ROM drive if different 5 If you continue the driver will be installed and you should receive a Windows message telling you that the driver has be
105. nducted E E Add Subrange Modify Fregs Delete Subrange CAL Adapter cal Adapter AFSen JAmpliiert AFSensor2 CDN RFSensorl RFsensor2 Speed Normal Speed Normal Cancel RFSensor3 EN 61000 4 6 Conducted susceptibility with CDN 150 kHz to 230 MHz 10 V e R amp S IMS basic configuration with R amp S IMS model 04 with internal amplifier 9 kHz to 250 MHz 25 W e CDN suited to the EUT Hardware Setup Injection Clamp BCI EMS conducted xi Add Subrange Modify Fregs Delete Subrange J Generator Amplifier Monitoring Clamp Monitoring Clamp RF Injection Clamp RFsensor Speed Normal Speed Normal RFSensor3 EN 61000 4 6 Conducted susceptibility with EM clamp 150 kHz to 230 MHz 10 V e R amp S IMS basic configuration e EM clamp e Suitable amplifier 1502 0021 14 4 2 E 2 R amp S IMS Applications Hardware Setup GTEM EMS radiated i xi Add Subrange Modify Fregs Delete Subrange 80 MHz 400 MHz J Generator J Amplifier3 GTEM N e F Field Sensor RFSensor2 lt no device gt i Speed Normal lt no settings gt EN 61000 4 20 Radiated susceptibility with GTEM cell 80 MHz to 2 GHz 10 V m at 80 AM e R amp S IMS basic configuration e GTEM cell e Suitable amplifier e Field strength measurement system
106. nes Inc Unit 2301 PBCom Tower 6795 Ayala Ave cor Herrera St Makati City Rohde amp Schwarz SP z 0 0 Przedstawicielstwo w Polsce ul Stawki 2 Pietro 28 00 193 Warszawa Rohde amp Schwarz Portugal Lda Alameda Antonio Sergio 7 R C Sala A 2795 023 Linda a Velha siehe see Mexico Rohde amp Schwarz Representation Office Bucharest 89 Eroii Sanitari Bldv sector 5 050472 Bucuresti 119180 Yakimanskaya nab 2 oscow Liaison Office Riyadh c o Haji Abdullah Alireza Co Ltd P 0 Box 361 Riyadh 11411 ustafa Sultan Science amp Industry Co LLC Rohde amp Schwarz International GmbH Tel 31 30 600 17 00 Fax 31 30 600 17 99 info rsn rohde schwarz com Tel 64 4 232 32 33 Fax 64 4 232 32 30 rob nichecom co nz Tel 234 9 413 52 51 Fax 234 9 413 52 50 fsabuja rosecom net Tel 47 23 38 66 00 Fax 47 23 38 66 01 firmapost rsnor rohde schwarz com Tel 968 63 60 00 Fax 968 60 70 66 m aziz mustafasultan com Tel 92 51 227 22 00 Fax 92 51 227 54 98 reza bokhary siemens com pk Tel 63 2 753 14 44 Fax 63 2 753 14 56 Tel 48 22 860 64 94 Fax 48 22 860 64 99 rs poland rspl rohde schwarz com Tel 351 21 415 57 00 Fax 351 21 415 57 10 info rspt rohde schwarz com Tel 40 21 411 20 13 Fax 40 21 410 68 46 rs romania rsro rohde schwarz com Tel 7 095 745 88 50 to 53 Fax 7 095 745 88 54 rs russia rsr
107. nnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnn nennen nennen nennen nnnnen 3 ue 3 Path switching WEE 3 gee Ee 4 Amplitude usina liinda es 4 le 5 Further R amp S IMS interf ces 22 222200n 20a ten 5 POWER SUP p IT 6 General data 2 is dra 6 1 Putting into Operation EEE 1 1 1 Front EE 2 1 2 lg ET nn naaa aAA NAAS dia 7 1 3 Putting into Operation riirii ti 13 1 3 1 Unpacking the R amp S IM nn 13 1 3 2 Setting up the Instrument or Installing it in a 19 Rack 13 er EE 14 1 3 3 1 Safety Precautions against Electrostatic Discharge nennen 14 1 3 3 2 Installing the Instrument 14 1 3 3 3 EMC Safety Precautions os esirin A EA 14 1 3 4 Connecting the R amp S IMS to the AC Supply nenn 15 1 3 5 Switching On the R amp S IMS aeann n a A ae a eA 15 1 3 6 Power up Actions of the R amp S IM 16 Tar switching E SE 16 1 4 Function CHECKS snena ai AETA E EAEE RAA EAEE ERa 17 1 5 Connecting the Power Sensor nuuunssresnnssennennnnnnnennnnnnnnnnnnnnnnnnnnnnnnsnnnnnnsnnnnnnnsnnnnnnnsnnnnnn nennen 17 1 6 Connecting Amplifiers nnsnssresnnnnsrnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsnnnnnnnsnnnnnnnsnnnnen nennen 17 1 7 Connecting EUT Monitoring uuunssresnnssennennnnnnnennnnnnnnnnnnnnnnnnnennnnnnnnnnnnnnnnnnnsnnnnnnnsnnnnnn nennen 19 1 8 Installing the Operating System unsnsssnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsnnnnnnnnnnnnen nennen 20 1 9 Registering the License uuns
108. nput power and use attenuator if necessary 21 MONITORING MONITORING interface 9 pin D SUB See chapter 6 for O O I O to the communication with the interface description EUT level TTL 5 V Pin assignment MONITORING described in chapter 6 22 INTERLOCK INTERLOCK interface 25 pin D SUB See chapter 6 for O Control contact to interlock switch interface description Relay contact for test lamp Status input from amplifiers Interlock contact to amplifier Pin assignment described chapter 6 INTERLOCK 1502 0021 14 1 9 E 2 Putting into Operation R amp S IMS 23 USB Connector Type B USB IN IMS USB universal serial bus interface of type B device USB Remote control input of the R amp S IMS See data sheet 24 USB Connectors Type A USB OUT 25 MON IN 26 ANALYZER X13 ANALYZER 1502 0021 14 USB universal serial bus interfaces of type A See data sheet host USB Connection of peripherals such as amplifiers and power sensor Connection of the Key for option R amp S IMS B4 upgrade to R amp S EMC32 A incl GPIB interface for USB MON IN X10 Input of a monitor signal e g from a test clamp See data sheet Warning Check maximum input power and use attenuator if necessary ANALYZER IN X13 Input connector of the optional Analyzer module See data sheet R amp S IMS Putting into Ope
109. nstrucciones del correspondiente manual del uso y dentro del margen de rendimiento definido ver hoja de datos documentaci n informaciones de seguridad que siguen El uso de los productos hace necesarios conocimientos profundos y el conocimiento del idioma ingl s Por eso se deber tener en cuenta de exclusivamente autorizar para el uso de los productos a personas p ritas o debidamente minuciosamente instruidas con los conocimientos citados Si fuera necesaria indumentaria de seguridad para el uso de productos de R amp S encontrar la informaci n debida en la documentaci n del producto en el cap tulo correspondiente S mbolos y definiciones de seguridad A Ha iCuidado Informaciones Ver manual z P Elementos de para Peligro de iAdvertencia Conexi n a E Conexi n pa de er we Conexi n construci n R gt maquinaria golpe de Superficie conductor a masa instrucciones E 4 a tierra con peligro de con uns peso corriente caliente protector conductora del uso carga de gt 18kg electroest tica El aparato est ar Corriente Corriente protegido en su potencia EN Indicacion continua DEE continua alterna totalidad por un MARCHA PARADA Stand by DC alterna AC DC AC aislamiento de doble refuerzo 1171 0000 42 02 00 p gina 1 Informaciones de seguridad Tener en cuenta las informaciones de seguridad sirve para tratar de evitar da os y peligros d
110. ntegrated with the aid of the R amp S IMS B4 option which upgrades the R amp S IMS operating system to R amp S EMC32 A 1502 0021 14 3 3 E 2 R amp S IMS Applications 4 Applications 4 1 Introduction The following chapter contains an overview of some possible examples of R amp S IMS applications listed according to various standards Starting from a basic configuration with R amp S IMS model 02 hardware setups are shown and the additional components needed in order to operate them are listed The R amp S IMS model 02 without an internal amplifier has space in the empty amplifier compartment on the right for further expansion modules such as EUT monitoring 4 2 Applications R amp S IMS basic configuration e Integrated EMC Measurement System R amp S IMS model 02 e Power sensor R amp S NRP Z91 e USB adapter R amp S NRP Z4 e Process controller PC e Cable set USB and RF cables 4 2 1 Commercial Standards Hardware Setup Antenna EMS radiated E Add Subrange Generator Amplifier z Modify Fregs Z EE Y TN Y Delete Subrange RES X Femme A SES n Ks a Cancel EN 61000 4 3 Radiated susceptibility in anechoic chamber 80 MHz to 2 GHz 10 V m at 80 AM e R amp S IMS basic configuration e Antenna R amp S HLO46E e Suitable amplifier e Field strength measurement system 1502 0021 14 4 1 E 2 Applications R amp S IMS Hardware Setup CDN EM Clamp EMS co
