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General Instrument Setup

R&S

®

RTM20xx

239

User Manual 1317.4726.02 ─ 01

Self Alignment

Opens a submenu to perform selftest and self-alignment of the instrument and to check
the results.

Self Test & Self Alignment ← Self Alignment

Checks if a self-alignment has been executed successfully. If not, the self-alignment is
executed. To start the process, press the "Start" softkey.

Self Alignment ← Self Alignment

Allows you to execute an internal self-alignment of the instrument. Alignment is only exe-
cuted when you press the "Start" softkey.

When data from several input channels is displayed at the same time, it may be necessary
to align the data in order to synchronize the time bases, amplitudes, and positions. This
is the case, for example, when strong temperature changes occur.

Start ← Self Alignment

Starts the internal self-calibration of the instrument. Status information is displayed on
the screen.

Abort ← Self Alignment

Aborts the internal self-calibration of the instrument.

Log File ← Self Alignment

The log file records the results of the self-alignment. You can set et the extend of the log
file and export it.

"No Log File"

No log file is written

"Standard Log
File"

Default logging

"Extended Log
File"

Complete log results are written

"Export"

Opens the submenu to store the log file on USB stick.
See also:

"Storage Directory Menu"

Probe Adjust

A R&S

RTM allows you to adjust a probe without further devices. Two connector pins are

located on the front panel. The left pin is on ground level. The right pin supplies a square
wave signal for the adjustment. In this menu you can choose between two frequencies
(1 kHz, 1 MHz) or allow the detection of an automatic setting by the instrument. The rise
time does not differ between the settings.

1kHz ← Probe Adjust

A square wave with a frequency of f = 1 kHz is generated at the "Probe Adjust" pin. Use
this setting to adjust the LF band of the probe.

1MHz ← Probe Adjust

A square wave with a frequency of f = 1 MHz is generated at the "Probe Adjust" pin. Use
this setting to adjust the HF band of the probe.

Reference for Setup

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Summary of Contents for RTM20 Series

Page 1: ...R S RTM20xx Digital Oscilloscope User Manual User Manual A_J2 1317 4726 02 01 Test Measurement...

Page 2: ...he Open Source Acknowledgement on the user documentation CD ROM included in delivery Rohde Schwarz would like to thank the open source community for their valuable contribution to embedded computing 2...

Page 3: ...the product The product is used for its designated purpose if it is used in accordance with its product documentation and within its performance limits see data sheet documentation the following safe...

Page 4: ...dangers Indicates a hazardous situation which if not avoided will result in death or serious injury Indicates a hazardous situation which if not avoided could result in death or serious injury Indicat...

Page 5: ...ot observed either at all or to the extent necessary electric shock fire and or serious personal injury or death may occur 1 Prior to switching on the product always ensure that the nominal voltage se...

Page 6: ...be fuse protected in such a way that anyone who has access to the product as well as the product itself is adequately protected from injury or damage 14 Use suitable overvoltage protection to ensure...

Page 7: ...masks and protective clothing must be worn 7 Laser products are given warning labels that are standardized according to their laser class Lasers can cause biological harm due to the properties of the...

Page 8: ...n permitted 5 If a cell develops a leak the fluid must not be allowed to come into contact with the skin or eyes If contact occurs wash the affected area with plenty of water and seek medical aid 6 Im...

Page 9: ...s substances or fuels can cause health problems and lead to environmental damage For additional information about environmental protection visit the Rohde Schwarz website Instrucciones de seguridad el...

Page 10: ...el uso del producto Deber n tenerse en cuenta todas las dem s informaciones de seguridad como p ej las referentes a la protecci n de personas que encontrar n en el cap tulo correspondiente de la docu...

Page 11: ...l producto se emplea de forma sin nima el t rmino CUIDADO Las palabras de se al corresponden a la definici n habitual para aplicaciones civiles en el rea econ mica europea Pueden existir definiciones...

Page 12: ...la tensi n preseleccionada en el producto coincida con la de la red de alimentaci n el ctrica Si es necesario modificar el ajuste de tensi n tambi n se deber n cambiar en caso dado los fusibles corre...

Page 13: ...efectuadas por un electricista especializado 13 En el caso de dispositivos fijos que no est n provistos de fusibles interruptor autom tico ni otros mecanismos de seguridad similares el circuito de ali...

Page 14: ...empresario operador tiene la obligaci n de evaluar y se alizar las reas de trabajo en las que exista un riesgo elevado de exposici n a radiaciones 6 Tenga en cuenta que en caso de incendio pueden desp...

Page 15: ...r ni fuego Debe evitarse el almacenamiento a la luz directa del sol Las celdas y bater as deben mantenerse limpias y secas Limpiar las conexiones sucias con un pa o seco y limpio 3 Las celdas o bater...

Page 16: ...vos el ctricos usados no se deben desechar con los residuos dom sticos sin clasificar sino que deben ser recogidos por separado Rohde Schwarz GmbH Co KG ha elaborado un concepto de eliminaci n de resi...

Page 17: ...ument up to date and to be informed about new application notes related to your instrument please send an e mail to the Customer Support Center stating your instrument and your wish We will take care...

Page 18: ...the Signal Input with Autoset 20 2 2 2 Adjusting the Signal Input Manually 20 2 2 3 Setting the Acquisition 21 2 2 4 Starting and Stopping Acquisition 21 2 3 Reference for Waveform Setup 22 2 3 1 HORI...

Page 19: ...ce Waveform 74 5 1 2 Saving and Loading References 75 5 2 Reference for REF key 76 6 Measurements 78 6 1 Cursor Measurements 78 6 1 1 Cursor Measurements Types and Results 78 6 1 2 Performing Cursor M...

Page 20: ...9 1 3 File Formats for Masks 123 9 2 Working with Masks 124 9 2 1 Creating New Masks 125 9 2 2 Loading Masks 127 9 2 3 Performing a Mask Test 127 9 3 Reference for MASKS key 128 10 Search 132 10 1 Se...

Page 21: ...Decode Results 162 11 3 I C Option R S RTM K1 165 11 3 1 The I C Protocol 165 11 3 2 I C Configuration 167 11 3 3 I C Trigger 168 11 3 4 I2C Label List 172 11 3 5 I2C Decode Results 173 11 4 UART RS 2...

Page 22: ...l Bus Unclocked 213 13 Data and File Management 215 13 1 Printing 215 13 1 1 Printing a Screenshot 215 13 1 2 Printer Settings 216 13 2 Saving and Loading 217 13 2 1 Storage Locations 217 13 2 2 Quick...

Page 23: ...274 15 2 3 General Remote Settings and Queries 277 15 2 4 Acquisition and Setup 281 15 2 5 Trigger 301 15 2 6 Display 314 15 2 7 Reference Waveforms 322 15 2 8 Measurements 326 15 2 9 Mathematics 345...

Page 24: ...provides the information needed to set up and start working with the instrument and describes basic operations and typical measurement examples The manual includes also safety information User Manual...

Page 25: ...l Conventions The following text markers are used throughout this documentation Convention Description Graphical user interface ele ments All names of graphical user interface elements on the screen s...

Page 26: ...signal path between input connector and the following internal signal stage The coupling can be set to DC AC or ground DC coupling shows all of an input signal DC coupling is available with 1 M input...

Page 27: ...digital signals the oscilloscope bandwidth should be 5 times higher than the clock frequency to be measured The oscilloscope is not a stand alone system You need a probe to measure the signal of inter...

Page 28: ...n the screen and build up the waveform The number of waveform samples in one waveform record is called record length and the rate of recording waveform samples the number of waveform samples per secon...

Page 29: ...ADC samples with sin x x interpolation automatically When measuring high frequency repetitive signals whose frequency components are even higher than the ADC sample rate equivalent time sampling is us...

Page 30: ...rmal The instrument acquires a waveform only if a real trigger occurs that is if all trigger conditions are fulfilled Auto The instrument triggers repeatedly after a fixed time interval if the trigger...

Page 31: ...source and thus the measured signal It depends on the frequency to be measured and on the signal source to determine the acceptable loading and to determine which kind of probe delivers good results...

Page 32: ...the signal with low measurement error the system bandwidth should be higher than the highest frequency component of the signal The probe bandwidth must be even higher than the system bandwidth Impedan...

Page 33: ...probes The micro button on the probe head remotely controls important functions on the instrument like running and stopping the acquisition autoset auto zero and setting the offset to mean value The...

Page 34: ...ge Vcm Mean voltage of positive and negative signal sockets referred to the ground socket respectively Two of these voltages are independent values the other two can be calculated 2 n p cm n p in V V...

Page 35: ...Press the AUTOSET button on the left of the display 2 2 2 Adjusting the Signal Input Manually The settings mentioned here are described in detail in chapter 2 3 1 HORIZONTAL Controls on page 22 chapt...

Page 36: ...rizontal settings are adjusted For details on acquisition settings see chapter 2 3 2 Acquisition Menu on page 23 1 Press the ACQUISITION key in the HORIZONTAL area of the front panel 2 Select the Samp...

Page 37: ...2 Press the RUN CONT key to start acquisition The acquisition starts if a trigger occurs 3 To stop press the RUN CONT key again The acquisition stops immediately To acquire a limited number of acquisi...

Page 38: ...st other values depending on the selection of the SCALE rotary knob See also Time Reference on page 235 Remote command TIMebase POSition on page 284 SCALE The rotary knob adjusts the time scale of the...

Page 39: ...ment can detect fast signal peaks at slow time scale settings that would be missed with other acquisition modes High Resolu tion The average of n captured sample points is recorded as one waveform sam...

Page 40: ...LE Remote command ACQuire NSINgle COUNt on page 282 No of Averages Defines the number of waveforms used to calculate the average waveform with Wfm Arithmetics Average Only numbers from the 2n progress...

Page 41: ...petitive signals with 200 kHz or slower Remote command TIMebase ROLL ENABle on page 287 Sample Mode Defines how the waveform is created from the sample points which are acquired by the ADC Real Time A...

Page 42: ...al wave form similar to the real signal and also the ADC sample points as ver texes Sample Hold The ADC sample points are displayed like a histogram For each sam ple interval the voltage is taken from...

Page 43: ...te command CHANnel m STATe on page 288 POSITION OFFSET The rotary knob adjusts the vertical position or the DC offset if enabled It lights up in the color of the selected waveform Pressing the key tog...

Page 44: ...the amplitude of the selected chan nel math or reference waveform or of the decoded bus signal The current value is shown in the waveform label above the grid The knob lights up in the color of the se...

Page 45: ...the termination is read out from the probe usually it is 50 50 In measurement systems that are dimensioned for a characteristic impedance of 50 reflections along the signal path are minimized by sett...

Page 46: ...CHANnel m POLarity on page 291 Y Scale See SCALE Y Scale on page 29 Probe Opens the Probe menu The menu is different for active and passive probes chapter 2 3 3 3 Probe Menu Passive Probe on page 32 c...

Page 47: ...the instrument the attenuation factor is set automatically For unknown probes you can select a default factor or enter a user defined value Access CH N More Probe x1 x10 x100 x1000 attenuation factor...

