Product brochure (english) for R&S®RTM Digital Oscilloscope
Contents
1. n The controls for the vertical settings and the trigger are color coded Multicolor LEDs around the rotary knobs t visualize the channel that is currently in focus The color C 0 n C e D coding corresponds to the signal display on the screen This clear allocation enables smooth work even with complex test and measurement tasks P V yI ACAI ACAONAOARNAOAC AFA AA Y XY Vl LAN a a Li IVI USLI UOoOULUUDUCGo GIT t V 8 PW V VNB BB 7 V7 V7 M VY i i i r wishes reality Flat menu structures and dedicated buttons for getting work done quickly The logically grouped menus with flat structures provide a fast overview of the instrument settings There are dedicat ed buttons for functions that are used frequently such as Run Stop or the trigger source Numerous settings such as the logic trigger or measurement functions have graphical support Restoring previous settings Is no problem using the multilevel undo redo function Control elements of the at to de E ERU oscilloscopes ROHDE amp SCHWARZ Return to presettings at the push of a button ET 7 Brilliant XGA color display m Help contextual and m always available wiaty Logically grouped menus with flat structure Quickly ready for use thanks to fast booting High resolution XGA display perfect for even the smallest details The high resolution 8 4 color XGA TFT display is one of the R amp S RIM oscilloscop2. RTM K2 CAN LIN R amp S RTM K3 TH Whee T Gus Aube 2G Airdi 0 Svte Geld Pe T CH a A T Tesd rs DGM E MH Byte Offset Mumia of Byres fT U T Decoded hexadecimal C message Tools for protocol specific triggering and decoding Serial bus signals frequently contain not only user data but also control address and clock information Conse quently additional software support is often required for debugging systems that use serial data buses Isolating important events becomes easier if the oscilloscope trig gers on the content of the serial protocol being used and is able to decode the protocol The R amp S RIM oscilloscopes offer versatile tools for proto col specific triggering and decoding of widely used serial interfaces such as lC SPI UART RS 232 and CAN LIN Extensive triggering options help to acquire all important events With an I C message for instance the oscillo Scopes can trigger on a specific address with specific data content Following successful decoding the protocols are displayed as ASCII binary hexadecimal or decimal data The different sections of the message address data start etc are highlighted with colors to make analysis easier Another helpful feature is that the display of the decoding information becomes more detailed as the zoom factor Increases Rohde amp Schwarz R amp S RTM Digital Oscilloscope 11 High performance probes with extensive
3. ratio Y number of pulses peak value RMS value mean value duty ratio burst width rise time fall time vertical marker addition subtraction multiplication division maxi mum minimum square square root magnitude positive wave negative wave reciprocal inverse integral differentiation log In lowpass filter highpass filter FFT 403 mm x 189 mm x 142 mm 15 87 in x 7 44 in x 5 59 in 4 9 kg 10 8 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 Rohde amp Schwarz R amp S RTM Digital Oscilloscope 15 Ordering information Digital Oscilloscope 500 MHz 2 5 5 Gsample s 4 8 Msample 2 channels 500 MHz 2 5 5 Gsample s 4 8 Msample 4 channels Hardware options GPIB Interface Software options I C SPI Serial Triggering and Decoding only for R amp S RTM1054 UART RS 232 Serial Triggering and Decoding only for R amp S RTM1054 CAN LIN Serial Triggering and Decoding only for R amp S RTM1054 Probes 500 MHz passive 10 1 10 MQ 9 5 pF max 400 V 400 MHz passive high voltage 100 1 50 MQ 7 5 pF 1 kV RMS 400 MHz passive high voltage 1000 1 50 MQ 7 5 pF 1 kV RMS 1 0 GHz active 1 MQ 0 8 pF 1 0 GHz active 1 MQ 0 8 pF R amp S ProbeMeter micro button 100 MHz high voltage active differential 8 MQ 3 5 pF 1 kV RMS CAT III 1 5 GHz active differential 1 MQ 0 6 pF R amp S ProbeMeter micro bu
4. Full measurement bandwidth even at 1 mV div i No crosstalk thanks to good channel to channel isolation 1 Precise measurement of steep edges using passive probes gt page 10 Triggering and decoding of serial protocols gt page 11 High performance probes with extensive accessories 1 High signal fidelity due to excellent specifications 1 Practical for use robust and ergonomic i Micro button for convenient instrument control 1 R amp S ProbeMeter integrated voltmeter for precise DC measurements gt page 12 Rohde amp Schwarz R amp S RTM Digital Oscilloscope 3 Finding signal faults quickly and effectively The temperature color gradient highlights rare events Extensive triggering options for keeping track of important signal events Without a valid trigger the signal display on the screen will not be stable and important signal events cannot be iso lated quickly For this reason the R amp S RIM oscilloscopes include a wide range of triggering options Besides the standard edge and video including HDTV trigger modes a logical and a pulse width trigger are also available The pulse width trigger responds to signal pulses whose width deviates from the nominal width The B trigger allows either time delayed or event delayed sequence triggering In many cases users have to switch back and forth be tween AUTO and NORM trigger or must select the trigger edge and trigger source Individual buttons on the fron