111. oating contact floating contact floating contact floating contact floating contact approx 12 V CMOS approx 12 V CMOS approx 12 V CMOS approx 12 V CMOS approx 12 V CMOS approx 12 V CMOS Ground TTL OUT 5V TTL OUT 5V 6 4 Contact for interlock message to amplifier 1 Contact for interlock message to amplifier 2 Contact for interlock message to amplifier 2 Contact for interlock message to amplifier 3 Contact for interlock message to amplifier 3 Contact to the indicator light Contact to the indicator light Message goes to front LED of R amp S IMS Message goes to front LED of R amp S IMS Message goes to front LED of R amp S IMS Message goes to front LED of R amp S IMS Message goes to front LED of R amp S IMS Message goes to front LED of R amp S IMS Command to external amplifier 1 with parallel interface Command to external amplifier 1 with parallel interface E 2 Instrument Interfaces Maintenance Errors R amp S IMS Amp 1 REMOTE D TTL OUT 5V Command to external amplifier 1 with parallel interface Amp 2 RESET TTL OUT 5V i Command to external amplifier 2 with parallel interface Amp 2 OPERATE TTL OUT 5V i Command to external amplifier 2 with parallel interface Amp 2 REMOTE TTL OUT 5V i Command to external amplifier 2 with parallel interface AC supply ere 240 V 50 Hz Power plug to Z max
112. ogress relay At the start of a test a K7 test in progress relay closes a floating relay contact which can be made to switch on say an illuminated sign on the test room door EUT monitoring The R amp S IMS has four digital inputs D8 MemPIO for monitoring the EUT during an EMC test These inputs can be polled individually or as a group Four digital outputs are provided for EUT stimulus static values or pulse signal USB hub The USB hub is provided by means of the 4 port USB hub modules D9 D11 D12 D13 and the current monitoring modules D14 D15 D16 The current monitoring modules limit the current on the USB interface to lt 1 A The USB ports are only activated when a connection exists to a USB host PC Voltage monitoring Voltage monitoring for the nine operating voltages used in the system is built into the LED board on the front panel A tolerance threshold for each voltage is provided via OPs This tolerance is used in continuous monitoring and if the voltage value goes above or below this value the POWER LED on the front panel turns red At the same time a status message is sent to the operating system via D8 memPIO and is output during initialization and at the start of a test Upgrade for EMI measurements Rohde amp Schwarz test receivers R amp S ESCI and R amp S ESPI are supported for EMI measurements A GPIB interface is required for this purpose R amp S TS PIEC2 Other test receivers and spectrum analyzers can be i
113. ometido a valorar y se alar areas de trabajo en las que se corra un riesgo de exposici n a radiaciones aumentadas de riesgo aumentado para evitar riesgos La utilizaci n de los productos requiere instrucciones especiales y una alta concentraci n en el manejo Debe de ponerse por seguro de que las personas que manejen los productos est n a la altura de los requerimientos necesarios referente a sus aptitudes f sicas ps quicas y emocionales ya que de otra manera no se pueden excluir lesiones o da os de objetos El empresario lleva la responsabilidad de seleccionar el personal usuario apto para el manejo de los productos Antes de la puesta en marcha del producto se deber tener por seguro de que la tensi n preseleccionada en el producto equivalga a la del la red de distribuci n Si es necesario cambiar la preselecci n de la tensi n tambi n se deber n en caso dabo cambiar los fusibles correspondientes del prodcuto Productos de la clase de seguridad con alimentaci n m vil y enchufe individual de producto solamente deber n ser conectados para el funcionamiento a tomas de corriente de contacto de seguridad y con conductor protector conectado Queda prohibida toda clase de interrupci n intencionada del conductor protector tanto en la toma de corriente como en el mismo producto ya que puede tener como consecuencia el peligro de golpe de corriente por el producto Si se utilizaran cables o enchufes de extensi n se deb
114. on 1 Putting into Operation Chapter 1 Putting into Operation explains the control elements displays and connectors of the Integrated Measurement System IMS with the aid of the front and rear views and describes how to put the instrument into operation It describes the connection of external devices such as power sensors and amplifiers as well as how to install the operating system on the PC Technical data concerning the interfaces can be found in chapter 6 Interface Description 1502 0009 02 POWER INTERLOCK Fig 1 1 Front view 1502 0021 14 1 1 E 2 Putting into Operation 1 1 Front Panel This section gives an overview of the control elements and displays on the front panel of the R amp S IMS Each element is briefly described together with a cross reference to the chapter or chapters where detailed information can be found 1 STBYLED a 2 Button a 3 4 5 ON LED POWER LED The yellow LED on the left above the button shows that the instrument is in STBY mode standby Only power supply unit 2 is active It powers the USB hub with 5 V and 12 V for the displays and fans The on off button switches the instrument from the STBY mode to the ON operating status provided the power switch on the rear panel is switched on The yellow LED left is on in the standby mode the green LED right is on when the instrument is ready for operation Warning The AC
115. on to create a standard configuration for the system Correction tables and test templates are also copied to the appropriate folders so that after this step the EMC32 software is ready for the start of the first demo measurement Before you start your first real test equipment measurement the corresponding calibration data for the antennas or transducers and for the signal paths must be entered or calibrated for more details see also the chapter on system calibration in the online help For more detailed notes on operating the configuration wizard please refer to chapter 5 Examples of Measurements 1502 0021 14 1 27 E 2 Putting into Operation R amp S IMS 1 14 Updating the EMC32 Software Please follow the advice in the notes below when updating the software When you update the EMC32 system data and test results stay intact the update affects only the program files it is not necessary to uninstall All the same for safety s sake we recommend that you take a copy of all the test and calibration data that you have saved to the EMC32 folder Use the Backup function in the File menu to create a copy of the SYSTEM TESTS and CONFIGURATION folders in another location on your hard disk such as in your My Documents folder before carrying out the EMC32 update To update the EMC32 software proceed as follows unless you receive different instructions with the update 1 Shut down any other programs that are running 2 Putthe EMC3