Page 48: ...d ground connection with very high precision and enables ground referenced measurements of voltages The DC measurement is performed continuously and in parallel to the measurements of the oscilloscope...

Page 49: ...mand PROBe m SETup MODE on page 299 Info Shows general information on the connected probe for example type serial number and production date as well as electrical characteristics like bandwidth attenu...

Page 50: ...bel Edit Label Opens on screen keyboard to enter a label text If you previously have selected a text from the library it is already written in the entry line and you can modify it The maximum name len...

Page 51: ...nal Trigger type and and its setup Horizontal position of the trigger trigger position and reference point Trigger mode The R S RTM provides various trigger types for troubleshooting and signal analys...

Page 52: ...ages of trigger setup The settings mentioned here are described in detail in chapter 3 3 Reference for Trig gers on page 39 3 2 1 Configuring the Trigger Event Prerequisites Horizontal and vertical se...

Page 53: ...ock 3 2 3 Setting Up a Trigger Sequence An A B trigger sequence consists of two edge triggers connected by a time delay or event count 1 Press the SETUP key in the TRIGGER functional block 2 Press the...

Page 54: ...mand RUN on page 281 RUNContinous on page 282 STOP on page 282 RUN Nx SINGLE Starts a defined number of acquisitions Press the key again to stop running acquisitions To set the number of acquisitions...

Page 55: ...ve the trigger level up Press the knob to set the level to 50 of the signal amplitude If a B trigger is enabled the knob can set the level for both the A and B trigger To assign the level to the A or...

Page 56: ...nob see POSITION on page 23 Trigger Type 41 Setup 41 Source 41 Hold Off 42 B Trigger 42 B Setup 42 Trigger Level 42 Trigger Type Selects the trigger type For details see chapter 3 3 2 3 Edge on page 4...

Page 57: ...tivated the LEVEL rotary knob and the SLOPE key are automatically assigned to the B event You can toggle the assignment of these controls with the Trigger Level setting in the Trigger menu Remote comm...

Page 58: ...he rear panel as trigger source Select the signal type that is connected AC or DC Remote command TRIGger EXTern COUPling on page 303 3 3 2 3 Edge The edge trigger is the simpliest and most common trig...

Page 59: ...the trigger path on or off This filter removes higher frequencies and is available with AC and DC coupling Remote command TRIGger A EDGE FILTer LPASs on page 305 Low pass Turns an additional 100 MHz...

Page 60: ...pulse width equal to the reference Time t if Variation t 0 If Variation 0 this setting triggers on pulses within the range t t ti t Triggers on pulses unequal to the reference Time t if Variation t 0...

Page 61: ...eak 3 3 2 5 Video The video or TV trigger is used to analyze analog baseband video signals You can trigger on baseband video signals from standard definition and high definition standards The trigger...

Page 62: ...sitive tri level sync pulse HDTV right Remote command TRIGger A TV POLarity on page 307 Trigger On Toggles between triggering on line starts or frame starts Line aloows to trigger on All Lines or on o...

Page 63: ...The Pattern trigger is is a logic trigger It provides any logical combination of the input channels and supports you in verifying the operation of digital logic Thus you can also trigger on bus patter...

Page 64: ...NCtion on page 309 Trigger On Sets the trigger point depending on the result of the logical combination of the channel states Remote command TRIGger A PATTern CONDition on page 309 Time Limitation In...

Page 65: ...h on page 310 Time t1 Time t2 Set the lower and upper time limits defining the time range if Inside or Outside is set for comparison Time t and Variation are adjusted accordingly Variation Sets a rang...

Page 66: ...nt starts when the signal crosses the first trigger level the upper or lower level depending on the selected slope and stops when the signal crosses the second level Greater than Triggers on transitio...

Page 67: ...s of this second event are considered when the condi tions of the main event A trigger are met B Source 52 Slope 52 Level 52 Trigger On 53 Time 53 Events 53 Hysteresis A B 53 B Source Selects one of t...

Page 68: ...ggers on the n th event the last of the specified number of events Remote command TRIGger B EVENt COUNt on page 313 Hysteresis A B Sets a hysteresis range around the trigger level If the signal jitter...

Page 69: ...Calculations on page 111 Mask testing see chapter 9 2 Working with Masks on page 124 4 1 General Display Settings General display settings adjust the visibility of diagram elements and waveforms The i...

Page 70: ...LAY Grid Reticle to display crosshairs 3 Press DISPLAY Grid Off to remove both the grid and the crosshairs To display the trigger event or the channel cursors The marker of trigger event and the chann...

Page 71: ...nly the current signal at any time press DISPLAY Intensities Per sistence until Off is highlighted 2 To have the instrument define the optimal persistence automatically press DISPLAY Intensities Persi...

Page 72: ...e connected by a line Alternatively only the indi vidual data points can be displayed You can change the strength of the line using the INTENSITY knob on the left side of the screen Press DISPLAY Dots...

Page 73: ...ith R S RTM1054 it is also possible to define two source signals in y direction for comparison Remote command DISPlay MODE on page 314 XYZ Setup See chapter 4 2 2 XYZ Setup Menu on page 64 Intensities...

Page 74: ...If Infinite is selected each new data point remains on the screen infinitely until this setting is changed or the persistence is cleared Remote command DISPlay PERSistence TIME on page 318 DISPlay PER...

Page 75: ...ns are active Trigger Event Aux Cursors Show or hides the point of the trigger A small rhombus markes the intersection of the trigger level and the trigger offset T The offset is related to the refere...

Page 76: ...the Intensity Virtual screen knob at the left of the screen If disabled only 8 divisions are available and all divisions are displayed Remote command DISPlay VSCReen ENABle on page 319 DISPlay VSCRee...

Page 77: ...ig 4 1 XYZ display 4 2 1 Configuring XY Diagrams XY diagrams combine the voltage levels of two waveforms in one diagram A further signal source can be used to determine the intensity of the XY wavefor...

Page 78: ...Y waveform at a defined level The waveform intensity is modulated dynamically according to the signal source Z The higher the signal level Z is the stronger the waveform is displayed To configure the...

Page 79: ...Setup Z Setup 2 Press the left Source Z softkey until ON is highlighted to activate intensity control by the Z source 3 Press the second Source Z softkey repeatedly until the required channel for inte...

Page 80: ...he y axis The function is available in R S RTM1052 Z Setup The intensity of the waveform displayed in an XY diagram can be set to a defined level or be modulated dynamically using a further source sig...

Page 81: ...intensity with a two state modulation if Z Intensity is set to ON OFF Remote command DISPlay XY ZTHReshold on page 316 4 3 Zoom You can zoom into waveforms to analyze the results in more detail The z...

Page 82: ...nds per division deter mines the width of the zoom area that is displayed in the zoom window 10 divisions scaling per division Tz Zoom Time i e the offset of the trigger point to the reference point 0...

Page 83: ...the previous display is restored To configure the zoom area numerically 1 Press the Zoom Time Base softkey to define the scaling for the time base in the zoom diagram in seconds per division The scal...

Page 84: ...Base in the information bar above it are adapted 3 Turn the horizontal POSITION rotary knob counter clockwise to move the zoom area to the left or clockwise to move it to the right The zoom diagram a...

Page 85: ...ivisions scaling per division The zoom area is indicated by white lines in the original Y t window Remote command TIMebase ZOOM SCALe on page 320 Trigger Offset Defines the horizontal position of the...

Page 86: ...manually at any position of the waveform These markers are indicated by blue vertical lines You can set up to 8 timestamp markers Timestamp markers are descibed in this chapter If a search is active y...

Page 87: ...When you select a marker it is automatically moved to the reference point of the display 1 Press the NEXT key to move the next right marker to the reference point of the display or zoom area 2 Press t...

Page 88: ...rker to the reference point of the display or zoom area If a search is enabled the key navigates the search result markers Note If another marker is available at the right but currently not visible on...

Page 89: ...e to a USB flash drive the instrument settings get lost and cannot be loaded with the waveform data anymore To copy a stored reference use FILE Import Export References See also chapter 13 2 1 2 Impor...

Page 90: ...ment when needed Import and export is also possible The instrument settings are saved together with the reference waveform only in the inter nal storage They are removed from the reference file when y...

Page 91: ...ference number you want to load the settings to b Press Load Settings Load Settings is only available if the waveform was loaded to the reference storage before you cannot laod the setting first 5 2 R...

Page 92: ...m STATe on page 322 Save Opens the Save menu with basic functions to save the equation set See Save Menu on page 220 Remote command REFCurve m SAVE on page 323 Load Provides functions to load referen...

Page 93: ...ertical resolution and measurement results 6 1 Cursor Measurements Using the CURSOR key you can determine specific measurement results at the current cursor positions for various waveforms The cursors...

Page 94: ...ns and their differences If MSO option R S RTM B1 is installed time and count measurements can be performed on active digital channels and the bit values of the pods can be determined Available cursor...

Page 95: ...as a floating value in percent in degrees and as a radian Results abs Ratio Y Provides three cursors and measures the ratio of the y values e g overshooting between the first and second cursors and th...

Page 96: ...e reference levels are set in the Auto Measure menu MEAS Reference Level See also Reference Level Upper Middle Lower Levels Results tr tf V Marker Two vertical markers are provided and the values of t...

Page 97: ...o their default positions 2 Turn the NAVIGATION knob to change the position of the selected cursor line 3 Press the knob again to select the next cursor line and turn to adjust position 4 To simplify...

Page 98: ...d in the result table For a list of all cursor measurement types and their description see chapter 6 3 1 1 Measurement Types on page 87 Depending on the measurement type two or three cursors are provi...

Page 99: ...d moved together Press the NAVIGATION key to select both corsors or one cursor to be moved If disabled the NAVIGATION key toggles the single cursor lines Remote command CURSor m XCOupling on page 330...

Page 100: ...ve selected cursor Turn the rotary knob to change the position of the selected cursor line Remote command CURSor m X1Position on page 330 CURSor m X2Position on page 330 CURSor m X3Position on page 33...

Page 101: ...Falling time of the first falling edge WF RMS RMS T Vpp Peak to peak value T T Period length T f Frequency T When you activate quick measurements cursor measurements are automatically deac tivated as...

Page 102: ...vailable as mea surement sources for time and count measurements Measurement Types and Results 87 Configuring and Performing Automatic Measurements 93 Auto Measure Menu MEAS key 94 6 3 1 Measurement T...

Page 103: ...iod The measurement value is dis played as MnCy in the result table RMS Cycle Measures the RMS Root Mean Square value of the voltage of the left most signal period The measurement value is displayed a...

Page 104: ...requires at least one complete period of a triggered signal The measured value is displayed as Vtop in the result table Base Level Measures the mean value of the low level of a square wave To do so t...

Page 105: ...eriod and is displayed as Dty in the result table Rise Time Measures the rise time of the left most rising edge within the displayed section of the waveform The rise time is determined as the time it...

Page 106: ...counted if a rising edge and a falling edge are detected The number of positive pulses is displayed as Cnt in the result table Count negative pulses Count Counts negative pulses within the displayed s...

Page 107: ...od Measures the length of the B trigger signal periods The measurement value is displayed as T TrB in the result table 6 3 1 2 Measurement Results The results of an automatic measurement are displayed...

