RTM2054 - Sos electronic s. r. o.
Contents
1. R amp S RTM Digital Oscilloscope scope of the art ROHDE amp SCHWARZ R amp S RIM Digital Oscilloscope At a glance Ease of use combined with fast and reliable results is precisely what users expect from a bench oscilloscope Rohde amp Schwarz has the solution the R amp S RTM Users can now work with two screens in one quickly access important functions evaluate results while other oscilloscopes are still booting up and see signals otherwise lost in the noise The R amp S RIM models with 350 MHz or 500 MHz band width offer a maximum sampling rate of b Gsample s and a maximum memory depth of 20 Msample As a result they can display signals accurately right down to the de tails as well as provide high time resolution even for long sequences eee T CYA RTM 2054 OSCILLOSCOPE 500 MHz 5 GSa s CH1 2 29 V DC 100 MSa s TB 10ps T 0s Auto oo CH1 500 mV Besides the common measurement and analysis tools the R amp S RTM oscilloscopes have special features that help users to achieve the desired results quickly during debug ging and signal analysis At the push of a button for ex ample the QuickMeas function graphically displays the key measurement values for the signal that is currently ac tive and updates them continuously The R amp S RTM oscilloscopes are ideal for many different applications including the development production and servicing of embedded hardware As a true sco2. LEVEL im 50 T ae E3 Fast access to important analysis functions via dedicated keys Undo redo function to easily restore previous settings Easy search and navigation between signal events Protocol 509 S5VRMS Color coded controls visualize the channel in focus USB port for data exchange documentation or firmware updates 50 s5VRMS Rohde amp Schwarz R amp S RTM Digital Oscilloscope 9 Accuracy our strength CUUIDIIIC WIIIULII disQ VEHICLES UTI mc n C iQ al ria e l C D T lo X LIHIS LUUT I IC Uu we Toini 1 mV div full measurement bandwidth With their input sensitivity of up to 1 mV div the R amp S RTM oscilloscopes offer high vertical resolution Other oscillo scopes attain such high input sensitivity only by employ ing software based zooming or by limiting the bandwidth The R amp S RIM oscilloscopes however show a signal s real sampling points even at 1 mV div at full measurement bandwidth This high measurement accuracy is particularly beneficial when measuring small signal amplitudes Acquisition cycle as a function of sampling rate and memory depth 10 ksample 1 Msample 10 Msample 20 Msample 5 Gsample s 2 us 200 us 2000 us 4000 us 2 5 Gsample s 4 us 400 us 4000 us 8000 us TB 20ns T 0s Auto CH1 59uV f DC 5 GSails RMS 82 46 uV Vpp 560 00 uV Auto Measure Extremely low inherent noise even for a vertical input sensitivity of
3. U Precision measurement up to 5 Gsample s sampling rate The R amp S RIM oscilloscopes sampling rate of up to 5 Gsample s makes it possible to accurately measure the timing of logic signals Since the signals can be precisely time referenced to one another timing and clock errors can be detected with greater ease e g on serial or paral lel bus signals The R amp S RTM oscilloscopes use the high sampling rate over the entire acquisition time ensuring high time resolution even for long acquisition cycles TB 10us T 0s Auto CH2 2 3 DC 10 MSais 10MSa s Deep memory acquire long signal sequences Logic signals are stored in the R amp S RTM with up to 20 Msample This long acquisition cycle in combination with the high sampling rate makes It easy to detect timing errors even far from the trigger point for instance Better overview VirtualScreen With comparable oscilloscopes in this class the logic sig nal display is typically superimposed on the analog signal display This makes viewing and analysis more difficult The VirtualScreen of the R amp S RTM oscilloscopes uses a different approach It doubles the usable screen area for clear display of the channels with no overlapping Math reference and logic signals can be displayed above or be low the analog channels Everything at a glance activity display The R amp S RTM oscilloscopes activity display provides a clear overview of the current status of all lo