116. or the instruments present in the system and then creates a standard configuration for the system Correction tables and test templates are also copied to the appropriate folders To start the R amp S IMS configuration wizard proceed as follows 1 Startthe EMC32 application If the opening dialog is enabled you will see that it contains an icon that will open the wizard xl Letzten Test laden 4 Test laden oder neuen Test erzeugen y 83 Testvorlage ffnen Xy Konfigurationsassistent starten Sek Diesen Dialog schlie en Startet den Konfigurationsassistenten Nutzen Sie diesen Assistenten zum erstmaligen Konfigurieren der EMC32 oder auch z B f r Demo Zwecke Diesen Dialog beim Start nicht mehr anzeigen Fig 5 7 Opening dialog for the EMC32 software 2 Otherwise open the wizard via the menu Extras Wizard IMS Configuration 3 The following dialog opens Measurement class EMS radiated will be selected for EN 61000 4 3 1502 0021 14 5 9 E 2 Examples of Measurements R amp S IMS Konfigurationsassistent x 1 Messklasse Selektieren Sie eine oder beide Messklassen Ay IV EMS gestrahlt V IT EMS leitungsgebunden r 2 Ger te Selektieren Sie die in Ihrem System verf gbaren Ger te 1 HF Messkopf NRPZ USB y USB Ger te SN O Configure 2 HF Messkopf NAP Zxx USB y USB Ger te SN kb Configure 3 HF Messkopf Jan Ge Verst rker leitungsa Bonn USB Amplifier
117. os sobre o en la caja Esto puede producir corto circuitos en el producto y o puede causar golpes de corriente fuego o heridas Aseg rese con la protecci n adecuada de que no pueda originarse en el producto una sobrecarga por ejemplo a causa de una tormenta Si no se ver el personal que lo utilice expuesto al peligro de un golpe de corriente Los productos R amp S no est n protegidos contra el agua si no es que exista otra indicaci n ver tambi n punto 1 Si no se tiene en cuenta esto se arriesga el peligro de golpe de corriente o de da os en el producto lo cual tambi n puede llevar al peligro de personas No utilice el producto bajo condiciones en las que pueda producirse y se hayan producido l quidos de condensaci n en o dentro del producto como por ejemplo cuando se desplaza el producto de un lugar fr o a un lugar caliente Por favor no cierre ninguna ranura u orificio del producto ya que estas son necesarias para la ventilaci n e impiden que el producto se caliente demasiado No pongan el producto encima de materiales blandos como por ejemplo sof s o alfombras o dentro de una caja cerrada si esta no est suficientemente ventilada No ponga el producto sobre aparatos que produzcan calor como por ejemplo radiadores o calentadores La temperatura ambiental no debe superar la temperatura m xima especificada en la hoja de datos p gina 4 27 28 29 30 Informaciones de seguridad Baterias y
118. p 3 When testing the EUT with 6 V or 10 V the pin diode switch can be damaged by applying too high levels from the CDN calibration adapter to the MON IN input X10 during reference calibration Please use a 10 dB attenuator connected to X10 MON IN and included in the cable calibration as remedy see fig 5 11 When calibrating the path CAL Adapter RFSensor1 in addition to the cable also the ATTENTION attenuator has to be connected to X10 For the calibration the cable between the output X10 MON IN and the calibration adapter is to be measured It has to be connected between the output X1 RF OUT1 IMS via the recommended 10 dB attenuator to X10 MON IN The RF power sensor is connected to X11 1502 0021 14 5 21 E 2 Examples of Measurements R amp S IMS 5 3 4 Reference Calibration of Coupling Decoupling Networks Part of the reference calibration procedure establishes the CDN input power and generator level needed for producing the required voltage at the CDN output for each frequency point This result is then saved to a Reference Calibration Table type of file The reference calibration must be carried out separately for each RF coupling decoupling network type in use and saved to a separate reference calibration table The test template EN61000 4 6 CDN prepared by the configuration wizard is to be used for calibration Detailed instructions for carrying out the reference calibration can be found in the Getting Started manual for the
119. p S IMS The connector interface is described in Chapter 6 2 With four TTL inputs and four TTL outputs the R amp S IMS provides you with the ability to use the R amp S EMC32 application to monitor an EUT during a test by observing the level on this interface In the event of an EUT NOGO commands can be given to the item under test e g Stimulus Reset The instrument in the R amp S EMC32 application for interacting with the EUT is called DIO Monitoring see also chapter 5 3 5 Equipment Test with Coupling Decoupling Network and EUT Monitoring 1502 0021 14 1 19 E 2 Putting into Operation R amp S IMS 1 8 Installing the Operating System This section contains instructions for installing updating and starting the R amp S IMS operating system which is based on the EMC32 software platform It tells you about installation software configuration starting the program and troubleshooting If however you encounter any problems during installation please contact the Rohde 8 Schwarz support line as follows Telephone 49 1805 124242 Fax 49 1805 13777 E mail CustomerSupport rsd rohde schwarz com 1 9 Registering the License Before starting to use the EMC32 software you should register with Rohde amp Schwarz By doing this you will be sure to receive support via our support line and regular information about the latest updates You can start registration from within EMC32 by calling the Help menu with the following sequence
120. pler 000 dB OK Abbrechen OK Abbrechen Fig 5 4 Dialog for configuring both bands in the Bonn dual band amplifier 7 Having completed all the entries click on the Finish button to run the configuration procedure 8 When the configuration wizard has closed the EMC32 application must be restarted 1502 0021 14 5 4 E 2 R amp S IMS Examples of Measurements Note The EMC32 software is now ready to begin the first demo measurement Before you can carry out the first test equipment measurement it is necessary to calibrate the signal paths and measure the field uniformity with the log periodic antenna 9 As well as the configuration for measuring with the aid of an EMS antenna the wizard also creates a configuration for an amplifier test on the dual band amplifier For more details on these configurations please refer to the Application Notes for EN 61000 4 3 in the EMC32 online help 10 The wizard creates an EMC32 list of equipment containing the following instruments ergeet zz ee 4 Y D Ger te Engerichtete Ger te x UK gt Ampliiers Mama Get Typ Schnitstelle LAN Im 8 Antennas O Generator Generators IMS Genera USB Virtuell LI AntennaTowers RFSenscr PoweiMelers MPP Zou USB Virtuell 1 11 FisldProbss P Ampliier2 Amplifiers Born USB USB 2 Virtuell ES Generators P Amplilier3 Amplifiers Born USB USB Virtuell 4 t Field Sensor ieldProbes 1 irtuel alg Field
121. pplication note for the described standards together with additional detailed instructions Note Before cnnecting the computer with the R amp S IMS via the USB link all USB drivers of the R amp S IMS Application have to be installed In addition the interlock must be closed Contacts 1 and 3 of the 25 pin D Sub INTERLOCK on the IMS have to be connected for that See tab 1 2 for the pin assignments 5 2 Measurement to EN 61000 4 3 Radiated This section describes the use of the R amp S IMS for measurements to generic standard EN 61000 4 3 5 2 1 Test Setup for External Dual Band Amplifiers This application uses the R amp S IMS with an external dual band amplifier covering a frequency range of 80 MHz to 1 GHz The amplifier power is sufficient when the log periodic antenna is used to carry out tests with a test level of 10 V m at a distance of 3 m The illustration below shows how the system can be configured using few additional components e R amp S NRP Z91 RF sensor with R amp S NRP Z4 USB adapter e Dual band amplifier with internal input and output switching matrix e Log periodic antenna in the frequency range 80 MHz to 1 GHz e Field probe with fiber optic transmission and RS 232 C PC interface e RF and USB cable set System process controller with R amp S IMS operating system EMC32 1502 0021 14 5 1 E 2 Examples of Measurements Front R amp S IMS Internal RF Switch Matrix USB IN USB USB x2 diS OUT OUT RF OUT2 IMS