Page 108: ...istics VALue ALL on page 344 MEASurement m STATistics VALue n on page 345 6 3 2 Configuring and Performing Automatic Measurements To configure and activate automatic measurements 1 Press the MEAS key...

Page 109: ...and deactivate all automatic measurements at once press Clear All in the Auto measure menu No more measurements are performed the results are removed from the result table To use statistics 1 Press t...

Page 110: ...ments to be configured or activated Measure 1 4 Activates or deactivates the selected measurement 1 4 Remote command MEASurement m ENABle on page 336 Meas Type Defines the measurement type to be perfo...

Page 111: ...evaluation is configured Statistic Statistic Activates or deactivates the statistical evaluation for the selected measurement 1 4 Remote command MEASurement m STATistics ENABle on page 342 No of Aver...

Page 112: ...Resets and deactivates all four measurements Remote command MEASurement m AOFF on page 335 Delay Setup Configures the delay measurement that measures the time difference between two edges of the same...

Page 113: ...sing Math Waveforms Math waveforms are configured using the Equation Set Editor Each equation for a math waveform is configured and displayed individually and you can save and load the con figuration...

Page 114: ...set that can be stored and loaded To configure an equation 1 Press MATH Edit Equations to display the Equation Set Editor with the current equation set configuration 2 Press Equation and select the e...

Page 115: ...configure an equation on page 99 4 Repeat steps 3 and 4 to configure all 5 equations in the equation set 5 Press Back to exit the editor and return to the main Mathematics menu 6 For each equation MA...

Page 116: ...equation set Use the Navigation knob to scroll through the directories To change the directory scroll to the name of the directory and press the knob or press Change dir 4 Press Load The equation set...

Page 117: ...esults The selected unit only has an effect on the dis played unit not on the size of the values The following units are available V Volts A Amperes Ohms S Siemens V A Volts per Ampere W Watts active...

Page 118: ...ative impulse Ev Events Symb symbols Sy s symbols per second Wfm waveforms Edit Equations Provides functions to configure the calculations for the mathematical channels Remote command CALCulate MATH m...

Page 119: ...ant Bit LSB of the second operand repre sents For an 8 bit value for example 1 256 You can limit the zero crossings of the operand by using the Maxi mum operator This limitation results in a smaller r...

Page 120: ...the operand If the operand contains negative values that have been clipped then the result contains positive clipping Square Root Square Root Op1 Calculates the square root of the operand Note that th...

Page 121: ...256 You can limit the zero crossings of the operand by using the Maxi mum operator This limitation results in a smaller result range and a finer resolution Inverse Inverts all voltage values of the o...

Page 122: ...function reaches its maximum Due to the homopolar operand used in this example the waveform of the area reaches zero after the negative alternation Use a V Marker to measure the area for an extract o...

Page 123: ...e unit and an SI prefix can be defined This softkey is only available if Constant is selected as one of the operands Constant Edit Constant Edit Equations Specifies a pre defined constant or a user de...

Page 124: ...nit not on the size of the values For a list of available units see Unit on page 102 Save Edit Constant Edit Equations Saves the defined constant to the equation of the math waveform Equation Label Ed...

Page 125: ...arithmetic can be configured for the FFT display You can configure FFT either numerically using the softkeys or graphically using the rotary knobs On the FFT display you can perform frequency and leve...

Page 126: ...ion is given there Description Setting 1 Width of the time base extract for which FFT is calculated YT Window 2 Position of time base extract Position 3 Width of the displayed frequency range Span 4 C...

Page 127: ...red use the Rectangle window To reduce noise use a bell shaped window For details see Window on page 117 6 Press Y Scaling to select logarithmic or linear scaling of the y axis in the FFT win dow see...

Page 128: ...n see figure 8 1 a Press the horizontal SCALE rotary knob to select the FFT time base extract W P settings are highlighted b Turn the horizontal SCALE rotary knob to define the width of the time base...

Page 129: ...time base in the Y t window in seconds per division Note that when you change the scaling for the main time base the width of the FFT time base extract is also changed 5 Press Trigger Offset to define...

Page 130: ...point for 0s Turn the knob counter clockwise to move the trigger point to the left or clockwise to move it to the right Note that when you change the trigger offset the position of the FFT time base e...

Page 131: ...If activated the FFT key lights up Two windows are displayed the signal vs time window at the top and the result window of the FFT analysis at the bottom When deactivated the previous display is resto...

Page 132: ...fines the number of spectrums used for averaging This function is only available if Average mode is selected Remote command CALCulate MATH m FFT AVERage COUNt on page 350 Window Window functions are m...

Page 133: ...gle The rectangular window multiplies all points by one The result is a high frequency accuracy with thin spectral lines but also with increased noise Use this function preferably with pulse response...

Page 134: ...range is selected Span Center is highlighted the width of the span can be adjusted using the horizontal POSITION rotary knob Remote command CALCulate MATH m FFT CFRequency on page 352 CALCulate MATH...

Page 135: ...late MATH m FFT BANDwidth RESolution RATio on page 351 Y t Setup Defines the settings for the signal vs time window Y Scale Y t Setup Changes the vertical scaling of the Y t window channel scaling Not...

Page 136: ...icated by T in the information bar above the window The reference point is set with SETUP Time Reference Note If a zoom or FFT window is displayed and Time Control is selected the trigger offset can b...

Page 137: ...storage device internal memory or external USB flash device It is also possible to copy the saved masks to another storage device with Export Import Masks In an export import operation the name of th...

Page 138: ...tains pairs of amplitude values in divisions their sample indexes and current instrument settings Thus the amplitude values are not related to time and voltage The data can be loaded back to the instr...

Page 139: ...sequent single values without any identification There is no comma at the end of the file Example TXT file 4 00 4 20 4 05 4 25 4 08 4 28 4 05 4 25 4 00 4 20 BIN Format BIN files contain binary amplitu...

Page 140: ...for the mask and run continuous acquisition 2 Press TOOLS 3 Press Masks Tests The selected waveform is displayed with its envelope other waveforms are switched off in masks mode 4 Press New Mask 5 Pr...

Page 141: ...d to the right 8 To move the mask vertically on the screen press Y Position and turn the Naviga tion rotary knob to change the y position The current position is indicated as an offset from the center...

Page 142: ...e that contains the mask Use the Navigation knob to scroll through the directories To change the directory scroll to the name of the directory and press the knob or press Change dir 5 Press Load The s...

Page 143: ...are used for error detection and compliance tests of digital signals You can run mask tests configure actions triggered by mask violation configure new masks based on channel signals To start a mask...

Page 144: ...es it in the instrument Remote command MASK CHCopy on page 355 Y Position New Mask Moves the mask vertically within the display Turn the Navigation rotary knob to change the y position The current pos...

Page 145: ...ote command MASK XWIDth on page 356 Save New Mask Opens a menu to save the mask in an instrument specific format The complete mask definition envelope waveform with width stretch and position settings...

Page 146: ...ll be executed Off No action is executed Each The selected action is executed on each violation of the mask After n n Single The selected action is executed once after the n th violation Cyclic The se...

Page 147: ...f the memory The searched time base range can be restricted by defining a gate 10 1 1 Search Results Search results are marked in the diagram and listed in a results table with their specific measurem...

Page 148: ...Selected search result 4 Search conditions 5 Number of results scope of results displayed in the results table 6 Result values result number time value optional value depending on the search type vol...

Page 149: ...me Setup on page 139 chapter 10 3 6 Runt Setup on page 141 chapter 10 3 7 Data2Clock Search on page 142 chapter 10 3 8 Pattern Search on page 144 chapter 11 5 5 1 CAN Search Setup on page 194 requires...

Page 150: ...To set a marker to a selected result a Select the result in the Search Event Table by turning the NAVIGATION knob b Press the SET CLEAR key 4 To select a marker Press the NEXT key to move to next mark...

Page 151: ...rmal in amplitude The ampli tude crosses the first threshold twice without crossing the second one In addition to the threshold amplitudes you can define a time limit for the runt in the same way as f...

Page 152: ...se fall time or runt search All active channel math and reference waveforms are available for selection Remote command SEARch SOURce on page 361 Source Setup Opens a menu to define the source paramete...

Page 153: ...RCH MENU Search type Width Setup Polarity Indicates the polarity of the pulse to be searched for Remote command SEARch TRIGger WIDTh POLarity on page 362 Level Sets the voltage level on which the puls...

Page 154: ...the nominal value for comparisons Remote command SEARch TRIGger WIDTh WIDTh on page 364 Variation Sets a range t to the reference Width if comparison is set to Equal or Not equal The instrument finds...

Page 155: ...SEARch TRIGger LEVel RISetime LOWer on page 365 Comparison Sets how the measured rise or fall time is compared with the given limit s Greater than Finds rise fall times longer than the given Rise Fal...

Page 156: ...ion A negative runt crosses the upper level twice without crossing the lower level Remote command SEARch TRIGger LEVel RUNT UPPer on page 367 Lower level Sets the lower voltage threshold for runt dete...

Page 157: ...Source Setup Access SEARCH MENU Search type Data2Clock Source Setup For Data2Clock search two sources have to be defined a clock and a data waveform For each waveform the level and the hysteresis can...

Page 158: ...ity Sets the edge of the clock signal to define the time reference point for the setup and hold time Rising Only positive clock edges are considered Falling Only negative clock edges are considered Ei...

Page 159: ...ss SEARCH MENU Search type Pattern Source Setup For pattern search up to four channels can be used as source For each channel the threshold level and the hysteresis can be set individually Source Sele...

Page 160: ...s the state of the selected source channel The states are H High the signal voltage is higher than the threshold level L Low the signal voltage is lower than the threshold level X Don t care the chann...

Page 161: ...or Not equal The instrument finds true results of the state pattern inside or outside the range width t Remote command SEARch TRIGger PATTern WIDTh DELTa on page 372 10 3 9 Gate Menu Access SEARCH MEN...

Page 162: ...are the search results which are marked in the waveform diagram and listed in the event table See also chapter 10 1 1 Search Results on page 132 View event table Shows or hides the table of search res...

Page 163: ...decoded content of the messages You can scale the signal display and zoom into it to see it in more detail You can create and apply label lists for easier identification of the bus nodes on the displa...

Page 164: ...vidual bit lines above the decoded data 6 Press Data format to select the decoding format Binary Hexadecimal Decimal or ASCII 7 To attach a descriptive label to the decoded bus enable Label and select...

Page 165: ...Display menu where you can Display the bit lines Set the decoding format Define labels for the bus and its lines See chapter 11 1 3 Display Settings on page 150 Frame Table Opens the Frame table menu...

Page 166: ...y to identify the messages of the different bus nodes See chapter 11 1 4 Label List on page 151 11 1 4 Label List For all protocols using ID or address identification it is possible to create label li...

Page 167: ...1 0 PROTOCOL_NAME i2c Label list for I2C PROTOCOL_NAME can Label list for CAN End of PTT file Standard lines Standard lines define the contents of the label list The rules for standard lines follow t...