4. 6 pF R amp S ProbeMeter micro button R amp S RT ZD10 1410 4715 02 incl 10 1 external attenuator 1 3 pF 70 V DC 46 V AC peak 1 5 GHz active differential 1 MQ 0 6 pF R amp S ProbeMeter micro button R amp S9 RT ZD20 1410 4409 02 10 MHz current AC DC 0 01 V A 150 A RMS R amp S RT ZC10 1409 7750 02 100 MHz current AC DC 0 1 V A 30 A RMS R amp S RT ZC20 1209760102 Probe accessories Accessory Set for R amp S RTM ZP10 passive probe R amp S RT ZA1 1220057520 Spare Accessory Set for R amp S RT ZS10 R amp S RT ZS10E R amp S RT ZA2 1416 0405 02 Pin Set for R amp S RT ZS10 R amp S RT ZS10E R amp S RT ZA3 1416 0411 02 Mini Clips R amp S RT ZAA 1416 0428 02 Micro Clips R amp S RT ZAb5 1416 0434 02 Lead Set R amp S RT ZA6 1416 0440 02 Pin Set for R amp S9 RT ZD20 R amp S RT ZA7 12517 0609 02 Probe Power Supply R amp S RT ZA13 1409 7789 02 External Attenuator 10 1 2 0 GHz 70 V DC 46 V AC peak R amp S9RT ZA15 1201072722102 Deskew Fixture for power measurements R amp S RI ZF20 1800 0004 02 Accessories Front Cover R amp S RTM Z1 1305 0272 02 Soft Case for R amp S RTM oscilloscopes and accessories R amp S RTM Z3 9055079907 Transit Case R amp S RTM Z4 1317 4210 02 Rackmount Kit Service options R amp S ZZA RTM 1304 8292 02 Extended Warranty one two three four year s Please contact your local Extended Warranty with Calibration Coverage one two three four year s Rohde amp Schwarz sales office Rohde amp Schwarz R
5. For example the QuickMeas function yields first results only a few seconds after power on Logic and protocol analysis enable more in depth sig nal analysis for debugging embedded designs Production Quality testing of electrical signals should be based on a tolerance test with pass fail results The mask test is the tool of choice for this application The tester only needs to connect the device under test to the oscilloscope and re cord the measurement result Since the mask test is inte grated in the R amp S RTM no additional costs are incurred Education To successfully teach students the theoretical and practical aspects of working with oscilloscopes an ease of use con cept combined with state of the art technology is highly beneficial The R amp S RTM oscilloscopes are perfect for ev eryday use at universities and colleges due to the diverse manual settings they allow as well as their rugged design Operating errors can be quickly corrected using the undo redo key Data and programming interfaces are already included for instance for seamless MATLAB integration In addition a complete portfolio of software and hardware options as well as probes is available for measuring signals in research labs Service service technicians must rapidly identify faulty modules The R amp S RIM oscilloscopes support them with com prehensive measurement functions and straightforward operation Their lightweight compact design facilitate
6. ZP10 passive probe 500 MHz bandwidth per oscilloscope channel The R amp S RT ZH10 ZH11 passive high voltage probes are used for voltages over 400 V Active probes are used whenever the load on the device under test must be low or when the measurement signal contains high frequency components that must not be distorted Even signals in the kilohertz range can contain high frequency components of well over 100 MHz on their edges For such applications Rohde amp Schwarz has a fam ily of high quality active probes Due to their bandwidth the R amp S RI ZS10E and R amp S RI ZS10 single ended probes are suitable for the R amp S RIM oscilloscopes The two differ only in the functions they provide The R amp S RTI ZS10E of fers solid basic functionality and an attractive price perfor mance ratio while the R amp S RI ZS10 has more extensive accessories as well as some useful extras such as an inte grated voltmeter and a micro button on the probe tip for instrument control The R amp S RI ZD20 probe is ideal for differential measure ments it also integrates a voltmeter and a micro button for instrument control For differential high voltage mea surements up to 100 MHz the R amp S RT ZDOT1 probe is the best choice Two current probes are available for current measure ments the R amp S RT ZC10 up to 150 A RMS and the R amp S RI ZC20 up to 30 A RMS High signal fidelity due to excellent specifications Besides bandwidth th