122. r for the backup restore procedure For more detailed information please refer to the chapter Backing up or restoring data and configuration in the EMC32 online help Caution The target folder for the ZIP file and the temporary folder must both have enough available disk space Caution You can of course also archive or move individual files or complete tests from these folders You should be aware however that the EMC32 application will then no longer be able to access these files or tests Moving important calibration data or configuration files can also make it impossible to open or run a test For further information on the EMC32 file structure please refer to the appropriate section of the online help 1502 0021 14 1 31 E 2 Putting into Operation R amp S IMS 1 18 Troubleshooting Problems may occasionally occur during installation Here are some troubleshooting tips to help you solve the commonest situations If you have any further questions please contact Rohde amp Schwarz Support or look through the Readme file Before starting to install the application you should close all programs particularly virus protection programs Virus protection programs normally have little or no effect on the installation process However if such software is running and you experience problems when installing the EMC32 application you should close the virus protection program and run the installation again If in the course of install
123. r use the product if the power cable is damaged By taking appropriate safety measures and carefully laying the power cable ensure that the cable cannot be damaged and that no one can be hurt by e g tripping over the cable or suffering an electric shock The product may be operated only from TN TT supply networks fused with max 16 A Do not insert the plug into sockets that are dusty or dirty Insert the plug firmly and all the way into the socket Otherwise this can result in sparks fire and or injuries Do not overload any sockets extension cords or connector strips doing so can cause fire or electric shocks For measurements in circuits with voltages Vims gt 30 V suitable measures e g appropriate measuring equipment fusing current limiting electrical separation insulation should be taken to avoid any hazards Ensure that the connections with information technology equipment comply with IEC 950 EN 60950 Never remove the cover or part of the housing while you are operating the product This will expose circuits and components and can lead to injuries fire or damage to the product Sheet 3 19 20 21 22 23 24 25 26 27 Safety Instructions If a product is to be permanently installed the connection between the PE terminal on site and the product s PE conductor must be made first before any other connection is made The product may be installed and connected only by a ski
124. ration 27 LF Output LE X21 LF GEN OUT X21 See data sheet cenour ra LF output signal from the internal LF tn A generator in the RF generator 28 Reference Signal Input for Generator X22 GEN EXT REF IN X22 See data sheet a N Input for external reference signal E 10 MHz EXT REF IN 29 Reference Signal Output from Generator I EXT REF OUT X23 See data sheet Output of the internal reference signal from the generator 30 USB Connector Type B USB universal serial bus interface of type B device USB See data sheet Remote control of the amplifier in the R amp S IMS USB IN AMP 31 RF I O from Amplifier 1 RFIN1 FWD1 See chapter 6 and data REV1 sheet REVI SEH RF IN1 Generator signal input for amp 1 in Model 04 Directional coupler output FWD and REV from amp 1 1502 0021 14 1 11 E 2 Putting into Operation 32 AMPOUT1 AMP OUT 1 Output from the internal amplifier in model 04 Standard RF output without option R amp S AMP OUT 1 IMS B2 fa SC ON x With option R amp S IMS B2 RF output 1 is connected to connector 2 of the transfer relay 33 AMP OUT 2 AMP OUT 2 Output from the internal amplifier in model 04 AMP OUT 2 fpe EN Only in combination with option R amp S De Ch IMS B2 RF output 2 is then connected O to connector 3 of the transfer relay os Y R amp S IMS See chapter 6 and data sheet A
125. rconnected in an interlock system with a common switch or a common loop 1502 0021 14 7 3 E 2 Amplifier Manual R amp S IMS Beispiel f r Ger te mit potentialfreien Kontakten Example of Interlock Safety Loop Messraum Schalter Not Aus Switch of measuring room Emergency OFF Verst rker 1 amp Interlock ON N Amplifier 1 FsTInterlock Return 8 Interlock Verst rker 2 Amplifier 2 15 Interlock Return Beispiel f r Ger te mit potentialfreien und Massebezogenen Kontakten Example of instruments with floating contacts which are referred to ground Messraum Schalter Not Aus Switch of measuring room Emergency OFF Verst rker 1 amp Interlock Wi CS Amplifier 1 Fsfinterlock Return SC Verst rker 1 2 Ger te mit potentialfreien Interlock Anschl ssen Verst rker 2 ZN erlock Amplifier 1 2 Instruments with potential free interlock connections Amplifier2 Fsfinterlock Return Verst rker 3 erlock Amplifier 3 Verst rker 3 4 Ger te mit potentialbezogenen Interlock Anschl ssen Interlock Return Masse Amplifier 3 4 Instruments with potential related interlock connections Interlock Return ground Verstarker 4 _Iinterlock Amplifier 4 Fig 7 2 Example of interlock safety loop If this safety function is not used after thorough examination the interlock contact can be bridged in the Remote Control and Interlock connector This is
126. riate folders To start the R amp S IMS configuration wizard proceed as follows 1 Startthe EMC32 application 2 If the opening dialog is enabled you will see that it contains an icon that will open the wizard xl Letzten Test laden Test laden oder neuen Test erzeugen Testvorlage ffnen N Konfigurationsassistent starten J Diesen Dialog schlie en Startet den Konfigurationsassistenten Hutzen Sie diesen Assistenten zum erstmaligen Konfigurieren der EMC32 oder auch z B f r Demo Zwecke Diesen Dialog beim Start nicht mehr anzeigen Fig 5 2 Opening dialog for the EMC32 software 3 Otherwise open the wizard via the menu Extras Wizard IMS Configuration 4 The following dialog opens Measurement class EMS radiated will be selected for EN 61000 4 3 1502 0021 14 5 3 E 2 Examples of Measurements R amp S IMS Konfigurationsassistent EMS 1 Messklasse Selektieren Sie eine oder beide Messklassen Y IV EMS gestrahlt PA T EMS leitungsgebunden x m2 Ger te Selektieren Sie die in Ihrem System verf gbaren Ger te 1 HF Messkopf NAPZsx USB sel USB Ger te SN 100455 _ Config 2 HF Messkopf kein Ger t y 3 HF Messkopf kein Ger t y Verst rker leitungsg Bonn USB Amplifier USB Ger te SN Configure Verst rker gestrahlt B1 Bonn USB Amplifier y USB Ger te SN 065787 Configure Verst rker gestrahlt B2 Bonn USB Amplifier USB Ger te SN
127. rse order 1502 0021 14 1 4 E 2 Putting into Operation R amp S IMS ve oz 6l 8L LL 9 SL pl cL Lb Ob SWI NI 8SN LNO NOW O 4 C SWI ELNO JH CN en Lo N YIZATUNV NI 434 DG YOLVESNIO YIZATVNV ELX dNV NIASN a INH N SS LINO dNV A TOULNOI MOOTHSLNI TOULNOI 3LOWN3Y Je N Sr Z UO any 9 Ze 87 G Rear view of model 02 with option R amp S IMS B2 Fig 1 2 1 5 1502 0021 14 R amp S IMS Putting into Operation 5 LNO NOW