5. RTM Digital Oscilloscope 16 Service options Extended Warranty one year Extended Warranty two years Extended Warranty three years Extended Warranty four years Extended Warranty with Calibration Coverage one year Extended Warranty with Calibration Coverage two years Extended Warranty with Calibration Coverage three years Extended Warranty with Calibration Coverage four years R amp S WETRTM R amp S WE2RTM R amp S WESRTM R amp S WEARTM R amp S CWTRTM R amp S CW2RTM R amp S CWS3RTM R amp S CWARTM Please contact your local Rohde amp Schwarz sales office Your local Rohde amp Schwarz expert will help you determine the optimum solution for your requirements To find your nearest Rohde amp Schwarz representative visit www sales rohde schwarz com Rohde amp Schwarz R amp S RTM Digital Oscilloscope 17 customersupport china rohde schwarz com R amp S is a registered trademark of Rohde amp Schwarz GmbH amp Co KG Trade names are trademarks of the owners Printed in Germany sk PD 5214 0276 12 Version 04 00 November 2012 R amp S RTM Data without tolerance limits is not binding Subject to change 2010 2012 Rohde amp Schwarz GmbH amp Co KG 81671 M nchen Germany 5214027612 m j About Rohde amp Schwarz Service you can rely on Rohde amp Schwarz is an independent Qroup of com panies 1 Worl Specializing in electronics It is a leading supplier of solu p Alzon tions
6. in the fields of test and measurement broadcasting ut eS radiomonitoring and radiolocation as well as secure l Long term depe EM communications Established more than 7b 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 i 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 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
7. 00 70 e4nu204g JONpOg scope of the art R amp S RIM Digital Oscilloscope At a glance The R amp S RTM oscilloscopes offer 500 MHz bandwidth a maximum sampling rate of b Gsample s and 8 Msample maximum memory depth As a result they can display signals accurately right down to the details as well as pro vide high time resolution even for long sequences Fur thermore characteristics such as a very low inherent noise level and good channel to channel isolation ensure that the R amp S RTM oscilloscopes deliver precise and reliable measurement results Besides the customary measurement and analysis tools these oscilloscopes feature several special highlights that help users to achieve the desired results quickly during debugging and signal analysis At the push of a button for example the QuickMeas function graphically displays the key measurement values for the signal that is currently active and updates them continuously For cursor mea surements too these oscilloscopes offer more than the conventional vertical and horizontal cursors For instance they provide functions for measuring peak voltages or for automatically counting the number of pulses Although the R amp S RTM oscilloscopes feature a wide vari ety of measurement functions they are easy and straight forward to use Their brilliant and very sharp 8 4 color XGA TFT display with high resolution makes even the smallest signal details visible Despite the
8. accessories L Tan i Iu i Nn e HU Practical design micro button for convenient control of the instrument Diverse probe tips and ground cables are included supplied as standard 12 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 RTM oscilloscopes come standard with one R amp S RIM ZP10 passive probe 500 MHz bandwidth per oscilloscope channel The passive R amp S RI ZH10 ZH1 1 high voltage probes are used for voltages over 400 V Active probes are required whenever the load on the de vice under test must be low or when the measurement signal contains high frequency components that should not be distorted Even signals in the kilohertz range can contain high frequency components of well over 100 MHz on their edges Rohde amp Schwarz offers an entire family 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 ideal for the R amp S RTM oscilloscopes Both probes feature the same outstanding specifications they only differ in the functions that they provide The R amp S RI ZS10E with solid basic functionality offers an attractive price performance ratio In addition to that the R amp S RT ZS10 offers not only more extensive accessories but also some useful extras an integrated voltmeter and a micro button on the probe tip for conveni