7. amp S RTM Digital Oscilloscope 19 AUS a ass po pe pem em Se e that adds value 2m w mw s Ae an i ad bi an P z Cal ak ereldstelar are 0 S ieee a s L4 en U AlI OX IN 7 itd PASEAR Y edle NIID la HI UUa j ARI ERA eri TA PM ES L Ak L About Rohde amp Schwarz Rohde amp Schwarz is an independent group of companies specializing in electronics It is a leading supplier of solu tions in the fields of test and measurement broadcasting radiomonitoring and radiolocation as well as secure communications Established more than 5 years ago Rohde amp Schwarz has a global presence and a dedicated service network in over 70 countries Company headquar ters are in Munich Germany Environmental commitment 1 Energy efficient products i Continuous improvement in environmental sustainability ISO 14001 certified environmental management system Certified Quality System ISO 9001 Rohde amp Schwarz GmbH amp Co KG www rohde schwarz com Regional contact 1 Europe Africa Middle East 49 89 4129 12345 customersupport rohde schwarz com 1 North America 1 888 TEST RSA 1 888 837 87 72 customer support rsa rohde schwarz com 1 Latin America 1 410 910 79 88 customersupport la rohde schwarz com 1 Asia Pacific 65 65 13 04 88 customersupport asia rohde schwarz com 1 China 86 800 810 8228 86 400 650 5896 customersupport china rohde schwarz com R amp S
8. is a registered trademark of Rohde amp Schwarz GmbH amp Co KG Trade names are trademarks of the owners PD 3606 8066 12 Version 01 04 September 2013 sk R amp S RTM Data without tolerance limits is not binding Subject to change O 2013 Rohde amp Schwarz GmbH amp Co KG 81671 M nchen Germany 3606806612 3606 8066 12 01 04 PDP 1 en
9. isolation of signal With the FFT activated the R amp S RTM oscilloscopes si events of interest The R amp S RTM oscilloscopes offer many multaneously provide a spectral display of the signal and trigger capabilities such as a pulse width or runt trigger a small time domain window for checking the sampling Complex trigger conditions as well as logical combinations interval The Autoset button is extremely convenient of individual signals can also be implemented for digital The instrument automatically selects the amplitude and channels frequency scaling that optimally matches the measured signal Dedicated keys on the front panel allow fast switching be tween the Auto and Normal trigger as well as selection of the trigger edge and source The Trigger Level rotary knob offers additional operating convenience A single press sets the trigger level to 50 of the signal amplitude TB 500ns T 58 8us Auto CH2 48 92mA DC 250 MSa s HR Real Time Run CH1 100 V CH2 20mA SEJ UAPA ATE P 0s Span 50 MHz Center 25 05 MHz FAXCEEIE Avg 256 CH3 10dBY Wim Arithmetic No of Averages Window Y Scaling FFT Setu t Setu FFT Off FFT analysis fast identification of harmonics in the output voltage of a DC DC converter Rohde amp Schwarz R amp S RTM Digital Oscilloscope 7 U D i it n t Easy orientation color coded controls 9 d l y i 9 mM d The controls for vertical settings and the trigger are color coded Mul
10. specific address with spe cific data content Protocols are decoded and displayed in the form of ASCII binary hexadecimal or decimal data The different sections of the message address data start etc are highlighted with colors to make analysis easier One helpful feature is that the display of the decoding in formation becomes more detailed as the zoom factor in creases he decoded data can also be displayed in tabular format It is possible to toggle the view between the table and the decoded signal Node information can be inter preted and displayed using a device table Intuitive navigation The different tools for protocol analysis are tightly inte grated For example when a table row is selected the cor responding data is also highlighted on the displayed wave form The search function makes it possible to quickly find or navigate within protocol specific content Real Time For every application probes and accessories High quality active and passive probes complete the R amp S RTM oscilloscopes They measure with high accuracy are reliable and easy to use Designed for practical use micro button for convenient instrument con trol Diverse probe tips and ground cables are included in the equipment supplied The R amp S RTM probe family Passive probes are suited for general measurements on low frequency signals with less stringent accuracy require ments The R amp S RIM comes with one R amp S RTM
11. 1 mV div 10 Frontends low noise and low crosstalk The accuracy of a signal displayed on the screen heavily depends on the oscilloscope s inherent noise For this rea son the R amp S RTIM oscilloscopes have low noise frontends and A D converters As a result they are able to measure precisely even at the smallest vertical resolutions This precision is retained even when additional channels are used The R amp S RTM oscilloscopes have an excellent channel to channel isolation of gt 50 dB up to 500 MHz which ensures that the measurement signal from one channel has the lowest possible influence on signals from the other channels Deep memory acquire long sequences The more details