128. s 5 3 1 Test Setup This measurement uses the R amp S IMS instrument with the built in 25 W amplifier covering a frequency range of 9 kHz to 250 MHz The amplifier has enough power for tests to be carried out at a test level of 10V The illustration below shows how the system can be configured using few additional components e R amp S NRP Z91 RF sensor with NRP Z4 USB adapter e 64dB RF attenuator with minimum 25 W power drain e CDN with appropriate calibration adapter other types are also possible e RF and USB cable set e System process controller with R amp S IMS operating system EMC32 1502 0021 14 5 15 E 2 Examples of Measurements R amp S IMS Front R amp S IMS Internal Internal Amplifier RF Switch Matrix USBIN RF x1 x4 x5 X10 AMP OUT1 REVI FWD1 RFIN1 RF OUT FWD1 REV1 MON IN Connected RF directly a H USB RF i i RF i Sensor USB Fee R amp S NRP Z91 6 dB CDN Calibration Attenuator M2 M3 Adaptor PC Fig 5 11 Test setup to EN 61000 4 6 with a coupling decoupling network in a one RF sensor configuration The above figure shows the system setup for calibrating the coupling decoupling network CDN During subsequent test equipment measurement the calibration adapter is replaced by the EUT itself Because of the PIN diode switch integrated in the R amp S IMS the system can be operated using one RF sensor This switches the input for the forward RF power the input for the reflected R
129. sistently created in a single process If a number of correction tables are specified a selection dialog opens first so that you can select the table requiring calibration The following signal paths require calibration for this measurement application Path name From To Remarks Generator Output X2 RF OUT 2 IMS of Input of the external amplifier band 1 Amplifier2 the R amp S IMS Amplifier2 Output FWD of the external Output X11 FWD via input X6 FWD 2 RFSensor1 FWD amplifier band 1 Amplifier2 Output REV of the external Output X12 REV via input X7 REV 2 RFSensor1 REV amplifier band 1 Amplifier2 EMS Output cable of the external Input of the log periodic antenna Via the transfer relay Antenna amplifier band 1 Directional Coupler Enter manufacturer data or Factor Amplifier2 calibrate using the calibration function of the EMC32 software 1502 0021 14 5 12 E 2 R amp S IMS Examples of Measurements Path name From To Remarks Generator Output X3 RF OUT 3 IMS of Input of the external amplifier band 1 Amplifier3 the R amp S IMS Amplifier3 Output FWD of the external Output X11 FWD via input X8 FWD 3 RFSensor1 FWD amplifier band 2 Amplifier3 Output REV of the external Output X12 REV via input X9 REV 3 RFSensor1 REV amplifier band 2 Amplifier3 EMS Output cable of the external Input of the log periodic antenna Via the transfer relay Antenna amplifier band 2 Directional Coupler Enter man
130. srssnnnssnnnnnnnnnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsnnnnnnnsnnnnnnnsnnnnnn nennen 20 1 10 Installing the EMC32 Software uunssrssnnssennennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnennnnnnnnnnnsnnnnnnnsnnnnnn nn 21 1 10 1 System Requirements rororo a eE A A E A AE 21 1502 0021 14 l 1 E 2 Contents R amp S IMS 1 10 2 Data Security and User Administration 21 1 10 3 Simplified User Administration nennen nn 21 1 11 Installing the Software u nn nennen nee anne 22 1 11 1 Installing the R amp S IMS Operating System nn nenn 22 1 11 2 Installing USB Device Drivers nn nn 23 1 12 Starting the Program rea EB dr 26 1 13 EMC32 IMS Configuration zsunssresnnnnennennnnnnnennnnnnnnnnnennnnnnnnnnnnnnnnnnnsnnnnnnnsnnnnnnnsnnnnnn nennen 27 1 14 Updating the EMC32 Software uuuussresnnsssnnennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsnnnnnn nennen 28 1 15 Uninstalling the EMC32 Software unsunsssnrennnnennennnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnsnnnnnnnsnnnnnn nennen 29 1 16 Network Installation Tips uursus444044n00nnnnnnnnnnnannannnnnnnnnnnnannnnnnnnnnnnnnnnannnnnnnnnnnn ann 30 1 17 Data Backup Instructions sisihina mai nannaa nn nn anne anna nanain 31 1 18 Troubleshooting 2 2 a eegene geed it 32 2 Manual Operation EE 2 2 1 Manual Operation TE 2 3 Instrument e Ce 8 E 2 E Le e DT EE 2 3 2 Instrument FUNCT ONS ege ege RE ran 2 4 Zoppe
131. ssage saying that the installation process is complete Click OK Use Windows Explorer to delete the Rohde Schwarz folder from the Program Files folder To uninstall the USB Windows drivers proceed as follows oa Ff WN gt N 11 12 First close the iKey Token Utility program if it is active in the taskbar Dy From the Start menu select Settings Control Panel Double click on the Software icon Click on Add Remove Programs If necessary remove the Key and the R amp S IMS from the USB port From the list of programs which you can uninstall select Rainbow iKey Components Click on Remove From the list of programs which you can uninstall select Rainbow iKey Driver Click on Remove From the list of programs which you can uninstall select Bonn USB Drivers Click on Remove From the list of programs which you can uninstall select NRP Toolkit Click on Remove From the list of programs which you can uninstall select Rohde amp Schwarz NRP Z Driver Click on Remove From the list of programs which you can uninstall select Rohde amp Schwarz RSSISM Driver Click on Remove Only for option IMS B1 analyzer module From the list of programs which you can uninstall select Rohde amp Schwarz RSSIFS Driver Click on Remove 1502 0021 14 1 29 E 2 Putting into Operation R amp S IMS 1 16 Network Installation Tips The EMC32 application should normally be held in the Program Files folder on the Local Disk i
132. sult in death or serious injuries CAUTION This tag indicates a safety hazard with a low potential of risk for the user that can result in slight or minor injuries ATTENTION This tag indicates the possibility of incorrect use that can cause damage to the product NOTE This tag indicates a situation where the user should pay special attention to operating the product but which does not lead to damage These tags are in accordance with the standard definition for civil applications in the European Economic Area Definitions that deviate from the standard definition may also exist It is therefore essential to make sure that the tags described here are always used only in connection with the associated documentation and the associated product The use of tags in connection with unassociated products or unassociated documentation can result in misinterpretations and thus contribute to personal injury or material damage Basic safety instructions The product may be operated only under the operating conditions and in the positions specified by the manufacturer Its ventilation must not be obstructed during operation Unless otherwise specified the following requirements apply to Rohde amp Schwarz products prescribed operating position is always with the housing floor facing down IP protection 2X pollution severity 2 overvoltage category 2 use only in enclosed spaces max operation altitude max 2000 m Unless specified otherwise in
133. supply is still connected to the instrument in STBY mode The green LED on the right above the button shows that the instrument is in POWER ON mode The power is now on and all modules are fully operational When this two color LED green red is green it means that all operating voltages are at their correct value When it shows red it indicates that one or more operating voltages are out of tolerance INTERLOCK LED 1502 0021 14 When this two color LED green red is green it means that the interlock is closed and the R amp S IMS is ready for operation When it shows red it indicates that the door to the test room is open and itis not possible to start a test at this time 1 2 R amp S IMS See chapter 1 3 5 See chapter 1 3 5 R amp S IMS Putting into Operation 6 Transfer Relay Option R amp S IMS B2 Provides the option to switch RF Upper LED lights up from one or two amplifier outputs on two RF paths The relay is at rest NC and connections are as follows RF output 1to2 3to4 A Lower LED lights up Caution z The relay is on NC and connections are Do not overload the RF connections Gen ofthe N connectors of the as follows The maximum permitted RF loading on the relay is 360 W at 3 GHz RF output 1to3 2t04 The appropriate R amp S IMS OS device driver for switching this relay can be found in the equipment list under the name Switch Unit and is the IMS RSU type Double click on the en