Page 168: ...decode results instead of the ID or address Load Opens a menu to select and load a PTT file from an USB flash drive The PTT file contains one or more label lists The function is only available if an...

Page 169: ...synchronization of the selected frame in the frame table and the waveform display The function is only available if the acquisition has been stopped Off Frame table and waveform display are not synch...

Page 170: ...transmission of data streams Main characteristics of SPI are Master slave communication No device addressing The slave is accessed by a chip select or slave select line No acknowledgement mechanism t...

Page 171: ...and some bit information on the message 1 Press the PROTOCOL LOGIC key on the front panel 2 If the Logic menu is displayed press Protocol 3 Press the Bus Type softkey and select SPI or SSPI 4 Press Co...

Page 172: ...tings CS Chip Select SPI only Select the input channel and the Active state Time SSPI only Set the Time Out instead if chip select Clk Clock Select the input channel and the Slope Data Select the inpu...

Page 173: ...select Remote command BUS b SSPI BITime on page 387 First Bit Defines if the data of the messages starts with MSB most significant bit or LSB least significant bit Remote command BUS b SPI BORDer on...

Page 174: ...bit pattern in the message 5 If Bit x is selected enter the bit number 6 If Ser Pattern is selected press the softkey again and define the pattern a Set the Bit Offset the number of bits before the p...

Page 175: ...ers are only available if Decode is enabled SPI SSPI Trigger Source 160 SPI SSPI Trigger Setup 160 SPI SSPI Trigger Source Access TRIGGER SETUP Trigger Type Protocol SPI or SSPI Source B1 B2 B3 B4 Sel...

Page 176: ...tive state For SSPI the frame ends when the idle time has expired after the last clock and no new clock appeared during that time Remote command TRIGger A SPI MODE on page 380 BEND Bit x Sets the trig...

Page 177: ...rn Toggles the logic state of the selected bit 0 low 1 high or X don t care Select Nibble Ser Pattern Selects four bits half byte for hexadecimal entry with Value The selected nibble is highlighted in...

Page 178: ...e red results Incomplete word that is not completely contained in the acquisition Change the horizontal scale or move the Time Reference to get a longer acquisition Additionally you can display and sa...

Page 179: ...decimal values of the data words State Overall state of the frame Example In the figure above the first two frames have four words each the following two frames contain 6 words each The fifth frame is...

Page 180: ...ess and the clock Both master and slaves can trans mit and receive data Addressing scheme each slave device is addressable by a unique address Multiple slave devices can be linked together and can be...

Page 181: ...he second byte contains the remaining 8 LSB of the address The slave acknowledges each address byte Fig 11 5 10 bit address write access A 10 bit address for read access requires three bytes The first...

Page 182: ...ind level or set the threshold manually for each channel See To set the logic threshold for analog channels on page 148 Now you can disply the decoded signal and the frame table with results The displ...

Page 183: ...type Pro tocol I2C is available See chapter 11 3 2 1 Configuring I C on page 167 Triggers are only available if Decode is enabled 1 Press the SETUP key in the trigger area of the front panel 2 Select...

Page 184: ...selected bit is highlighted in the pattern bit line Then enter the State of this bit 0 1 or X don t care Repeat these settings until all bit states are defined For hexadecimal input press Byte and sel...

Page 185: ...ote command TRIGger A I2C PATTern on page 391 RESTart Acknowledge Missing acknowledge the instrument triggers if the slave does not send the acknowledge bit Acknowledging takes place after every byte...

Page 186: ...node name from the list instead of entering the numeric identifier The instrument trriggers on the identifier of the selected node Address Length Read Write Toggles the lenght of the slave address 7...

Page 187: ...e logic state of the selected bit 0 low 1 high or X don t care Byte Data Setup Read Write Selects a byte for hex input with Value The selected byte is highlighted in the Data hex line Value Data Setup...

Page 188: ...ecoding in the Protocol main menu Decode shows the decoded values below the waveforms in the format selected with Display Additionally you can display the binary signal with Bits See also chapter 11 1...

Page 189: ...ing acknowledge bit or other error Table 11 2 Content of the I2C frame table Column Description Start time Time of the frame start in relation to the trigger point Type Value of the R W bit read or wr...

Page 190: ...BUS b I2C FRAMe n BYTE o STARt on page 398 BUS b I2C FRAMe n BYTE o VALue on page 398 11 4 UART RS 232 Interface Option R S RTM K2 11 4 1 The UART RS232 Interface The Universal Asynchronous Receiver...

Page 191: ...gn the channels to the RX an optionally TX lines set the active state for each line and set some protocol specific parameters 1 Press the PROTOCOL LOGIC key on the front panel 2 If the Logic menu is d...

Page 192: ...ata is described in To configure decoding and data dis play on page 149 11 4 2 2 UART Configuration Settings Access PROTOCOL Bus type UART Configuration Data Source 177 Active 178 Parity 178 Stop Bits...

Page 193: ...f the number of 1 s in a given set of bits is even not including the parity bit Remote command BUS b UART PARity on page 401 Stop Bits Sets the number of stop bits 1 1 5 or 2 stop bits are possible Re...

Page 194: ...rerequisites The UART interface is configured After configuration the trigger type Protocol UART is available See chapter 11 4 2 1 Configuring UART RS 232 Inter faces on page 176 Triggers are only ava...

Page 195: ...al input For hexadecimal input press Select Symbol repeatedly to select the symbol to be set The selected symbol is highlighted in the hex pattern line Then press Value and turn the navigation knob to...

Page 196: ...r Setup Access TRIGGER SETUP Trigger Type Protocol UART Setup Start Bit 181 Frame Start 182 Symbol n 182 Any Symbol 182 Pattern 182 Symbol Offset 182 Number of Symb 182 Select Bit 182 State 182 Select...

Page 197: ...page 183 Remote command TRIGger A UART MODE on page 402 SYMBol Pattern Opens a submenu to set the trigger on a serial pattern at a defined position in the frame The pattern can include several subseq...

Page 198: ...llowed by a stop bit the data line remains at logic 0 for longer than a UART word Remote command TRIGger A UART MODE on page 402 BREak 11 4 4 UART RS 232 Decode Results You can enable the decoding res...

Page 199: ...contained in the acquisition Change the hor izontal scale or move the Time Reference to get a longer acquisition Example The figure above shows five frames of a UART signal with one source line Table...

Page 200: ...n Data 185 Type 185 Sample point 186 Bit rate 186 Find Level 186 Data Sets the source of the data line All channel waveforms can be used If the MSO option R S RTM B1 is installed digital channels can...

Page 201: ...t rate from the list of predefined values set Bit rate to Defined Bit Rate and then select the value with Predefined To set another value set Bit rate to User Bit Rate and then enter the value with Us...

Page 202: ...190 Data Setup 190 Data Length 191 Start of frame Triggers on the first edge of the dominant SOF bit synchronization bit Remote command TRIGger A CAN TYPE on page 407 STOFrame End of frame Triggers on...

Page 203: ...The first key press enables the Error trigger type the second opens the Error menu Remote command TRIGger A CAN TYPE on page 407 ERRCondition Stuff bit Error type The frame segments Start Of Frame Arb...

Page 204: ...ist instead of entering the numeric identifier Remote command TRIGger A CAN TYPE on page 407 ID IDDT Frame type Identifier Data frames and remote frames contain an identifier Select the frame type to...

Page 205: ...on t care Byte Identifier Setup Identifier Selects the byte for input of the pattern For each selected byte enter the hexadecimal value or set the State for each selected Bit Value Identifier Setup Id...

Page 206: ...3 CAN Label List Label lists are protocol specific A PTT file for CAN contains three values for each iden tifier Type identifier type 11 bit or 29 bit long ID Addr hexadecimal identifier value Symboli...

Page 207: ...menu Decode shows the decoded values below the waveforms in the format selected with Display Additionally you can display the binary signal with Bits See also chapter 11 1 2 Protocol Common Settings o...

Page 208: ...frame table Column Description Start time Time of frame start in relation to the trigger point Type Frame type Data Remote Error or Overload ID Identifier value hexadecimal value Label Symbolic label...

Page 209: ...on page 416 BUS b CAN FRAMe n BCOunt on page 416 BUS b CAN FRAMe n BYTE o STATe on page 417 BUS b CAN FRAMe n BYTE o VALue on page 417 11 5 5 Search on Decoded CAN Data Using the search functionality...

Page 210: ...an select simply the node name from the list instead of entering the numeric identifier The instrument trriggers on the identifier of the selected node Frame type Selects the frame type to be searched...

Page 211: ...ge 190 Remote command SEARch PROTocol CAN DLENgth on page 421 SEARch PROTocol CAN DCONdition on page 421 SEARch PROTocol CAN DATA on page 421 11 5 5 2 CAN Search Results Search results events are mark...

Page 212: ...ord interface Single master multiple slaves usually up to 12 nodes Master controlled communication master coordinates communication with the LIN schedule and sends identifier to the slaves Synchroniza...

Page 213: ...um error error in data parity error error in identifier 11 6 2 LIN Configuration Settings Access PROTOCOL Bus type LIN Configuration Data 198 Polarity 198 Version 198 Bit rate 199 Find Level 199 Data...

Page 214: ...instrument analyzes all lines that are configured for the selected bus and sets the threshold for digitization of analog signals for each channel If no level can be found the existing value remains un...

Page 215: ...m error The checksum verifies the correct data transmission It is the last byte of the frame response The checksum includes not only the data but also the protected identifier PID Remote command TRIGg...

Page 216: ...contains at least one X don t care you can trigger on values equal or not equal to the specified value If the pattern contains only 0 and 1 you can also trigger on a range greater than or lower than t...

Page 217: ...ifier input See Compare on page 201 Bit on page 201 State on page 201 Byte on page 201 Value on page 201 Remote command TRIGger A LIN TYPE on page 423 IDDT TRIGger A LIN DCONdition on page 425 TRIGger...

Page 218: ...ode Results You can enable the decoding in the Protocol main menu Decode shows the decoded values below the waveforms in the format selected with Display Additionally you can display the binary signal...

Page 219: ...words UART words Table 11 5 Content of the LIN frame table Column Description Start time Time of frame start in relation to the trigger point ID Identifier value hexadecimal value Label Symbolic labe...

Page 220: ...b LIN FRAMe n BYTE o VALue on page 431 11 6 6 Search on Decoded LIN Data Using the search functionality you can find various events in the decoded data the same events which you also can trigger on Be...

Page 221: ...identifier The instrument trriggers on the identifier of the selected node Identifier Setup Opens the menu to set the identifier pattern if Event Identifier or ID Data or ID Error is selected The sett...

Page 222: ...listed in the event table as usual Instead of the event table you can display the frame table where the search results are also marked The event flags are not saved in the csv file of the frame table...

Page 223: ...played as a parallel bus Up to 4 parallel buses can be configured and two bus types are supported clocked bus and unclocked bus Trigger possibilities One of the digital channels can be used as trigger...

Page 224: ...t the digital channel then press the knob to enable or disable the channel Remote command DIGital m DISPlay on page 435 Threshold Opens the Threshold menu You can set the digital threshold in several...