an oscilloscope can show the higher the probability of detecting signal faults or important events As a prerequisite the oscilloscope must have a high time resolution i e a high sampling rate In addition many ap plications require long acquisition cycles for instance for analyzing transients or serial protocols The R amp S RTM os cilloscopes boast impressive features Compared to other oscilloscopes in this class they offer a very high memory depth of 20 Msample with a time resolution of up to 200 ps b Gsample s sampling rate Realtime Meas Place Measure 2 Meas Type Source cl All Logic analysis more details Fast and 16 additio precise testinc a 01 f K mbedded ena nels the R amp S e inn I f IUU
12. ble for a currently active signal using auxiliary lines and markers and results are up dated continuously In addition to the QuickMeas results the oscilloscopes also provide the customary automatic measurement func tions such as measurement of peak to peak voltage or signal frequency The results are presented in tabular form with statistical evaluation if desired Measurement results in detail powerful cursor functions Cursor based measurements are normally limited to hori zontal or vertical cursors The R amp S RIM oscilloscopes are different Their cursor menu offers additional functions familiar from the automatic measurements For example this includes measurement of the mean voltage or RMS value as well as a pulse counter he advantage is that users can limit measurements to a specific section of the signal Real Time Coupling Bandwidth Offset Invert GE EE Scale means aa QuickMeas automatic measurement and graphical display at the push of a button Three cursors are used for measuring ratios The Ratiox Fast time to results switch on measure and done measurement for example determines the duty cycle of Optimized for fast signal analysis the R amp S RTM oscillo a pulsed signal conveniently and in a single step Another scope starts up within only a few seconds The most im useful cursor function is Set to Wave At the push of a portant measurement results for an active signal can be button this fun
13. ction automatically assigns the cursors to obtained at the push of a button QuickMeas function the corresponding signals eliminating the need to select enabling fast signal characterization The R amp S RTM is al and position the cursors ready analyzing signals while other oscilloscopes are still booting up Focus on details zoom and markers The R amp S RIM oscilloscopes sampling rate of up to 5 Gsample s enables them to achieve a high time resolu tion The memory depth of up to 20 Msample makes it possible to acquire long signal sequences e g 4 ms at a sampling rate of b Gsample s Using the zoom function the signal can be expanded up to 200 000 1 in order to investigate details Navigating in the zoom window to a specific point on the waveform using the position knob is usually very tedious The R amp S RTM oscilloscopes are different They offer eight user definable event markers that can be used to highlight any events in the signal Users can then conveniently jump between the markers using the Next and Prev buttons Auto CH1 4 35 mV 4 DC 500 MSa s Avg 2 v eS Meas Type Type Source lis Ce LR Set to Wave Set To Screen To Screen d d RJ Special cursor measurement determination of the duty cycle of a pulsed signal Rohde amp Schwarz R amp S RTM Digital Oscilloscope 5 Debugging everything ata glance TB 50ns T 19 2ns Auto CH1 1 74V DC 2 5GSals Total 0 Settings in only seconds mas
14. e crucial parameters for probes are input impedance and dynamic range With their high in put impedance the active probes put only a minimal load on a signal source he very large vertical dynamic range prevents signal distortion especially at high frequencies Measurements are not interrupted for compensation pro cesses since the probes offset and gain errors are nearly independent of temperature e g zero drift lt 90 uV C for the R amp S RT ZS10 Z10E probes Easy operation rugged and ergonomical What do users expect from a good probe Reliable con nection with the test point and the oscilloscope mechani cal robustness electrical reliability as well as a practical design for easy operation That is exactly what all probes for Rohde amp Schwarz oscilloscopes offer Rohde amp Schwarz R amp S RTM Digital Oscilloscope 13 Micro button for convenient instrument control The situation is all too familiar The user has carefully po sitioned the probes on the device under test and now wants to start the measurements but does not have a hand free The micro button on the active probes from Rohde amp Schwarz eliminates this problem The micro but ton is situated on the probe tip and different functions such as Run Stop Autoset or Adjust Offset can be as signed to this button Autoset ProbeMeter Single Ended a Menu for configuring the micro button TB 20ns T O0s Auto CH1 1 68 Y DC R amp S Pr