134. tes United Kingdom Rohde amp Schwarz Taiwan Pvt Ltd Floor 14 No 13 Sec 2 Pei Tou Road aipei 112 cel SSTL Group P O Box 7512 Dunga Street Plot 343 345 Dar Es Salaam Rohde amp Schwarz International Thailand 2nd floor Gems Tower Bangrak Suriyawong Bangkok 10600 Schmidt Electronics Thailand Ltd esstechnik 202 Le Concorede Tower 23rd Fl Ratchadaphisek Rd Huay kwang Bangkok 10320 PP Operation Co Ltd ommunikationstechnik 41 5 Mooban Tarinee Boromrajchonnee Road alingchan Bangkok 10170 siehe see Mexico eletek 71 Rue Alain Savary Residence Alain Savary C64 Cit el Khadra 1003 Tunis Rohde amp Schwarz International GmbH Liaison Office Istanbul Bagdat Cad 191 3 Arda Apt B Blok 81030 Selamicesme Istanbul Rohde amp Schwarz Representative Office Kiev 4 Patris Loumoumba ul 01042 Kiev Rohde amp Schwarz International GmbH Liaison Office Middle East Vertrieb P O Box 31156 Abu Dhabi Rohde amp Schwarz Bick Mobile Communication PO Bos 17466 JAFZ PPU 7G 07 Dubai Rohde amp Schwarz Emirates L L C ESNAAD Premisses at Mussafah P 0 Box 31156 Abu Dhabi Rohde amp Schwarz UK Ltd Ancells Business Park Fleet Hampshire GU51 2UZ Tel Tel 886 2 28 93 10 88 Fax 886 2 28 91 72 60 ine tu rstw rohde schwarz com Tel 255 22 276 00 37 Fax 255 22 276 02 93 sstl ud co tz Tel 66 2 200 07 29 Fax 66 2
135. the data sheet a tolerance of 10 shall apply to the nominal voltage and of 5 to the nominal frequency Applicable local or national safety regulations and rules for the prevention of accidents must be observed in all work performed The product may be opened only by authorized specially trained personnel Prior to performing any work on the product or opening the product the 1171 0000 42 02 00 product must be disconnected from the supply network Any adjustments replacements of parts maintenance or repair must be carried out only by technical personnel authorized by Rohde 8 Schwarz Only original parts may be used for replacing parts relevant to safety e g power switches power transformers fuses A safety test must always be performed after parts relevant to safety have been replaced visual inspection PE conductor test insulation resistance measurement leakage current measurement functional test As with all industrially manufactured goods the use of substances that induce an allergic reaction allergens e g nickel such as aluminum cannot be generally excluded If you develop an allergic reaction such as a skin rash frequent sneezing red eyes or respiratory difficulties consult a physician immediately to determine the cause Sheet 2 Safety Instructions 4 Ifproducts components are mechanically and or thermically processed in a manner that goes beyond their intended use hazardous substances he
136. ting system Fully compliant test software for EMS and EMI measurements Integrated amplifier Spectrum analyzer In addition the R amp S ESCI and R amp S ESPI receivers are both supported for EMI measurements Furthermore the following modules are housed in the R amp S IMS for the purpose of internal communication between these function blocks a USB hub with 13 USB outputs 8 external 5 internal an IC control module for switching the relay a voltage monitoring module on the front panel for nine operating voltages a USB TTL interface chip memPIO for three 8 bit TTL IN OUT ports The eight external USB outputs are provided for 3 x amplifiers 3 x R amp S NRP Z91 iKey dongle reserve The five internal USB outputs are provided for generator analyzer power supply unit iKey dongle memPIO 1502 0021 14 3 1 E 2 R amp S IMS Instrument Functions R amp S IMS Signal generation The generator is built into the R amp S IMS as an A4 module There is also a matched A5 power supply unit Both modules are remotely controlled by means of an internal USB interface Analog modulation types AM FM PH and pulse are available from the generator module A built in LF generator provides the modulation frequencies but can also deliver its signal externally With the R amp S IMS B3 option generator interlock relay a 50 Ohm termination can be applied in the RF line to the RF switching unit in place of the generator signal in the event of an open inter
137. tion can be found in the online help Application Notes EN 61000 4 3 Field Uniformity Calibration As a result of this field uniformity evaluation you obtain a reference calibration file containing the antenna input power needed to give the desired S N ratio This file is subsequently used in the equipment test 5 2 8 Equipment Test with EUT Monitoring Before carrying out the equipment test place the EUT in the middle of the field uniformity area and remove the field sensor Detailed instructions for carrying out an equipment test can be found in the Getting Started manual for the EMC32 application or in the online help in the chapter on EMS Measurement or in the online help Application Notes EN 61000 4 3 Equipment Test The reference calibration field uniformity evaluation result generated in the previous step is to be used during the test equipment measurement If you also wish the EUT to be monitored during the test via the EUT monitoring TTL interface built into the R amp S IMS you can use for this purpose the EUT monitoring configuration DIO Monitoring generated by the R amp S IMS configuration wizard In this case a 10 ms pulse is generated on line 1 pin 1 of the output port port 4 in the EMC32 IMS DIO driver at each test frequency The status of line 3 pin 8 of the input port port 3 in the EMC32 IMS DIO driver is also monitored The pin assignment for the EUT monitoring interface can be found in chapter 6
138. tput via relay K1 Generator output via relay K1 Generator output via relay K1 from directional coupler of amp 40dB decoupl from directional coupler of amp 40dB decoupl from directional coupler of amp 40dB decoupl from directional coupler of amp 40dB decoupl from directional coupler of amp 40dB decoupl from directional coupler of amp 40dB decoupl E 2 R amp S IMS Monitor input Measurement output for first R amp S NRP Z91 power sensor Measurement output for second R amp S NRP Z91 power sensor R amp S IMS B7 Signal input for optional analyzer R amp S IMS B1 Reserve LF generator output Ext REF input of generator Ext REF output of generator Ext REF input of optional analyzer Ext modulation input of generator Ext pulse modulation input of generator RF input of int amplifier 1 Measurement output of the forward power amp 1 Measurement output of the reflected power amp 1 RF output 1 of int amplifier 1 RF output 2 of int amplifier 1 RF input of int amplifier 2 1502 0021 14 O Instrument Interfaces Maintenance Errors 9 kHz to 3 GHz 70 dBm 13 dBm ER X10 MON IN P 9 kHz to 3 GHz X11 FWD 70 dBm 13 dBm 9 kHz to 3 GHz 70 dBm 13 dBm X12 REV 9 kHz to 3 GHz 70 dBm 20 dBm X14 MON OUT 20 Hz to 20 kHz x21 1mV 2V rms 10 MHz 0 5 V to 2 V on 50 Q 10 MHz gt 0 5 V on 50 Q 10 MHz 0 5 V 2Von 50 Q 20 Hz to 20
139. tputs to two different transducers e g antennas current clamps or connection points e g in anechoic chambers and shielded enclosures Internal amplifier module R amp S IMS model 04 An internal amplifier module R amp S IMS model 04 with a frequency range of 9 kHz to 250 MHz is available for conducted measurements The amplifier power of 25 W CW lin enables measurements to be taken with coupling decoupling networks CDN at 10 V test voltage to EN 61000 4 6 The amplifier operates independently has its own power supply unit and is remotely controlled via an external USB port External amplifiers Amplifiers with authorized USB control e g from Bonn Elektronik GmbH can be integrated into the system with the aid of exactly the same connections as the internal amplifier Other amplifiers can be controlled by using the GPIB upgrade option R amp S IMS B4 A total of three amplifiers can be controlled and switched 1502 0021 14 3 2 E 2 Instrument Functions R amp S IMS Interlock The R amp S IMS operating system supports the monitoring of an interlock circuit for checking safety functions during EMS measurement such as door contacts and amplifier status A K6 relay in the R amp S IMS is set by means of a short circuit proof 12V supply via a door contact This relay in turn activates the R amp S IMS B3 option generator interlock relay releases the amplifier and issues a message to the R amp S EMC32 operating system Test in pr