Page 225: ...ids the change of signal states due to noise oscillation around the thresh old level Set a small hysteresis for clean signals and large hysteresis for noisy signals Threshold Logic 0 Logic 1 Logic 0 H...

Page 226: ...tary knob sets the size of the digital channels Three sizes are available small medium and large display The setting affects all visible dgital channels Remote command DIGital m SIZE on page 437 12 3...

Page 227: ...ocked Bus 12 3 2 1 Parallel Clocked Bus Configuration For the parallel clocked bus the bus width and in addition a clock line and a chip select line are defined Access PROTOCOL LOGIC if Logic menu is...

Page 228: ...nally you can display and save a Frame Table containing decoded data frame number start time of the frame identifier data length data checksum and state of the frame See also chapter 11 1 5 Frame Tabl...

Page 229: ...also chapter 11 1 2 Protocol Common Settings on page 149 Additionally you can display and save a Frame Table containing decoded data frame number start time of the frame identifier data length data ch...

Page 230: ...quent printouts can be started from the File menu see also chap ter 13 1 1 3 Quick Printing with the PRINT Key on page 216 13 1 1 Printing a Screenshot Before you can print you have to Connect and con...

Page 231: ...printer whenever you press the PRINT key See also chapter 13 2 2 Quick Access with PRINT key on page 223 1 Configure the PRINT key a Press FILE Print Key b Press Print Screenshots 2 Make sure that the...

Page 232: ...locations are refered to as storage devices The Internal storage device is a flash memory in the instrument with about 8 MB memory size The Front USB storage device indicates a USB flash drive that i...

Page 233: ...his function is not available 3 Use the Navigation knob to scroll through the directories To change the directory scroll to the name of the directory and press the knob or press Change dir 4 Press Cre...

Page 234: ...r is displayed b If necessary switch to the storage location that contains the storage directory by pressing Storage Internal Front Rear c Select the storage directory Use the Navigation knob to scrol...

Page 235: ...menu see Storage Directory Menu on page 221 File name Opens on screen keyboard to define a new file name to which the data is stored Note If a file with the same file name already exists in the destin...

Page 236: ...rage Directory Menu on page 221 Remove File Deletes the selected file Remote command MMEMory DELete on page 448 Load Loads the selected file to the instrument During an import export operation this co...

Page 237: ...stick is connected to the rear or front panel Internal Directly in the internal memory of the instrument Front On a USB stick connected to the front panel Rear On a USB stick connected to the rear pa...

Page 238: ...ry Note If a file with the same file name already exists in the destination directory it will be overwritten without notification Remote command MMEMory COPY on page 448 13 2 2 Quick Access with PRINT...

Page 239: ...started whenever you press the PRINT key 13 2 2 2 PRINT Key Settings With FILE Print Key you define an action that will be executed by pressing the PRINT key Device Settings 224 Waveforms 224 Save Sc...

Page 240: ...refore functions are provided so you can easily save the instrument settings of a measurement with or without the corresponding screenshot The instrument settings can be saved to and loaded from any s...

Page 241: ...Device Settings you open a menu to manage instrument configuration files Save 226 Setup Label 226 Load 226 Import Export Device Settings 227 Memory Usage 227 Default sett 227 Save Opens the Save menu...

Page 242: ...veform File Formats Data of all waveforms channel reference and math waveforms is saved as a suc cession of values or pairs of values Pairs of values are written as two consecutive single values Depen...

Page 243: ...8E 02 1 19854E 01 4 577637E 02 1 56854E 01 Import of CSV files If you import a CSV file as reference waveform from a USB flash drive to the instrument the import converts the data to TRF format The in...

Page 244: ...ct the waveform to be stored All active waveforms are listed 4 Enter the file name as described in To define a new file or directory name on page 218 5 Select the Format For details see chapter 13 2 4...

Page 245: ...the memory Acq Memory All data samples that are stored in the memory will be saved This setting takes effect only for stopped acquisitions and it is not avail able for math waveforms For running acqu...

Page 246: ...iption of the common save functions Storage File Name and Save see chapter 13 2 1 3 General Storage Settings on page 220 Specific settings for saving screenshots are described below Format 231 Color m...

Page 247: ...IMMediate on page 442 13 2 6 References Masks and Equation Sets Import Export The File menu provides the functions to copy mask files equation sets and reference waveform files from one storage device...

Page 248: ...e and the interface firm ware You should update the instrument and interface firmware in regular intervals to take advantage of new functions and solve possible problems 1 Download the current firmwar...

Page 249: ...be activated using the license key supplied by Rohde Schwarz The license key can be read from a license file or entered manually A detailed description of the key activation procedure is delivered tog...

Page 250: ...Automatic 240 Secure Erase 240 Device Name 240 LED Intensity 240 Trigger Output 240 Output 240 Polarity 240 Pulse width 240 Time Reference Defines the time reference point in the diagram i e the point...

Page 251: ...B USB interface for remote control The USB interface provides a simple way to connect the instrument to a PC The USB 2 0 standard is supported Use a connection cable that is suitable for a Type B USB...

Page 252: ...the default interface settings Save Parameter Interface Saves the changes to the instrument and closes the dialog Device Information Displays insformation on the instrument such as its serial number...

Page 253: ...on screen keyboard to enter the license key of the option Printer Opens a menu to configure the output on the printer paper format orientation color and printer language The printer has to be connecte...

Page 254: ...nal self calibration of the instrument Log File Self Alignment The log file records the results of the self alignment You can set et the extend of the log file and export it No Log File No log file is...

Page 255: ...aves the secured area To start secure erase select OK Do not turn off the instrument before the process has been completed See also document Resolving Security Issues When Working in Secure Areas that...

Page 256: ...of the instrument Connection requires installation of an USB driver Contact your Rohde Schwarz ser vice center to get the driver See also chapter 15 1 1 2 USB Interface on page 242 GPIB IEC IEEE Bus I...

Page 257: ...relies on TCP IP as the network transport layer The TCP IP network protocol and the associated network services are preconfigured TCP IP ensures connection oriented communication where the order of th...

Page 258: ...ng Up a LAN Connection 15 1 2 1 Connecting the Instrument to the Network The network card can be operated with a 10 Mbps Ethernet IEEE 802 3 or a 100 Mbps Ethernet IEEE 802 3u interface Risk of networ...

Page 259: ...mic TCP IP configuration you must assign valid address information before connecting the instrument to the LAN Contact your network admin istrator to obtain a valid IP address Configuring LAN paramete...

Page 260: ...t by entering each of the four blocks individu ally a Define the first block number using the Navigation knob b Press Next to move to the next block and define the number c When the IP address is comp...

Page 261: ...he R S RTM in the address line of the internet browser on your computer http xxx yyy zzz xxx The Instrument Home page appears It provides information on the instrument and the LAN connection 3 On the...

Page 262: ...e 243 If the LAN is supported by a DNS server the host name can be used instead of the IP address The DNS server Domain Name System server translates the host name to the IP address To assign a host n...

Page 263: ...t is always in manual operation state local state and can be operated via the front panel When you send a command from the control computer it is received and executed by the R S RTM The display remai...

Page 264: ...ands are marked as SCPI compliant in the command reference chapters Commands without this SCPI label are device specific however their syntax follows SCPI rules as per mitted by the standard Instrumen...

Page 265: ...addressing Command Effect on the instrument DCL Device Clear Aborts the processing of the commands just received and sets the command processing software to a defined initial state Does not change the...

Page 266: ...ace ASCII code 0 to 9 11 to 32 decimal e g blank The headers may consist of several mnemonics key words Queries are formed by appending a question mark directly to the header The commands can be eithe...

Page 267: ...cy STOP numeric value SENSe LIST FREQuency numeric_value numeric_value Long and short form The mnemonics feature a long form and a short form The short form is marked by upper case letters the long fo...

Page 268: ...dard Some com mands are considerably shortened by these optional mnemonics Example Definition HardCOPy IMMediate Command HCOP IMM is equivalent to HCOP Optional mnemonics with numeric suffixes Do not...

Page 269: ...tionSENSE BANDwidth BWIDth RESolution numeric_value The two following commands with identical meaning can be created SENS BAND RES 1 SENS BWID RES 1 mnemonics in square brackets are optional and may b...

Page 270: ...no If the unit is missing the basic unit is used Example SENSe FREQ STOP 1 5GHz SENSe FREQ STOP 1 5E9 Units For physical quantities the unit can be entered Allowed unit prefixes are G giga MA mega MOH...

Page 271: ...provided as the response for a query Example Setting command HCOPy DEV COL ON Query HCOPy DEV COL Response 1 Text parameters Text parameters observe the syntactic rules for mnemonics i e they can be...

Page 272: ...mand In a command line the separating semicolon marks the uppermost command level The semicolon separates two commands of a command line It does not alter the path The comma separates several paramete...

Page 273: ...HCOP ITEM ALL HCOP IMM Responses to Queries A query is defined for each setting command unless explicitly specified otherwise It is formed by adding a question mark to the associated setting command...

Page 274: ...s within one command line even though they may be implemented as sequential commands are not necessarily serviced in the order in which they have been received In order to make sure that commands are...

Page 275: ...he Operation Complete bit in the ESR after all previous commands have been execu ted Setting bit 0 in the ESE Setting bit 5 in the SRE Waiting for service request SRQ OPC Stops command processing unti...

Page 276: ...plete state periodically by means of a timer using the sequence short timeout OPC 3 A return value LSB of 1 indicates that the overlapped command has finished In case of a timeout the operation is ong...

Page 277: ...of the next lower register Its contents reflect the current instrument status This register part can only be read but not written into or cleared Its contents are not affected by reading PTRansition N...

Page 278: ...the associated ENABle bit symbol The results of all logical operations of this part are passed on to the sum bit via an OR function symbol ENABle bit 0 the associated EVENt bit does not contribute to...

Page 279: ...system The STB provides a rough overview of the instrument status collecting the information of the lower level registers ESR SCPI registers The STB receives its information from the following regist...

Page 280: ...The STatus Byte STB is linked to the Service Request Enable SRE register Each bit of the STB is assigned a bit in the SRE Bit 6 of the SRE is ignored If a bit is set in the SRE and the associated bit...

Page 281: ...set in the ESE and the associated bit in the ESR changes from 0 to 1 the ESB bit in the STB is set The ESE register can be set using the command ESE and read using the command ESE Table 15 4 Meaning...

Page 282: ...ommands for the STATus OPERation register are described in chap ter 15 2 17 1 STATus OPERation Register on page 453 Table 15 5 Bits in the STATus OPERation register Bit No Meaning 0 ALIGnment This bit...

Page 283: ...e STATus QUEStionable register Bit No Meaning 0 to 2 not used 3 COVerload This bit is set if a questionable channel overload occurs see STATus QUEStionable COVerload register on page 269 4 TEMPerature...

Page 284: ...set if the assigned channel is overloaded Table 15 7 Bits in the STATus QUEStionable COVerload register Bit No Meaning 0 CHANnel1 1 CHANnel2 2 CHANnel3 3 CHANnel4 STATus QUEStionable TEMPerature regis...

Page 285: ...of all devices Query of a specific instrument status by means of commands Query of the error queue Service Request Under certain circumstances the instrument can send a service request SRQ to the con...