9. automatically sets the amplitude and frequency scal ing to optimally match the measurement signal BCOMiSads Aute ChE 425 m a DC m M i Meas Type Hat E Cursor for determining the duty cycle of a pulsed signal Mask tests for revealing signal deviations Mask tests use a Statistical evaluation of pass fail tests to validate the quality and stability of a DUT and quickly show whether a specific signal lies within the defined tol erance limits This makes It easy to isolate and diagnose signal anomalies and unexpected events The mask tests included in the R amp S RTM oscilloscopes as standard are versatile and easy to use With just a few keystrokes users can generate new masks from a refer ence signal Of course they can also load existing masks from the internal memory or from a USB stick The viola tion of an active mask can lead to different actions For ex ample the acquisition can be stopped automatically or an acoustic signal can be output A test delivers the following results the overall number of acquired waveforms the overall length of the test period as well as the number of successful and faulty sweeps When using the instrument for quality tests in automated production applications it is particularly helpful that the mask tests can be completely remote controlled Ave F Rohde amp Schwarz R amp S RTM Digital Oscilloscope 7 S T ti Color coded controls for clear overview mM d 0 D e d
10. e as a function of sampling rate and memory depth 10 ksample 1 Msample 5 Msample 8 Msample 200 us 1000 us 1600 us 400 us 2000 us 3200 us 5 Gsample s 2 us 2 5 Gsample s 4 us RMS 82 46 uV Vpp 560 00 uV Extremely low inherent noise even for a vertical input sensitivity of 1 mV div 10 High time resolution even for long signal sequences The more details an oscilloscope can show the higher the probability that the user will be able to find 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 applications also require long ac quisition cycles for instance for the analysis of transients This is where the R amp S RTM oscilloscopes come into their own With their sampling rate of up to 5 Gsample s and a memory depth of up to 8 Msample they offer a good balance between these two requirements Moreover the memory depth is always available regardless of the other instrument settings Excellent measurement accuracy due to low noise frontends The accuracy of a signal displayed on the screen heavily depends on the oscilloscope s inherent noise For this reason the R amp S RTM oscilloscopes have very low noise frontends and a low noise A D converter As a result they are able to measure precisely even at the smallest vertical resolutions Full measurement bandwidth even at 1 mV div With their input sensitivity o
11. ent control of the instrument Differential measurements can be performed using the R amp S RI ZD20 probe which features an integrated voltmeter and a micro button for instrument control The R amp S RT ZDOT1 probe is ideal for high voltage differential measurements up to 100 MHz High signal fidelity due to excellent specifications Besides bandwidth input impedance and dynamic range are crucial parameters for probes With their input im pedance of 1 MO the active probes put only a minimal load on the signal source s operating point And the very large vertical dynamic range even at high frequencies prevents signal distortion e g 16 V V at 1 GHz for the R amp S RI ZS10E ZS10 single ended probes There are no annoying interruptions of the measurements for com pensation processes because the offset and gain errors of the probes are almost completely independent of the temperature for example zero error lt 90 uV C for the R amp S RI ZS10E ZS10 single ended probes Menu for configuring the micro button Practical for use robust and ergonomic What do you expect from a good probe Reliable connec tion with the test point and the base unit mechanical ro bustness electrical reliability as well as a practical design for ease of operation That is exactly what the probes for the Rohde amp Schwarz oscilloscopes offer Micro button for convenient instrument control The situation is all too familiar The user has ca