140. treet Rydalmere N S W 2116 Austria Azerbaijan Bangladesh Barbados Belarus Belgium Belize Bermuda Bosnia Herzegovina Brazil Brunei Bulgaria Canada Chile China Rohde amp Schwarz sterreich Ges m b H Am Europlatz 3 Geb ude B 1120 Wien Rohde amp Schwarz Azerbaijan Liaison Office Baku ISR Plaza 5th floor 340 Nizami Str 370000 Baku BIL Consortium Ltd Corporate Office House 33 Road 4 Block F Banani Dhaka 1213 siehe see Mexico siehe see Ukraine Rohde amp Schwarz Belgium N V Excelsiorlaan 31 Bus 1 1930 Zaventem exico siehe see siehe see Mexico siehe see Slovenia Rohde amp Schwarz Do Brasil Ltda Tel 43 1 602 61 41 0 Fax 43 1 602 61 41 14 rs austria rsoe rohde schwarz com Tel 994 12 93 31 38 Fax 994 12 93 03 14 rs azerbaijan rsd rohde schwarz com Tel 880 2 881 06 53 Fax 880 2 882 82 91 Tel 32 2 721 50 02 Fax 32 2 725 09 36 info rsb rohde schwarz com Tel 55 11 56 44 86 11 Av Alfredo Egidio de Souza Aranha r8 naral 55 11 56 44 86 25 sales 1 andar Santo Amaro 04726 170 Sao Paulo SP George Keen Lee Equipment Pte Ltd 1411 01 BP Tower 396 Alexandra Road Singapore 119954 Rohde amp Schwarz Representation Office Bulgaria 39 Fridtjof Nansen Blvd 1000 Sofia Rohde amp Schwarz Canada Inc 555 March Rd anata Ontario K2K 2M5 Dymeg Ltda Av Larrain 6666
141. try to open a dialog box The Test selection box contains switch commands which are listed when you click on the Switch button The command for switching the RF output 1 to 2 3 to 4 upper LED is K5_1 The command for switching the RF output 1 to 3 2 to 4 lower LED is K5_2 7 RF ON LED in the Generator Icon The green LED indicates that the OkHz 3GHz generator module is in RF ON status RF ON O 8 Signal Path LED The green LEDs indicate the RF path selected for the generator signal to the amplifiers PA1 PA2 PA3 respectively At the same time the appropriate FWD and REV directional coupler signal is switched to the power sensor s The appropriate R amp S IMS OS device driver for switching these relays can be found in the equipment list under the name Switch Unit and is the IMS RSU type Double click on the entry to open a dialog box The Test selection box contains switch commands which are listed when you click on the Switch button The command for switching the upper path is PA 1 upper LED The command for switching the middle path is PA 2 middle LED The command for switching the lower path is PA 3 lower LED By these commands the three relays K1 K2 and K3 are switched together to the appropriate connectors X1 X4 X5 X2 X6 X7 and X3 X8 X9 resp 1502 0021 14 1 3 E 2 Putting into Operation R amp S IMS PA x LED Pen When these two color LEDs green
142. ty of the employer to select suitable personnel for operating the products 8 Prior to switching on the product it must be ensured that the nominal voltage setting on the product matches the nominal voltage of the AC supply network If a different voltage is to be set the power fuse of the product may have to be changed accordingly 9 In the case of products of safety class with movable power cord and connector operation is permitted only on sockets with earthing contact and protective earth connection 1171 0000 42 02 00 10 11 12 13 14 15 16 17 18 Intentionally breaking the protective earth connection either in the feed line or in the product itself is not permitted Doing so can result in the danger of an electric shock from the product If extension cords or connector strips are implemented they must be checked on a regular basis to ensure that they are safe to use If the product has no power switch for disconnection from the AC supply the plug of the connecting cable is regarded as the disconnecting device In such cases it must be ensured that the power plug is easily reachable and accessible at all times length of connecting cable approx 2 m Functional or electronic switches are not suitable for providing disconnection from the AC supply If products without power switches are integrated in racks or systems a disconnecting device must be provided at the system level Neve
143. u rohde schwarz com Rohde amp Schwarz International GmbH Tel 966 1 293 2035 Fax 966 1 466 1657 chris porzky rsd rohde schwarz com Saudi Arabia Serbia Montenegro Singapore Slovak Republic Slovenia South Africa Spain Sri Lanka Sudan Sweden Switzerland Syria Gentec Haji Abdullah Alireza amp Co Ltd PO Dos 43054 Riyadh Rohde amp Schwarz Representative Office Belgrade ose Jovanovica 7 1030 Beograd Rohde amp Schwarz Regional Headquarters Singapore Pte Ltd Kaki Bukit View 05 01 02 Techview Singapore 415 941 Rohde amp Schwarz Systems amp Communications Asia Pte Ltd Service 1 Kaki Bukit View 04 01 07 Techview Singapore 415 941 Specialne systemy a software a s Svrcia ul 3 841 04 Bratislava 4 Rohde 8 Schwarz Representative Office Ljubljana bilisijska 89 1000 Ljubljana Protea Data Systems Pty Ltd Private Bag X19 Bramley 2018 Protea Data Systems Pty Ltd Cape Town Branch Unit G9 Centurion Business Park Bosmandam Road ilnerton Cape Town 7441 Rohde amp Schwarz Espana S A Salcedo 11 28034 Madrid Rohde amp Schwarz Espana S A Av Princep d Ast ries 66 08012 Barcelona Dynatel Communications PTE Ltd 451 A Kandy Road Kelaniya SolarMan Co Ltd PO Bo 11 545 orth of Fraouq Cementry 6 7 9 Bldg 16 Karthoum Rohde amp Schwarz Sverige AB Flygfaltsgatan 15 128 30 Skarpnack Roschi Rohde amp Sch
144. ufacturer data or Factor Amplifier3 calibrate using the calibration function of the EMC32 software Table 5 4 List of signal paths To calibrate the signal paths shown in the above table proceed as follows 1 From the EMS radiated instrument configuration open the IMS radiated file 2 Left click on the icon for the signal path Generator Amplifier2 in order to open the Properties dialog of that signal path 3 Start signal path calibration by clicking on the Calibration radio button in the dialog All settings for calibration in the signal path calibration editor are already preconfigured Start calibration by pressing the Calibration button For normalization connect the RF sensor to output X2 RF OUT 2 IMS For signal path measurement insert the cable between output X2 RF OUT 2 IMS and the amplifier input between output X2 RF OUT 2 IMS and the RF sensor For more detailed information on using the signal path calibration tools in EMC32 please refer to the chapter System Calibration Signal Path Calibration in the EMC32 online help 6 Calibrate the other signal paths in the same way To enter the calibration values for the directional coupler factor proceed as follows assuming it is measurable 1 From the EMS radiated instrument configuration open the IMS radiated file 2 Left click on the icon for the amplifier titled Amplifier2 in order to open the Properties dialog of that amplifier 3 Enter a na