15. gic channels high low toggle regardless of the trigger settings This allows the user to always see the status of all logic signals at a glance Real Time Complete B1 12C RE1 200 m 10 us con Termination Bandwidth offset invert Seale_ Scale More 1l2 gt Ce Cece o Cr Activity display status information for the digital signals independent from acquisition and instru ment settings Rohde amp Schwarz R amp S RTM Digital Oscilloscope 11 Serial protocols easy triggering and decoding VO A D THA pil nN ANTINN whana BUX NBD Neniinennna AANA a N n MV IN Ir I A Hil U U l L j Cil O Ilux id iv IW L i U JJ U U WU UCT f j f Y CY Y i f i Fa ri f f ak O LU LI IU UU CI ILI Id UecOQO HM J Lll HE OTLQOCCOIS CA UU VI A V i L AS MJ V tU UU IO e pos f on Fr 1 A rr er Tr rT r Serie nterraces SUCN as Iv ori UAnI ho ZoZ U Uu en i av CU UUU UWI I LAU I V WJ F AJI il 1 v wu4 1O ALI RANI IN z a ep MONEN NI LT ae P ub e LN s Y 0 INFN f Y Alic RARAN Fa MAALAA FRA ANA IEN ANA i AW E V NIC RANANDIS V lakes TNA 9 diU GAIN CHAN HHS vapaulllty AKGS UTGI f C YlY3if Yl Y if fV VAFrI f f NAON N f L L y Jl C J l 4 U A J A J JO i J V U ly sal Ig a U u YJ DJ L U U E J B i Hu z n j n i tJ V d xls lox S q U e dt q e 10 IeSI A wu Tools for protocol analysis Serial bu
16. ice manual power cord Digital Oscilloscope 350 MHz 2 channels R amp S RTM2032 00H09 SI RP Digital Oscilloscope 350 MHz 4 channels R amp S RTM2034 5 10 0999 34 Digital Oscilloscope 500 MHz 2 channels R amp SPRTM2052 57 10 0999 52 Digital Oscilloscope 500 MHz 4 channels R amp S RTM2054 5710 0999 54 Hardware options Mixed Signal Option 400 MHz R amp S RTM B1 5710 0901 02 GPIB Interface Bandwidth Upgrade from 350 MHz to 500 MHz Software options R amp S RTM B10 R amp S RTM B200 1305 0014 02 50 10 0918 02 I C SPI Serial Triggering and Decoding R amp S RTM K1 5710 1443 02 UART RS 232 Serial Triggering and Decoding R amp S RTM K2 5710 1450 02 CAN LIN Serial Triggering and Decoding R amp S RTM K3 5 10 1466 02 I S LJ RJ TDM Serial Triggering and Decoding R amp S RIM K5 5710 0862 0002 R amp S RTM Power Analysis Probes 500 MHz passive 10 1 10 MQ 9 5 pF max 400 V R amp S RTM K31 R amp S RTM ZP10 1317 5745 02 1409 7708 02 400 MHz passive high voltage 100 1 50 MQ 7 5 pF 1 kV RMS R amp S RT ZH10 i220 9 720 02 400 MHz passive high voltage 1000 1 50 MO 7 5 pF 1 kV RMS R amp S RT ZH11 1409 7737 02 1 0 GHz active 1 MQ 0 8 pF R amp S RT ZS10E 1416 7007 02 1 0 GHz active 1 MQ 0 8 pF R amp S ProbeMeter micro button R amp S9 RTI ZS10 1410 4080 02 100 MHz high voltage active differential 8 MQ 3 5 pF 1 kV RMS CAT II R amp S RT ZDOT 1422 0705 02 1 0 GHz active differential 1 MQ 0
17. k test Mask tests quickly reveal whether a specific signal lies within defined tolerance limits and use statistical pass fail evaluation to assess the quality and stability of a device under test Signal anomalies and expected results are easy to identify by stopping the measurement if the mask is violated The mask test function is a standard feature in the R amp S RTM oscilloscopes It is easy to operate and can be flexibly configured A new mask can be created from a reference signal with just a few keystrokes Existing masks can be loaded from the internal memory or from a USB flash drive Any violation of an active mask can result in the automatic stopping of acquisition or the output of an acoustic signal A mask test delivers the following results total number of acquired waveforms overall duration of test and number of successful and faulty sweeps The mask tests can be remotely controlled which is good for quality tests in automated production applications Envelope Save es Copy Channel Y Position Stretch Y Width Y Width X MAUS 1 68 DIV 100 0 36 DIV s0 7DIV ME N Mask test mask definition from a reference signal Integrated FFT analysis To the point comprehensive triggering capabilities The FFT function has a dedicated button and enables us Without valid triggering it is impossible to obtain a stable ers to detect and analyze faults within a signal s spectrum signal display on the screen or fast