12. es highlights This brilliant sharp display clearly shows all important signal characteristics right down to the smallest details Connectivity Three USB interfaces are available on the R amp S RTM oscil loscopes two USB host ports which can be used for instance to transfer screenshots or instrument settings to a USB stick and one USB device port for remote control of 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 Portable due to compact design Despite the large high resolution XGA display the R amp S RIM oscilloscopes are among the smallest and most lightweight instruments in their class They save valuable space in the test system or on the lab bench Further more these highly versatile instruments can be exchanged quickly between different workstations Key measurement results at the push of a button Fast access to essential functions via dedicated buttons Multilevel undo redo function for easily restoring previous settings Extensive cursor based measurement functions USB port for data exchange documentation or firmware updates Color coded control elements create a visual link to the current channel Rohde amp Schwarz R amp S RTM Digital Oscilloscope 9 Reliable results for stringent demands Acquisition cycl
13. f up to 1 mV div the R amp S RIM oscilloscopes offer high vertical resolution Some oscillo scopes are only able to reach such a high input sensitivity by employing software based zooming or by limiting the bandwidth In contrast the R amp S RTM oscilloscopes show the signal s real test points even at 1 mV div In addition their full measurement bandwidth can be used As a re sult they feature high measurement accuracy even for the smallest signal details No crosstalk thanks to good channel to channel isolation In some oscilloscopes measurement accuracy deterio rates when additional channels are used The R amp S RTM oscilloscopes have very good channel to channel isolation of gt 50 dB up to 500 MHz This characteristic ensures that the measurement signal from one channel has the lowest possible influence on the signals from the other channels Precise measurement of steep edges using passive probes For compensating passive probes the R amp S RIM oscillo scopes boast a special feature The probe compensation source not only supplies the customary 1 kHz square wave signal but also one with 1 MHz This allows finer tuning of the probes for measurements on steep edge signals and the measurement signal display is more realistic Triggering and decoding of serial protocols Options for triggering and decoding Serial standard Option only available for the four channel model FCISP R amp S RTM K1 UART RS 232 R amp S
14. ic ratio impedance capacitance range Passive probes R amp S RTM ZP10 500 MHz 10 1 10 MO 10 pF 400 V RMS High voltage probes R amp S RT ZH10 400 MHz 100 1 50 MO 7 5 pl 1 kV RMS R amp S RT ZH11 400 MHz 1000 1 Active probes R amp S RT ZS10E 1 9 lez 10 1 1 MO 0 8 pF 8 V R amp S RT ZS10 1 0GHz R amp S ProbeMeter and micro button for instrument control Differential probes R amp S RT ZDOT 100 MHz 100 1 1000 1 8 MO 3 5 DF 140 V x1400 V R amp S9RT ZD20 1 5 GHz 10 1 1 MO 0 6 pF 5V R amp S ProbeMeter and micro button for instrument control Probe Bandwidth Max current Sensitivity Max circuit RMS peak error voltage Current probes R amp S RT ZC10 10 MHz 150 A 300 A 35 ns 1 upto 150A 600 V CAT Il external power supply RMS 300 V CAT III necessary e g R amp S RTI ZA13 R amp S RT ZC20 100 MHz 30 A 50 A 3 5 ns 1 upto30A 300V CAT RMS 14 specifications in brief Specifications in brief Vertical system Input channels Bandwidth 3 dB at 50 Q Rise time calculated Input impedance Input sensitivity Resolution Acquisition system Maximum realtime sampling rate Memory depth Decimation modes Waveform arithmetics Interpolation Horizontal system Time base range Time base accuracy Channel deskew Trigger system Trigger types Trigger level Analysis and measurement functions QuickMeas Automatic measurements Cursor measurements Waveforms mathematics Gene
15. large display these instruments are among the smallest and most light weight in their class All this makes them attractive univer sal oscilloscopes suitable for versatile and portable use n l ET og j 9 R amp S RTM Digital Oscilloscope Benefits and key features Base unit Bandwidth Channels R amp S RIM105A4 500 MHz 4 R amp S RIM1052 500 MHz 2 Finding signal faults quickly and effectively Extensive triggering options for keeping track of important signal events Highlighting of rare events for easy debugging 1 Optimal overview X Y Z mode 1 Versatile selection of signal acquisition modes i Smooth mode for smoothing non periodic signals gt page 4 Tools for fast signal analysis 1 Detailed analysis made easy with zoom function and event marker i QuickMeas key results at the push of a button 1 Extensive cursor based measurement functions 1 FFT signal analysis in the frequency domain i Mask tests for revealing signal deviations gt page 6 Smart operating concept 1 Color coded controls for clear overview 1 Flat menu structures and dedicated buttons for getting work done quickly 1 High resolution XGA display perfect for even the smallest details i Connectivity Portable due to compact design gt page 8 Reliable results for stringent demands i High time resolution even for long signal sequences 1 Excellent measurement accuracy due to low noise frontends 1