Page 286: ...ed register This number is evaluated by the controller program Queries are usually used after an SRQ in order to obtain more detailed information on the cause of the SRQ Decimal representation of a bi...

Page 287: ...C Device Clear Selected Device Clear RST or SYS Tem PRE Set STA Tus PRE Set CLS Effect 0 1 Clear STB ESR yes yes Clear SRE ESE yes Clear EVENt parts of the regis ters yes yes Clear ENABle parts of all...

Page 288: ...ram the error queue should be queried regularly since faulty commands from the controller to the instrument are recorded there as well 15 2 Command Reference This chapter provides the description of a...

Page 289: ...EC 625 2 standard These com mands have the same effect and are employed in the same way on different devices The headers of these commands consist of followed by three letters Many common commands are...

Page 290: ...umber firmware ver sion Example Rohde Schwarz RTO 1316 1000k14 200153 1 30 0 25 Usage Query only OPC OPeration Complete Sets bit 0 in the event status register when all preceding commands have been ex...

Page 291: ...e contents of the status registers are preserved 1 Resets the status registers RST ReSeT Sets the instrument to a defined default status The default settings are indicated in the description of comman...

Page 292: ...mand synchronization and OPC Usage Event 15 2 3 General Remote Settings and Queries This chapter describes commands that have effect on many other commands in different applications of the instrument...

Page 293: ...at The schema of the result string is as follows 41024 value1 value2 value n with 4 number of digits 4 in the example of the following number 1024 number of following data bytes 1024 in the example va...

Page 294: ...ers ByteOrder MSBFirst LSBFirst MSBFirst Big endian most significant byte first LSBFirst Little endian least significant byte first RST MSBF Example See chapter 15 3 1 1 Reading Waveform Data from Mem...

Page 295: ...on page 458 Usage Query only CHANnel m DATA YORigin CHANnel m DATA ENVelope YORigin CALCulate MATH m DATA YORigin REFCurve m DATA YORigin Return the voltage value for binary value 0 of the indicated w...

Page 296: ...UINT 8 16 32 Return values Yresolution For default waveforms the resolution is 8 bit If high resolution average or filter are set for the waveform the resolution is 16 bit Example See chapter 15 3 1...

Page 297: ...le Same as SINGle Usage Event Asynchronous command ACQuire NSINgle COUNt NSingleCount Sets the number of waveforms acquired with RUNSingle Parameters NSingleCount Number of waveforms Range 1 to 10 Inc...

Page 298: ...CQTime Return values HWAcqTime Range Depends on various settings Default unit s Usage Query only TIMebase ACQTime AcquisitionTime Defines the time of one acquisition that is the time across the 10 div...

Page 299: ...efines which part of the waveform is shown If the trigger position is zero the trigger point matches the reference point See also TIMebase POSition on page 284 Parameters ReferencePoint Range 10 to 90...

Page 300: ...Equivalent time The waveform points are taken from several acquisitions of a repetive signal at a different time in relation to the trigger point RST RTIME ACQuire INTerpolate Interpolation Defines th...

Page 301: ...the full memory depth The result is a waveform with maximum number of waveform samples high degree of accuracy and low risk of aliasing MANual The instrument acquires the signals at a sample rate that...

Page 302: ...ber of acquisitions before The number of used acquisitions is set with ACQuire AVERage COUNt SMOoth Calculates a mean value of several adjacent sample points Thus smoothing is a moving average that us...

Page 303: ...rn values SampleRate Range 2 to 1 00E 011 Increment depends on time base waveform rate number of active channels RST 1 00E 007 Default unit Sa s Usage Query only 15 2 4 4 Vertical CHANnel m STATe 288...

Page 304: ...t Connection through DC capacitor with 1 M termination The capacitor removes the DC offset voltage from the input signal RST DCLimit CHANnel m SCALe Scale Sets the vertical scale for the indicated cha...

Page 305: ...value given in divisions Range 5 to 5 RST 0 Default unit div CHANnel m OFFSet Offset The offset voltage is subtracted to correct an offset affected signal Suffix m Selects the input channel The numbe...

Page 306: ...nels depends on the instrument Parameters Polarity NORMal INVerted RST NORM CHANnel m OVERload Overload Retrieves the overload status of the specified channel from the status bit When the overload pro...

Page 307: ...value is below the threshold Suffix m Selects the input channel The number of channels depends on the instrument Parameters Threshold Default values are TTL 1 4 V ECL 1 3 V CMOS 2 5 V RST 1 4 Default...

Page 308: ...Nnel m DATA ENVelope 294 CHANnel m DATA ENVelope HEADer 294 CHANnel m DATA POINts 295 CHANnel m DATA Returns the data of the channel waveform points for transmission from the instrument to the control...

Page 309: ...nel m DATA ENVelope Returns the data of the envelope The envelope consists of two waveforms The wave forms data can be used in MATLAB for example Use this command only for envelope waveforms For other...

Page 310: ...ll be returned with CHANnel m DATA and CHANnel m DATA ENVelope As a query it returns the number of returned samples for the selected range If ACQuire WRATe is set to MSAMples maximum sample rate the m...

Page 311: ...ult Return values Points Number of data points in the selected range Default unit Samples Example CHAN DATA POIN DEF CHAN DATA POIN CHAN2 DATA POIN Returned values 10416 10416 CHAN DATA POIN DMAX CHAN...

Page 312: ...s the unit that the probe can measure Suffix m Selects the input channel The number of channels depends on the instrument Parameters Unit V A Firmware Software FW 03 700 PROBe m SETup ATTenuation MANu...

Page 313: ...Query only PROBe m SETup DCOFfset Retrieves the DC voltage that is measured by the integrated voltmeter of R S active probes Switch the voltmeter on before see PROBe m SETup OFFSwitch on page 299 Suff...

Page 314: ...procedure NOACtion Nothing is started on pressing the micro button RST RCONtinuous PROBe m SETup NAME Queries the name of the probe Suffix m Selects the input channel The number of channels depends o...

Page 315: ...t channel The number of channels depends on the instrument Parameters UserOffset Range Depends on the probe characteristics RST 0 Default unit V PROBe m ID BUILd Queries the build number of the probe...

Page 316: ...Usage Query only PROBe m ID SRNumber Queries the serial number of the probe Suffix m Selects the input channel The number of channels depends on the instrument Return values SerialNumber string Usage...

Page 317: ...occurs Parameters TriggerMode AUTO NORMal AUTO The instrument triggers repeatedly after a time interval if the trigger conditions are not fulfilled If a real trigger occurs it takes prece dence NORMa...

Page 318: ...SO option R S RTM B1 is installed the digital channels D0 to D15 can be used as trigger sources for edge width and pattern trigger TRIGger EXTern COUPling ExternCoupling Sets the coupling for the exte...

Page 319: ...off time Parameters HoldOffMode TIME OFF RST Off TRIGger A HOLDoff TIME HoldOffTime Defines the holdoff time The next trigger occurs only after the holdoff time has passed Parameters HoldOffTime Defau...

Page 320: ...equency signals RST DC TRIGger A EDGE FILTer LPASs State Turns an additional 5 kHz low pass filter in the trigger path on or off This filter removes higher frequencies and is available with AC and DC...

Page 321: ...is specified with TRIGger A WIDTh WIDTh the range around is defined with TRIGger A WIDTh DELTa SHORter LONGer Triggers on pulses shorter or longer than a time set with TRIGger A WIDTh WIDTh RST LONGer...

Page 322: ...20 P1080 I1080 PALM PAL M I576 SDTV 576i PAL and SECAM P720 P1080 HDTV 720 1080p progressive scanning I1080 HDTV 1080i interlaced scanning RST PAL TRIGger A TV POLarity Polarity Selects the polarity o...

Page 323: ...ine Range 1 to 525 NTSC PAL M 625 PAL SECAM SDTV I 576 750 HDTV P720 1125 HDTV I1080 HDTV P1080 Increment 1 RST 1 15 2 5 5 Pattern Trigger Pattern TRIGger A PATTern SOURce SourceString Parameters Sour...

Page 324: ...east one of the channels must have the required state RST AND TRIGger A PATTern CONDition ConditionString Sets the trigger point depending on the result of the logical combination of the channel state...

Page 325: ...Triggers if the pattern state changes before or after the specified time TRIGger A PATTern WIDTh WIDTh PatternWidth For the ranges WITHin and OUTSide the PatternWidth defines the center of a range whi...

Page 326: ...rigger RST POS TRIGger A RISetime RANGe Range Selects how the time limit of the rise or fall time is defined Parameters Range LONGer SHORter WITHin OUTSide LONGer SHORter Triggers on transition times...

Page 327: ...ger B DELay 313 TRIGger B EVENt COUNt 313 TRIGger B HYSTeresis 314 TRIGger B ENABle State Activates or deactivates the second trigger The instrument triggers if both trigger event conditions A and B a...

Page 328: ...fter an A event until it recognizes B events Before setting the dalay time TRIGger B MODE must be set to DELAy Parameters DelayTime Range 2 00E 008 to 6 87 Increment Depends on the DelayTime value The...

Page 329: ...asic Display Settings This chapter describes commands that configure the screen display General Display Settings DISPlay MODE 314 DISPlay PALette 314 DISPlay MODE Mode Sets the diagram mode Parameters...

Page 330: ...re yellow or white while frequent values are blue RST NORMal XYZ Setup DISPlay XY XSOurce 315 DISPlay XY Y1Source 315 DISPlay XY Y2Source 316 DISPlay XY ZMODe 316 DISPlay XY ZTHReshold 316 DISPlay XY...

Page 331: ...DIGital Intensity is determined by a threshold value defined with DISPlay XY ZTHReshold If the Z signal value is below the selected threshold the corresponding x y point is not displayed If the Z sign...

Page 332: ...tensity Defines the strength of the waveform line in the diagram Parameters Intensity Value in percent Range 0 to 100 Increment 1 RST not available RST does not change the intensity Default unit DISPl...

Page 333: ...w data point in the diagram area remains on the screen for the duration defined here To set infinite persistence use DISPlay PERSistence INFinite Parameters Time Range 5 00E 002 to Infinite Increment...

Page 334: ...al data points are connected by a line DOTS Only the data points are displayed RST VECT DISPlay GRID STYLe Style Defines how the grid is displayed Parameters Style LINes RETicle NONE LINes Displays th...

Page 335: ...virtual screen and the divions 4 to 4 are visible 15 2 6 2 Zoom TIMebase ZOOM STATe 320 TIMebase ZOOM SCALe 320 TIMebase ZOOM TIME 320 TIMebase ZOOM POSition 321 TIMebase ZOOM STATe ZoomState Switche...

Page 336: ...Tamp ACLear 321 TSTamp SET Sets a new marker timestamp at the reference point of the display unless an existing marker is already set there The reference point is set with TIMebase REFerence Usage Eve...

Page 337: ...urve m SOURce CATalog 323 REFCurve m UPDate 323 REFCurve m SAVE 323 REFCurve m LOAD 324 REFCurve m LOAD STATe 324 REFCurve m HORizontal SCALe 324 REFCurve m HORizontal POSition 324 REFCurve m VERTical...