18. obeMeter high DC measurement accuracy regardless of instru ment settings R amp S RT ZC20 current probe 2 100 MHz 30 A RMS a A Active probes from Rohde amp Schwarz 14 R amp S ProbeMeter integrated voltmeter for precise DC measurements Is the supply voltage correct Is DC voltage superim posed These questions from everyday practice are answered by the active probes integrated voltmeter R amp S ProbeMeter It always shows the DC value of a measurement signal with the full dynamic range regard less of the other instrument settings The following advan tages simplify everyday measurement tasks 1 Fast verification of supply voltages and signal levels without changing the oscilloscope s settings 1 Automatic compensation of the DC component for AC measurements with optimal dynamic range i DC value of a measurement signal as a reference for trigger level setting Significantly higher DC measurement accuracy compared to a traditional oscilloscope channel i DC common mode and differential voltage on the R amp S RI ZD20 R amp S RT ZDOT1 high voltage differential probe 100 MHz 1 kV RMS R amp S RT ZD10 20 R amp S RT ZS10 Bandwidth Attenuation Input Input Dynamic Extras factor impedance capacitance range R amp S9RT ZH10 400 MHz 100 1 50 MO 7 5 pF 1 kV RMS R amp S9RT ZH11 400 MHz 1000 1 R amp S9RT ZS10E 1 MQ OAS OF 8 V R amp S RI ZS10 R amp S ProbeMeter and micro bu
19. ows the measurement signals right down to the smallest details Two displays instead of one VirtualScreen The large screen supports simultaneous display of analog and logic signals The VirtualScreen of the R amp S RTM os cilloscopes can be expanded to 20 divisions for straight forward display of all signals The visible section of the VirtualScreen is moved to the desired position using a rotary knob facilitating detailed signal analysis without sacrificing the big picture Key measurement results at the push of a button Extensive cursor based measurement functions 5 GSa s 100 MSa s Real Time Run Remote control data exchange diverse interfaces Three USB interfaces are available on the R amp S RTM oscil loscopes two USB host ports which can be used for instance to easily transfer screenshots or instrument set tings to a USB flash drive and one USB device port to remote control the oscilloscopes The LAN interface for remote control or for accessing the instrument via a web browser comes as standard A GPIB interface is available as an option The DVI output controls a monitor or a data projector Multilingual choice of nine languages The R amp S RIM oscilloscopes are fluent in different lan guages Users can choose from English German French opanish Russian simplified and traditional Chinese Korean and Japanese Fast access to logic and protocol analysis
20. pe of the art the R amp S RIM meets the in creased demands on bench oscilloscopes providing time frequency protocol and logic analysis in a single box 1 Time analysis high sensitivity to detect signals that would otherwise be lost in the noise 1 Frequency analysis fast reliable fault detection in the signal spectrum with integrated FFT 1 Logic analysis 20 Msample with 5 Gsample s for detailed analysis of digital signals 1 Protocol analysis simple triggering and decoding of serial buses MEASURE NAVIGATION ANALYZE TRIGGER s TRGd f LEVEL K 50 m aCe R amp S RIM Digital Oscilloscope Benefits and key features Base unit Bandwidth Channels R amp S RTM2032 350 MHz 2 R amp S RTM2034 350 MHz 4 R amp S RTM2052 500 MHz 2 R amp S RTM2054 500 MHz 4 Signal analysis quick results i Signal details at the push of a button QuickMeas i Measurement results in detail powerful cursor functions 1 Focus on details zoom and markers 1 Fast time to results switch on measure and done gt page 4 Debugging everything at a glance Settings in only seconds mask test 1 Integrated FFT analysis 1 o the point comprehensive triggering capabilities gt page 6 Usability smart concepts 1 Easy orientation color coded controls 1 Fast access flat menus 1 Fault tolerant undo redo function See more high resolution XGA display 1 Iwo displays instead of one VirtualScreen 1 Remote control data exchange di