16. on of signal acquisition modes Signal acquisition modes are important tools for signal analysis and debugging In the R amp S RTM oscilloscopes Acquisition menu users can choose between different decimation modes sample peak detect high resolution and waveform arithmetics envelope average smooth and combine them a feature not offered by conventional oscilloscopes Smooth mode for smoothing non periodic signals In addition to the traditional waveform arithmetics the R amp S RTM oscilloscopes offer the smooth mode as a par ticularly helpful feature The acquired signal is smoothed by sliding averaging in order to suppress higher frequency components he average mode has a similar effect However while the average mode can only be used for periodic signals the smooth mode now makes it possible to analyze even non periodic signals Decimation algorithms and waveform arithmetics in the signal flow Signal pre processing Sampling Acquisition memory m Sample m Peak detect m High resolution Acquisition Processing Display RP interpolation 2i m Envelope m Average m Smooth The smooth mode allows noisy non periodic signals left to be smoothed right Rohde amp Schwarz R amp S RTM Digital Oscilloscope 5 Tools for fast signal analysis QuickMeas key results at the push of a button Measure ment value Vp Vp tr tf Mean pp RMS TH 200 pe Ti 04 Coupling Positive
17. peak to peak voltage or the signal frequency In ad dition to the QuickMeas results four measurements can be displayed simultaneously in tabular form Rig SID g QuickMeas automatic measurement and graphical display at the push of a button Extensive cursor based measurement functions Cursor based measurements are normally limited to hori zontal or vertical cursors Not with the R amp S RTM oscillo scopes Their cursor menu offers additional functions that are familiar from the automatic measurement functions e g measurement of the mean voltage or RMS value as well as a pulse counter he advantage here is that users can limit measurements to a specific section of the signal Three cursors are used for measuring ratios The Ratiox measurement for example determines the duty cycle of a pulsed signal conveniently and in a single step Another useful function is Set to Wave At the push of a button this function automatically assigns the cursors to the cor responding signal without users having to select and posi tion the cursors FFT signal analysis in the frequency domain The FFT function which is started via a special button enables users to detect and analyze faults within a signal s spectrum Besides the signal spectrum display the FFT mode simultaneously shows a small time domain window which is useful for verifying the sampling interval The Au toset button offers outstanding convenience The instru ment
18. peak voltage Negative peak voltage Rise time Fall time Mean voltage Peak to peak voltage RMS value Time Frequency Display Graphical display directly on the waveform Tabular display on the bottom right of the screen Detailed analysis made easy with zoom function and event marker The R amp S RTM oscilloscopes sampling rate of up to 5 Gsample s enables them to achieve a high time resolu tion In combination with the zoom function this allows the signal to be expanded up to 200 000 1 in order to in vestigate interesting events In detail The memory depth of max 8 Msample makes it possible to capture long sequences Normally scrolling to a specific point in the signal using the position knob would be very tedious The R amp S RIM oscilloscopes are different They of fer eight user definable event markers that can be used to highlight any points in the signal Users can then navigate between the markers conveniently using the Next and Prev buttons QuickMeas key results at the push of a button The QuickMeas measurement function offered by the R amp S RIM oscilloscopes is unique At the push of a button it displays the key measurement values see table for a currently active signal simultaneously on the waveform using auxiliary lines and markers and also updates these values continuously Furthermore the oscilloscopes also provide the customary automatic measurement functions such as measurement of the