Page 338: ...installed the source can also be a pod D70 is the pod with digital channels D0 to D7 and D158 is the pod with D8 to D15 Suffix m 1 4 Selects the reference waveform the internal reference storage Retu...

Page 339: ...ge 324 The settings are only available if the file was stored to the internal storage INT REFERENCE and never written to an external storage USB stick Suffix m 1 4 Selects the reference waveform Usage...

Page 340: ...DATA Returns the data of the reference waveform for transmission from the instrument to the controlling computer The waveforms data can be used in MATLAB for example To set the export format use FORM...

Page 341: ...2 8 1 Cursor Measurements CURSor m AOFF 327 CURSor m STATe 327 CURSor m SOURce 327 CURSor m FUNCtion 328 CURSor m TRACking STATe 330 CURSor m X1Position 330 CURSor m X2Position 330 CURSor m X3Position...

Page 342: ...meric suffix is irrelevant Usage Event CURSor m STATe State Activates or deactivates the cursor measurement Suffix m 1 The numeric suffix is irrelevant Parameters State ON OFF RST OFF CURSor m SOURce...

Page 343: ...e following cursor measurements are possible V marker RST CH1 CURSor m FUNCtion Type Defines the cursor measurement type Suffix m 1 The numeric suffix is irrelevant Parameters Type HORizontal VERTical...

Page 344: ...pulses Count rising edges Count falling edges Sets two vertical and one horizontal cursor line The time base is defined by the vertical cursors the horizontal cursor defines the threshold value CURSor...

Page 345: ...x is irrelevant Parameters Position Range Depends on horizontal settings CURSor m Y1Position Yposition1 CURSor m Y2Position Yposition2 CURSor m Y3Position Yposition3 The commands specify the positions...

Page 346: ...0 CURSor m SSCReen Resets the cursors to their initial positions This is helpful if the cursors have disappeared from the display or need to be moved for a larger distance Usage Event Firmware Softwar...

Page 347: ...UNCtion correctly Suffix m 1 The numeric suffix is irrelevant Return values Value Measurement result Usage Query only CURSor m XDELta INVerse Returns the inverse time difference between the two cursor...

Page 348: ...direction at the two cursors Suffix m 1 The numeric suffix is irrelevant Return values DeltaY Delta value in V Usage Query only CURsor m XRATio UNIT Unit Sets the unit for X Ratio measurements with C...

Page 349: ...PCT percent RST RAT CURSor m YRATio VALue Returns the ratio of the y values e g overshooting between the first and second cursors and the first and third cursors y2 y1 y3 y1 For this measurement set...

Page 350: ...e Event MEASurement m AOFF Stops the quick measurement Suffix m 1 4 The numeric suffix is irrelevant Usage Event MEASurement m ARESult Returns the results of the quick measurement Suffix m 1 4 Selects...

Page 351: ...deactivates the selected measurement 1 4 Only the results of active measurements are displayed in the result table Suffix m 1 4 Selects the measurement Parameters State ON OFF RST OFF MEASurement m MA...

Page 352: ...ed section of the waveform of the selected channel PEAK Peak to peak value within the displayed section of the waveform of the selected channel UPEakvalue Maximum value within the displayed section of...

Page 353: ...asure the frequency of the trigger signal and the length of the its periods hardware counter DELay Time difference between two edges of the same or different wave forms The waveforms are selected with...

Page 354: ...BPeriod measure the B trigger source D0 D15 Active digital channels if MSO option R S RTM B1 is installed The following automatic measurements are possible frequency period edge and pulse counts phase...

Page 355: ...AMPLitude MEAN RMS RTIMe FTIMe PDCYcle NDCYcle PPWidth NPWidth CYCMean CYCRms STDDev CYCStddev TFRequency TPERiode DELay PHASe BWIDth POVershoot NOVershoot TBFRequency TBPeriod Specifies the measureme...

Page 356: ...5 USER levels are defined with REFLevel RELative LOWer REFLevel RELative MIDDle and REFLevel RELative UPPer RST TEN Example REFL REL MODE TWENty MEAS2 MAIN RTIM Sets the reference levels for all measu...

Page 357: ...EASurement m RESult AVG 343 MEASurement m RESult STDDev 343 MEASurement m RESult NPEak 344 MEASurement m RESult PPEak 344 MEASurement m RESult WFMCount 344 MEASurement m STATistics VALue ALL 344 MEASu...

Page 358: ...the average value of the current mesurement series The number of waveforms used for calculation is defined with MEASurement m STATistics WEIGht Suffix m 1 4 Selects the measurement place Query parame...

Page 359: ...parameters PositivePeak Maximum measurement value Usage Query only Firmware Software FW 03 700 MEASurement m RESult WFMCount WaveformCount Returns the current number of measured waveforms Suffix m 1 4...

Page 360: ...9 Mathematics This chapter describes commands that configure or perform mathematical functions For data queries and conversion consider also the following commands FORMat DATA on page 278 CALCulate MA...

Page 361: ...s Scale Scale value Range 1 0E 24 to 5 0E 25 Increment 1 2 5 progression for example 1mV div 2mV div 5mV div 10 20 50 RST 1 CALCulate MATH m POSition Position Sets the vertical position of the specifi...

Page 362: ...QRT CH1 Absolute value ABS CH1 Positive wave POS CH1 Negative wave NEG CH1 Reciprocal REC CH1 Inverse INV CH1 Common logarithm basis 10 LOG CH1 Natural logarithm basis e LN CH1 Derivative DERI CH1 Int...

Page 363: ...008 9 477E 008 200000 1 Usage Query only 15 2 10 FFT To define an FFT for a channel waveform use CALC MATH EXPR FFTMAG CHx CALCulate MATH m FFT WINDow TYPE 349 CALCulate MATH m ARIThmetics 349 CALCul...

Page 364: ...h of the spectral lines is thinner than the other bell shaped functions Use this window to measure amplitudes of a periodical signal precisely HANNing The Hanning window is bell shaped Unlike the Hamm...

Page 365: ...orm an envelope This envelope indicates the range of all FFT trace values that occurred AVERage The average of several spectrums is calculated The number of spectrums used for the averaging is defined...

Page 366: ...ant Return values AdjResBW Range Depends on various other settings Default unit Hz Usage Query only CALCulate MATH m FFT BANDwidth RESolution AUTO SpanRBWCoupling Couples the frequency span to the RBW...

Page 367: ...r Span 2 to Center Span 2 The width of the domain is defined using the CALCulate MATH m FFT SPAN command Suffix m 1 4 The numeric suffix is irrelevant Parameters CenterFreq Range Limited by the first...

Page 368: ...ge Depends on various other settings mainly on time base span RBW ratio and center frequency Default unit Hz CALCulate MATH m FFT STOP StopFreq Defines the stop frequency of the displayed frequency do...

Page 369: ...SampleRate Default unit Sa s Usage Query only 15 2 11 Masks MASK STATe 355 MASK TEST 355 MASK LOAD 355 MASK SAVE 355 MASK SOURce 355 MASK CHCopy 355 MASK YPOSition 356 MASK YSCale 356 MASK YWIDth 356...

Page 370: ...sk from the specified file Setting parameters FileName String parameter Path and file name Usage Setting only MASK SAVE FileName Saves the current mask in the specified file Setting parameters FileNam...

Page 371: ...sses the amplitudes Range 10 to 1000 Increment 1 RST 100 Default unit MASK YWIDth Yaddition Changes the width of the mask in vertical direction Parameters Yaddition The value is added to the y values...

Page 372: ...ASK ACTion SOUNd EVENt MODE EventMode MASK ACTion STOP EVENt MODE EventMode MASK ACTion SCRSave EVENt MODE EventMode MASK ACTion PRINt EVENt MODE EventMode MASK ACTion WFMSave EVENt MODE EventMode Def...

Page 373: ...VENt COUNt EventCount MASK ACTion SCRSave EVENt COUNt EventCount MASK ACTion PRINt EVENt COUNt EventCount MASK ACTion WFMSave EVENt COUNt EventCount Sets the number of mask violations after which the...

Page 374: ...ODE 361 SEARch GATE ABSolute START 361 SEARch GATE ABSolute STOP 361 SEARch STATe SearchState Enables and disables the search mode Parameters SearchState ON OFF RST OFF Example chapter 15 3 2 1 Search...

Page 375: ...onger than a given limit or rise fall times inside or outside the allowable time range DATatoclock The Data2Clock search also known as setup hold finds violation of setup and hold times It analyzes th...

Page 376: ...the memory Parameters GateMode OFF DISPlay ABSolute OFF Running acquisition all waveform samples that are displayed on the screen Stopped acquisition all data samples that are stored in the mem ory D...

Page 377: ...EARch TRIGger EDGE LEVel DELTa DeltaLevel Sets a hysteresis range above and below the search level to avoid unwanted search results caused by noise oscillation around the level Parameters DeltaLevel R...

Page 378: ...oscillation around the level Parameters DeltaLevel Range Lower limit depends on vertical scale and other set tings no upper limit RST 200 mV Firmware Software FW 03 400 SEARch TRIGger WIDTh RANGe Rang...

Page 379: ...is set to WITHin or OUTSide Parameters DeltaWidth Range Lower limit depends on the resolution practically no upper limit Example chapter 15 3 2 1 Searching for a Pulse of Specified Width on page 460 F...

Page 380: ...ARch TRIGger LEVel RISetime LOWer LowerLevel Sets the lower voltage threshold When the signal crosses this level the rise time mea surement starts or stops depending on the selected slope Parameters L...

Page 381: ...ase and sample rate RST 200e 6 Default unit s Firmware Software FW 03 700 SEARch TRIGger RISetime DELTa DeltaTime Sets a range t to the reference rise fall time set with SEARch TRIGger RISetime TIME i...

Page 382: ...r LEVel RUNT UPPer UpperLevel Sets the upper voltage threshold for runt detection A negative runt crosses the upper level twice without crossing the lower level Parameters UpperLevel RST 600 mV Defaul...

Page 383: ...meters DeltaWidth Range Depends on various settings mainly time base and sample rate RST 50e 6 Default unit s Firmware Software FW 03 700 15 2 12 7 Data2Clock Search Configuration SEARch TRIGger DATat...

Page 384: ...used by noise oscillation around the level For a rising edge the hysteresis is below the search level Otherwise for a falling edge the hysteresis is above the level Parameters LevelDelta Range Lower l...

Page 385: ...EARch TRIGger PATTern SOURce 370 SEARch TRIGger PATTern FUNCtion 370 SEARch TRIGger PATTern LEVel n 371 SEARch TRIGger PATTern LEVel n DELTa 371 SEARch TRIGger PATTern WIDTh RANGe 371 SEARch TRIGger P...

Page 386: ...e instrument Parameters ThresholdLevel Range Depends on vertical scale SEARch TRIGger PATTern LEVel n DELTa LevelDelta Sets a hysteresis range to the level of the specified source channel in order to...

Page 387: ...teady pattern the nominal value for comparisons Parameters Width Default unit s SEARch TRIGger PATTern WIDTh DELTa DeltaTime Sets a range t to the reference pattern duration set with SEARch TRIGger PA...