21. rement values are written directly onto the waveform and updated continuously 2 logic probes connected 1 logic probe connected 2 logic probes connected 1 logic probe connected Wx tax D For data sheet see 3606 8066 22 and www rohde schwarz com 18 2 4 350 MHz 500 MHz ns 700 ps 50 Q x 1 5 or 1 MQ 1 with 12 pF 1 pF 50 Q 1 mV div to 1 V div 1 MQ 1 mV div to 10 V div 8 bit 2 5 Gsample s 5 Gsample s interleaved 10 Msample 20 Msample interleaved sample peak detect high resolution off envelope average smooth filter sin x x 1 ns div to 50 s div x3 5 ppm 100 ns edge width video pattern runt slew rate B trigger optional IC SPI UART RS 232 CAN LIN 10 div from center of screen peak to peak voltage pos peak neg peak rise time fall time mean value RMS value time frequency 31 measurement functions 14 measurement functions 20 measurement functions 16 2 logic probes 100 kQ 4 pF 2 5 Gsample s per channel 5 Gsample s per channel 10 Msample per channel 20 Msample per channel 403 mm x 189 mm x 142 mm 15 87 in x 7 44 in x 5 59 in 4 1 kg 9 04 Ib 8 4 XGA TFT color display 1024 x 768 pixel 2 x USB host USB device LAN GPIB optional DVI D for external monitor Ordering information Digital oscilloscope Base unit including standard accessories per channel 500 MHz passive probe 10 1 compact manual CD ROM with operating and serv
22. s work on customer sites for instance in a system switching cabinet Safe investment flexible and extensible Purchases of test and measurement equipment are Subject to one all important rule The equipment must be capable of growing with user requirements Rohde amp Schwarz has optimized the R amp S RTM to meet this demand R amp S RTM oscilloscopes prepared for logic analysis Installation is a simple on site process without shipping back the instrument Availability without interruption adaptable hardware Instrument extensions typically require the equipment to be shipped to a service center However this is not the case with the R amp S RTM All hardware options such as logic analysis and GPIB interface can be easily retrofitted on site yielding the following benefits i Installation of new options for new tasks within minutes 1 Instrument immediately ready for continued use 1 No additional installation costs No additional expense for alignment or recalibration after installation of options Adaptable software options on demand The base unit includes the complete functionality of an advanced oscilloscope but is also extensible in steps For example analysis options are available for serial buses The R amp S RIM keeps pace with the challenges that are sure to arise in any company Simple and free of charge firmware updates The instrument firmware is updated using a USB storage device Free firm
23. s signals include control address and clock infor mation in addition to the user data Consequently addi tional software support is typically required for debugging systems that use serial data buses Isolating protocol specific events becomes easier if the oscilloscope can trig Options for triggering and decoding Serial standard Option FC SPI R amp S RTM K1 UART RS 232 R amp S RTM K2 CAN LIN R amp S RTM K3 I2S LJ RJ TDM R amp S RTM K5 TB 100 us T 100 ys Auto 12C R 0x016 0 Byte Oxf4 2c 40 Locuc2vo EEE CCTCELE NENINN 10 MSais I2C Setup Trigger On Read fl SCL CH WL nl JU HEEL ERES ji IN I jJ I IER SDA CH1 J i LU L J Slave Address 0x016 10Bit Byte Offset OByte Data 11110100 0010901100 Oxf4 0x2c see channel menus for threshold level mi LU wu LPL LPL LLP Lf En Be zz Addr r 016n ffp D F4h jq D 2Ch ph D 40n jg D 26h Ke Data Setup Offset Number of Bytes Bit State Byte Value E ESSE oc Decoded hexadecimal lC message 12 ger on the content of the serial protocol that is being used and display the decoded message The R amp S RTM oscilloscopes provide versatile tools for protocol specific triggering and decoding of serial inter faces such as lC SPI UART RS 232 S and CAN LIN Extensive trigger capabilities help acquire relevant events In the case of an I C message for instance the R amp S RTM oscilloscopes can trigger on a
24. ticolor LEDs around the rotary knobs visualize T the channel that is currently in focus This color coding C 0 n C e D 9 corresponds to the signal display on the screen and this clarity allows smooth work even during complex tests and measurements The R amp S RTM oscilloscopes are easy and intuitive to use They make user wishes come true Just unpack Fast access flat menus the instrument switch it on and start measuring The logically grouped menus with flat structures provide a fast overview of the instrument settings Dedicated keys are provided for the most frequently used functions Nu merous setups such as the logic trigger are supported by graphics Controls on the R amp S RTM oscilloscopes ROHDE amp SCHWARZ Auto CH1 2 29V DC e CH1 z les SV Press to return to KOKEA N ENIM EO sn presettings PRESET nm m ae Brilliant XGA color display Help context sensitive and always available VirtualScreen intensity Menus with flat structure Quickly ready for use thanks to fast booting 12054 OSCILLOSCOPE 500 MHz a_i Threshold Label Fault tolerant undo redo function Restoring previous settings is no problem with the undo redo function Corrections are easy to make if the wrong key Is pressed See more high resolution XGA display The high resolution 8 4 color XGA TFT display is one of the R amp S RIM oscilloscopes highlights This brilliant sharp display clearly sh