19. ral data Dimensions Weight Display Connectivity R amp S RIM1052 R amp S RTM1054 max bandwidth in all ranges combination of decimation mode and waveform arithmetics possible at the push of a button measurement values available internally are written directly onto the waveform and updated continuously WxHxD For data sheet see PD 5214 0276 22 and www rohde schwarz com 2 4 500 MHz 700 ps 50 Q 1 5 or 1 MO 1 with 13 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 4 Msample 8 Msample interleaved sample peak detect high resolution off envelope average smooth filter sin x x 1 ns div to 50 s div 10 ppm 100 ns edge width video pattern B trigger optional C 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 period frequency mean value RMS value mean cycle RMS cycle standard deviation wave standard deviation cycle amplitude top level base level pos overshoot neg overshoot peak to peak voltage pos peak neg peak period frequency delay phase burst width number of pulses number of neg pulses number of rising edges number of falling edges pulse width inverted pulse width duty cycle neg duty cycle rise time fall time trigger period trig ger frequency voltage time voltage and time ratio X
20. refully posi tioned the probes on the device under test and now wants to start measuring but doesn t have a free hand That will not happen with the active probes from Rohde amp Schwarz They are equipped with a micro button on the probe tip Different functions such as Run Stop or Autoset can be assigned to this button R amp S RT ZC20 current probe 100 MHz 30 A RMS Rohde amp Schwarz active probes 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 Compared to a tra ditional oscilloscope channel the R amp S ProbeMeter offers higher DC measurement accuracy Altogether it offers various advantages that make everyday test and measure ment tasks easier 1 Fast verification of supply voltages and signal levels without changing the oscilloscopess settings 1 Automatic compensation of the DC component for AC measurements with optimal dynamic range The DC value of a measurement signal often provides a good reference point for trigger level setting hoo BEZSTIU ZSTOE R amp S RT ZD20 Rohde amp Schwarz R amp S RTM Digital Oscilloscope 13 Probe Bandwidth Divider Input Input Dynam
21. t panel of the R amp S RTM oscilloscopes are dedicated to these tasks For instance users only need to push the Trigger Level button to set the instrument to 50 of the signal amplitude Highlighting of rare events for easy debugging Different options for highlighting rare events help users to detect signal faults more quickly 1 Persistence mode In this mode many waveforms are displayed superimposed so that sporadic signal deviations are easy to recognize i Inverse brightness display In the normal display mode display points that have been overwritten frequently are bright and rarely used points appear darker The inverse brightness display reverses this effect which makes rare events easier to see 1 lemperature color gradient This mode uses the temperature color scale to color code the frequency distribution of display points X Y display of two signals Optimal overview X Y Z mode The X Y Z mode which can be selected for analyzing the frequency and phase relationships between two signals offers several convenient features The X Y graph appears in a square main window Additionally small preview windows display the X and Y signals versus time which makes for good overview The intensity of the X Y curve can be modulated dynamically by the amplitude variations of a third signal which is referred to as the Z signal When the Z input Is active a preview window shows the Z signal versus time Versatile selecti
22. tton 10 MHz current AC DC 0 01 V A 150 A RMS 100 MHz current AC DC 0 1 V A 30 A RMS Probe accessories Accessory Set for R amp S RTM ZP10 passive probe Spare Accessory Set for R amp S RT ZS10 R amp S RT ZS10E Pin Set for R amp S RT ZS10 R amp S RT ZS10E Mini Clips Micro Clips Lead Set Pin Set for R amp S RT ZD20 Probe Power Supply Accessories Front Cover Soft Case for R amp S RTM oscilloscopes and accessories Rackmount Kit R amp S RTM1052 R amp S RTM1054 R amp S RTM B10 R amp S RTM K1 R amp S RTM K2 R amp S RTM K3 R amp S RTM ZP10 R amp S RT ZH10 R amp S RI ZH11 R amp S eh AoE R amp SPRT ZS10 R amp SPRT ZDO1 R amp S RT ZD20 piste mA lO R amp S RT ZC20 R amp S RT ZA1 R amp S RTI ZA2 R amp S RTI ZA3 R amp S RTI ZAA R amp S RTI ZAb5 R amp S RT ZA6 R amp S RI ZA7 R amp S nes LES R amp S RTM Z1 R amp S RTM Z3 R amp S ZZA RTM Base unit including standard accessories per channel 500 MHz passive probe 10 1 quick start guide CD ROM with operating and service manual power cord 1305 0008 52 1305 0008 54 1305 0014 02 1305 0295 02 1305 0308 02 1317 3065 02 1409 7708 02 1409 7720 02 1409 7737 02 1418 7007 02 1410 4080 02 1422 0703 02 1410 4409 02 1409 7750 02 1409 7766 02 1409 7566 02 1416 0405 02 1416 0411 02 1416 0428 02 1416 0434 02 1416 0440 02 1417 0609 02 1409 7789 02 1305 0272 02 1305 0289 02 1304 8292 02 Rohde amp Schwarz R amp S
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