145. ut cable of the dual band Input of the log periodic antenna Antenna amplifier Directional Coupler The manufacturer s Factor Amplifier3 calibration values are used Table 5 2 List of signal paths To calibrate the signal paths shown in the above table proceed as follows 1 From the EMS radiated instrument configuration open the IMS radiated file 2 Left click on the icon for the signal path Generator Amplifier2 in order to open the Properties dialog of that signal path 3 Start signal path calibration by clicking on the Calibration radio button in the dialog All settings for calibration in the signal path calibration editor are already preconfigured Start calibration by pressing the Calibration button 4 For normalization connect the RF sensor to output X2 RF OUT 2 IMS For signal path measurement insert the cable between output X2 RF OUT 2 IMS and the amplifier input between output X2 RF OUT 2 IMS and the RF sensor For more detailed information on using the signal path calibration tools in EMC32 please refer to the chapter System Calibration Signal Path Calibration in the EMC32 online help 6 Calibrate the other signal paths in the same way To enter the calibration values for the directional coupler factor proceed as follows assuming it is measurable 1 Create a new damping correction table via File New Table Enter the correction values or import them from a file 2 3 Save the file 4 Fro
146. vided for the purpose of data security but to ensure that standard users cannot change important settings within EMC32 Note System Administrators are strongly recommended to read the PDF document Data Security and User Administration in the Documentation folder on the CD before starting installation 1 10 3 Simplified User Administration If the EMC system is to be operated by only a few users with a comparable level of knowledge it may not be necessary to implement the security functions available in the operating system In such a case it is up to the system owner to decide whether a logon and user list are necessary and whether the test data for the various users need be stored in different folders Details of the necessary settings can be found in the online help chapter Data Security and User Administration 1502 0021 14 1 21 E 2 Putting into Operation R amp S IMS 1 11 Installing the Software Note If a version of EMC32 is already installed it must be uninstalled first Please also comply with the explanations in the chapters Updating the EMC32 Software and Uninstalling the EMC32 Software 1 11 1 Installing the R amp S IMS Operating System The information needed to carry out the installation and related procedures for EMC32 is provided via the Autostart program on the EMC32 CD ROM By the time you have completed the following steps the software will have been installed on your PC and will be ready to run
147. warz AG hlestr 7 3063 Ittigen Electro Scientific Office Baghdad Street Dawara Clinical Lab Bldg P 0 Box 8162 Damascus Tel 966 1 293 20 35 Fax 966 1 466 16 57 akanbar gentec com sa Tel 381 11 305 50 25 Fax 381 11 305 50 24 rs scg rscs rohde schwarz com Tel 65 68 46 18 72 Fax 65 68 46 12 52 Tel 65 68 46 37 10 Fax 65 68 46 00 29 info rssg rohde schwarz com Tel 421 2 65 42 24 88 Fax 421 2 65 42 07 68 3s special sk Tel 386 1 423 46 51 Fax 386 1 423 46 11 rs slovenia rssi rohde schwarz com Tel 27 11 719 57 00 Communications and Measurement Division Fax 27 11 786 58 91 unicm protea co za Tel 27 21 555 36 32 Fax 27 21 555 42 67 unicm protea co za el 34 91 334 10 70 Fax 34 91 729 05 06 rses rses rohde schwarz com el 34 93 415 15 68 Fax 34 93 237 49 95 ben rses rohde schwarz com el 94 112 90 80 01 Fax 94 112 91 04 69 69 dynatel dynanet lk Tel 249 183 47 31 08 Fax 249 183 47 31 38 solarman29 hotmail com Tel 46 8 605 19 00 Fax 46 8 605 19 80 info rss rohde schwarz com Tel 41 31 922 15 22 Fax 41 31 921 81 01 support roschi rohde schwarz com Tel 963 11 231 59 74 Fax 963 11 231 88 75 memo hamshointl com Adressen Addresses Taiwan Tanzania Thailand Trinidad amp Tobago Tunisia Turkey Ukraine United Arab Emira
148. xamples of measurements cccccccsseeeceeeesseneeeeeeenes 43 EXT MOD Jong EXT pulse MOD Input get EXT REF OUT Output F Function CHECKS enesest nono nn nono nono nonnon nono nonnnnonos 17 Fuse 7 GEN REF IN Input 11 Generator output LE 11 iKey 25 Input EXT MOB ERS ann Input EXT pulse MOD Input GEN REF IN Input REF IN Analyzer Input Analyzer Input for integral amplifier a Ri Input MONITOR cocooccccococcccnooccccaonnnconanc conan nc conan cn cnnncncnnnns Installation Ree Hardware Softw re nn Se o Installing the operating system nnnnn Instrument functions ooooococococoooaooooonoon nn nono nonnnnnonononnnnnnns Instrument Interfaces Interface REMOTE CONTROL Interface interlock Interface monitoring er a Interlock interface oooooocccccocococonononononononoono nono nenn 1502 0021 14 8 1 Index L Language de oa inside does dae a 26 LF generator oufpuf nono 11 M Measurement to EN 61000 4 3 radiatea 43 Measurement to EN 61000 4 6 conducted with CDN 57 MONIN Esc ar a AA apa 10 Monitoring interface oooonnoocccccincccconcconcconnnnnann cnn nnnnnnrrn cnn 9 N Network Installation EE 30 O Online ACID o een Output EXT REF OUT Output for power sensor Output from RF1 Output MOM RE eg enge sea anne P POWORS WC A GS 7 R
149. y even if the outputs of the main power supply are disabled The communication between the main control board and the micro controllers on the power supply boards is made via the internal control bus system All operating conditions or fault status messages are continuously polled and processed The power supply control is surveying the status of all DC DC converter outputs in the power supply An error status will be indicated by the respective fault message on the front panel display As voltage and current of all outputs are continuously monitored a detailed problem diagnosis can be issued All DC DC converter outputs have their own voltage regulation over voltage protection as well as an own current limitation circuit For optimum adaptation to the final stage transistors the current limitation for each individual transistor can be set directly by the micro controller Wherever possible and practicable power supply lines control lines and RF modules are separated totally This ensures a minimum of intersignal interference Radiated emission is limited by the tech nique used for the RF modules The conducted emission is limited by two stage filtering The first filtering is done directly on the power supply modules where the final filtering is done at the AC input 1502 0021 14 7 6 E 2 R amp S IMS Amplifier Manual 7 2 3 Monitor output Option A The monitor output is implemented with an internal dual directional broadband coupler
150. z 1 kHz video bandwidth Sweep time SPAN gt 1 kHz 100 ms to 1000 s SPAN 2 0 Hz 10 ys to 20 s Bandwidths Resolution bandwidths 3 dB in steps of 1 2 3 5 200 Hz to 1 MHz Video bandwidth in steps of 1 2 3 5 10 Hz to 1 MHz Amplitude Level measurement range gt 137 dB Max input level 50 MHz to 3 GHz 33 dBm 10 MHz to 50 MHz 26 dBm 9 kHz to 10 MHz 20 dBm Intermodulation free range 1 MHz to 100 MHz two tone signal with 2 x 30 dBm lt 60 dBc 100 MHz to 3 GHz 0 dB input attenuation lt 70 dBc Harmonics 40 dBm 0 dB input attenuation lt 60 dBc Inherent spurious terminated input O dB input attenuation lt 85 dBm Other interfering signals 10 MHz to 3 GHz 30 dBm level at first lt 60 dBc mixer Displayed average noise level 300 Hz resolution bandwidth 10 Hz video bandwidth 0 dB input attenuation lt 110 dBm typ 120 dBm automatically coupled with reference level 1 dB compression point of first mixer 100 kHz to 3 GHz O dB input attenuation 10 dBm Setting range of reference level 110 dBm to 36 dBm Input attenuation range in 2 dB steps manually selectable or 0 dB to 70 dB Display range 80 dB 40 dB 16 dB 8 dB linear Display units Logarithmic dBm dBmV dBuV Linear V W Level measurement uncertainty lt 1 5 dB 1502 0021 14 TI 4 R amp S IMS

R&S®IMS Operating Manual - rohde

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R&amp;S&reg;IMS Operating Manual - rohde

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R&S®IMS Operating Manual - rohde