25. tton for instrument control R amp S RTI ZDO1 100 MHz 100 1 1000 1 140 V 1400 V RS REZDIO LOGHZ OE Ex wl R amp S ProbeMeter and micro 100 1 70 V DC button for instrument control 46 V AC peak R amp S RI ZD20 1O21 5 V Bandwidth Max current Sensitivity Max circuit Extras RMS peak error voltage Current probes R amp S RT ZC10 10 MHz 150 A 300 A 35 ns 1 up to 150 A 600 V CAT Il External power supply RMS 300 V CAT III required e g R amp S RT ZA13 R amp S RT ZC20 100 MHz 30 A 50 A S25 ns 1 up to30A 300 V CAT RMS Rohde amp Schwarz R amp S RTM Digital Oscilloscope 15 Universal Numerous functions for many applications A bench oscilloscope should be fast and easy to use and deliver reliable results It should handle diverse applications from time analysis to FFT as well as from logic analysis to protocol analysis This is exactly the strength of the R amp S RIM R amp S RTM oscilloscopes suitable for all tests and measurements 16 Electronics development Oscilloscopes are used for numerous tasks in the develop ment of embedded designs ranging from putting hard ware into operation to OM acceptance testing certification and servicing All these tasks require an oscilloscope with intelligent measurement functions that can deliver precise results based on intuitive operation The R amp S RTM oscil loscopes were developed to perform these tasks and fulfill the related requirements
26. verse interfaces 1 Multilingual choice of nine languages gt page 8 Accuracy our strength 11 mV div full measurement bandwidth 1 Frontends low noise and low crosstalk 1 Deep memory acquire long sequences gt page 10 Logic analysis more details 1 Precision measurement up to 5 Gsample s sampling rate 1 Deep memory acquire long sequences 1 Better overview VirtualScreen i Everything at a glance activity display gt page 11 Serial protocols easy triggering and decoding gt page 12 For every application probes and accessories gt page 13 Universal Numerous functions for many applications 1 Electronics development i Production 1 Education I Service gt page 16 Safe investment flexible and extensible gt page 1 Rohde amp Schwarz R amp S RTM Digital Oscilloscope 3 Signal analysis quick results QuickMeas key results at the push of a button Measure ment value Vp Positive peak voltage Vion Negative peak voltage tr Rise time tf Fall time Mean Mean voltage ee Peak to peak voltage RMS RMS value T Time f Frequency TB 50ns T 25 8ns Auto CH1 1 56V DC Display Graphical display directly on the waveform Tabular display on the bottom right of the screen 5GSals Signal details at the push of a button QuickMeas The QuickMeas function offered by the R amp S RIM oscil loscopes is unique At the push of a button it displays the key measurement values see ta
27. ware updates can be simply downloaded from the Internet at www rohde schwarz com Higher bandwidth upgrade including calibration All 350 MHz R amp S RTM oscilloscopes can be upgraded to a bandwidth of 500 MHz if necessary The upgrade option includes complete testing and calibration of the instrument by Rohde amp Schwarz at one of its service centers Rohde amp Schwarz R amp S RTM Digital Oscilloscope 17 specifications in brief Specifications in brief Vertical system Number of channels Bandwidth 3 dB at 50 Q Rise time calculated Input impedance Input sensitivity Resolution Acquisition system Max sampling rate realtime Acquisition memory Decimation algorithms Waveform arithmetics Interpolation Horizontal system Timebase range Timebase accuracy Channel deskew Trigger system Trigger types Trigger level Analysis and measurement functions QuickMeas Automated measurements Cursor measurements Waveform mathematics MSO option Digital channels Input impedance sampling rate Acquisition memory General data Dimensions Weight Screen Interfaces R amp S RTM2032 R amp S RTM2052 R amp S RTM2034 R amp S RTM2054 R amp S RTM2032 R amp S RTM2034 R amp S RTM2052 R amp S RTM2054 R amp S RTM2032 R amp S RTM2034 R amp S RTM2052 R amp S RTM2054 max bandwidth in all ranges combination of decimation mode and waveform arithmetics possible at the push of a button internal measu
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