Page 388: ...four results of a peak search 1 4 7750e 04 0 PEAK NEGATIVE 1 530e 02 2 4 4630e 04 0 PEAK NEGATIVE 1 530e 02 3 4 1660e 04 0 PEAK NEGATIVE 1 530e 02 4 3 8690e 04 0 PEAK NEGATIVE 1 530e 02 Example chapte...

Page 389: ...5 2 13 1 General Note SPI SSPI and UART protocols occupy two bus lines bus 1 and 2 or bus 3 and 4 If one of these buses is configured the number of buses suffix b is reduced Bus 2 and or bus 4 is not...

Page 390: ...ay on the screen Suffix b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus lines Parameters Format ASCii HEXadecimal BINary DECimal RST HEX BUS b DSIGnals BitsSignals Displays the i...

Page 391: ...s the bus Note SPI SSPI and UART protocols occupy two bus lines Parameters ShowResultTable ON OFF BUS b LIST Returns the contents of the frame table in block data format Suffix b 1 4 Selects the bus N...

Page 392: ...2 and or bus 4 is not available SPI Configuration 377 SPI Trigger 380 SPI Decode Results 381 SPI Configuration BUS b SPI CS SOURce 377 BUS b SPI CS POLarity 377 BUS b SPI CLOCk SOURce 378 BUS b SPI CL...

Page 393: ...T CH1 BUS b SPI CLOCk POLarity Polarity Selects if data is stored with the rising or falling slope of the clock The slope marks the begin of a new bit Suffix b 1 4 Selects the bus Note SPI SSPI and UA...

Page 394: ...MSB most significant bit or LSB least significant bit Suffix b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus lines Parameters BitOrder MSBFirst LSBFirst RST MSBFirst BUS b SPI S...

Page 395: ...END Burst end sets the trigger event to the end of the message NTHBit Sets the trigger event to the specified bit number To define the bit number use TRIGger A SPI POFFset PATTern Sets the trigger eve...

Page 396: ...he first bit of the pattern Parameters PatternBitOffset Number of ignored bits Range 0 to 4095 Increment 1 RST 0 SPI Decode Results BUS b SPI FCOunt 381 BUS b SPI FRAME n STATus 382 BUS b SPI FRAME n...

Page 397: ...e INCLast Last frame is incomplete Usage Query only BUS b SPI FRAME n STARt Returns the start time of the specified frame Suffix b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus l...

Page 398: ...us lines n Selects the frame Return values DataMosi List of decimal values of data bytes Example BUS SPI FRAM3 DATA MOSI 94 177 171 60 242 219 100 0 Usage Query only BUS b SPI FRAME n DATA MISO Return...

Page 399: ...uffix b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus lines n Selects the frame o Selects the word number Return values StartTime Range depends on sample rate record length and t...

Page 400: ...defined Suffix b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus lines n Selects the frame 1 n o Selects the word number 1 m Return values Data Decimal value of the data word Usage...

Page 401: ...two bus lines Parameters Source CH1 CH2 CH3 CH4 D0 D15 CH3 and CH4 are only available with 4 channel R S RTM oscil loscopes RST CH1 BUS b SSPI CLOCk POLarity Polarity Selects if data is stored with th...

Page 402: ...urstIdleTime Within the idle time the data and clock lines are low A new frame begins when the idle time has expired and the clock line has been inactive during that time If the time interval between...

Page 403: ...of analog signals for each channel Suffix m Selects the input channel The number of channels depends on the instrument Usage Event 15 2 13 4 I C The Inter Integrated Circuit is a simple lowbandwidth l...

Page 404: ...Parameters Source CH1 CH2 CH3 CH4 D0 D15 CH3 and CH4 are only available with 4 channel R S RTM oscil loscopes RST CH1 CHANnel m THReshold FINDlevel Executes the analysis of all analog channels that a...

Page 405: ...s are both on high level PATTern Triggers on a set of trigger conditions read or write access of the master to an address or and to a bit pattern in the message For a complete configuration of the pat...

Page 406: ...trigger condition Make sure that the correct pattern length has been defined before with TRIGger A I2C PLENgth Parameters DataPattern String with max 24 characters 3 byte 8 bit Characters 0 1 and X ar...

Page 407: ...4 BUS b I2C FRAMe n ACCess 394 BUS b I2C FRAMe n ACOMplete 395 BUS b I2C FRAMe n ADBStart 395 BUS b I2C FRAMe n ADDRess 395 BUS b I2C FRAMe n ADEVice 396 BUS b I2C FRAMe n AMODe 396 BUS b I2C FRAMe n...

Page 408: ...overall state of the frame Suffix b 1 4 Selects the bus n Selects the frame Return values State INComplete OK UNEXpstop INSufficient ADDifferent INComplete The frame is not completely contained in th...

Page 409: ...RAMe n AACCess Returns the address acknowledge bit value for the indicated frame Suffix b 1 4 Selects the bus n Selects the frame Return values Acknowledge INComplete ACK NACK EITHer Usage Query only...

Page 410: ...tart time of the address acknowledge bit Suffix b 1 4 Selects the bus n Selects the frame Return values AckStartTime Range depends on sample rate record length and time base Increment depends on the t...

Page 411: ...1 Usage Query only BUS b I2C FRAMe n AMODe Returns the address length Suffix b 1 4 Selects the bus n Selects the frame Return values AddressMode BIT7 BIT10 Usage Query only BUS b I2C FRAMe n ASTart Re...

Page 412: ...RAM2 BCO 4 Usage Query only BUS b I2C FRAMe n BYTE o ACCess Returns the acknowledge bit value of the specified data byte Suffix b 1 4 Selects the bus n Selects the frame o Selects the byte number Retu...

Page 413: ...ame o Selects the byte number Return values ByteComplete ON OFF ON Data byte was received completely Usage Query only BUS b I2C FRAMe n BYTE o STARt Returns the start time of the specified data byte S...

Page 414: ...s two bus lines bus 1 and 2 or bus 3 and 4 so the number of buses suffix b is reduced Bus 2 and or bus 4 is not available UART Configuration 399 UART Trigger 402 UART Decode Results 404 UART Configura...

Page 415: ...otocols occupy two bus lines Parameters IdleState IDLLow IDLHigh IDLLow idle low low 1 IDLHigh idle high high 1 RST IDLH BUS b UART DATA POLarity Polarity Defines if the transmitted data on the bus is...

Page 416: ...ty ODD EVEN NONE See Parity on page 178 RST NONE BUS b UART SBIT StopBitNumber Sets the stop bits Suffix b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus lines Parameters StopBitN...

Page 417: ...hold FINDlevel Executes the analysis of all analog channels that are configured for the selected bus and sets the threshold for digitization of analog signals for each channel Suffix m Selects the inp...

Page 418: ...ine the pattern use TRIGger A UART PLENgth and TRIGger A UART PATTern To define the position use TRIGger A UART POFFset on page 404 PRERror Parity Error Triggers if a bit error occured in transmission...

Page 419: ...UART RX FRAMe n WCOunt 404 BUS b UART RX FRAMe n WORD o STATe 404 BUS b UART RX FRAMe n WORD o STARt 405 BUS b UART RX FRAMe n WORD o STOP 405 BUS b UART RX FRAMe n WORD o VALue 405 BUS b UART RX FCO...

Page 420: ...e Query only BUS b UART RX FRAMe n WORD o VALue Suffix b 1 4 n o Return values Value Range 0 to 511 Increment 1 Usage Query only 15 2 13 6 CAN CAN is the Controller Area Network a bus system used with...

Page 421: ...CH4 D0 D15 RST CH1 BUS b CAN TYPE SignalType Selects the CAN High or CAN Low line CAN uses both lines for differential signal trans mission If you measure with a differential probe connect the probe t...

Page 422: ...strument type ADC clock rate Increment depends on the bit rate value RST 5 00E 004 Default unit Bit s CHANnel m THReshold FINDlevel Executes the analysis of all analog channels that are configured for...

Page 423: ...Ndition and TRIGger A CAN DATA FTYPe Triggers on a specified frame type Specify the frame type with TRIGger A CAN FTYPe ERRCondition Identifies various errors in the frame Specify the errors with TRIG...

Page 424: ...d is relevant if TRIGger A CAN TYPE is set to ID or IDDT Parameters Identifier String containing binary pattern with max 29 bit Characters 0 1 and X are allowed TRIGger A CAN DLC DataLength Defines th...

Page 425: ...ing the Ack Slot The command is relevant if TRIGger A CAN TYPE is set to ERRCondition Parameters AcknowledgeError ON OFF RST OFF TRIGger A CAN BITSterror BitStuffingError Triggers on bit stuffing erro...

Page 426: ...Value 414 BUS b CAN FRAMe n DLCState 414 BUS b CAN FRAMe n DLCValue 415 BUS b CAN FRAMe n IDSTate 415 BUS b CAN FRAMe n IDTYpe 415 BUS b CAN FRAMe n IDValue 416 BUS b CAN FRAMe n BSEPosition 416 BUS b...

Page 427: ...ffing error occured CRCD wrong CRC delimiter occured ACKD Wrong ACK delimiter occured CRC cyclic redundancy check failed EOFD wrong end of frame NOACk acknowlegde is missing INSufficient frame is not...

Page 428: ...the time base Default unit s Usage Query only BUS b CAN FRAMe n DATA Returns the data words of the specified frame Suffix b 1 4 Selects the bus n Selects the frame 1 n Return values FrameData Comma s...

Page 429: ...only BUS b CAN FRAMe n CSSTate Returns the state of the checksum Suffix b 1 4 Selects the bus n Selects the frame 1 n Return values ChecksumState OK UNDF UNDF Undefined Usage Query only BUS b CAN FRA...

Page 430: ...b 1 4 Selects the bus n Selects the frame 1 n Return values DLCValue non negative integer Usage Query only BUS b CAN FRAMe n IDSTate Returns the state of the identifier Suffix b 1 4 Selects the bus n...

Page 431: ...x b 1 4 Selects the bus n Selects the frame 1 n Return values IdentifierValue Decimal value Usage Query only BUS b CAN FRAMe n BSEPosition Returns the position of the bit stuffing error in the specifi...

Page 432: ...ned Usage Query only BUS b CAN FRAMe n BYTE o VALue Returns the decimal value of the specified byte Suffix b 1 4 Selects the bus n Selects the frame 1 n o Selects the byte number 1 n Return values Byt...

Page 433: ...types with SEARch PROTocol CAN ACKerror SEARch PROTocol CAN BITSterror SEARch PROTocol CAN CRCerror and SEARch PROTocol CAN FORMerror IDENtifier Search for identifier Specifiy the identifier with SEAR...

Page 434: ...when the transmitter does not receive an acknowledgment a dominant bit during the Ack Slot The command is relevant if SEARch PROTocol CAN CONDition is set to ERRor or IDERror Parameters AcknowledgeErr...

Page 435: ...s for CAN exten ded frames The command is relevant if SEARch PROTocol CAN CONDition is set to IDENtifier IDData or IDERror Parameters IdType B11 B29 RST B11 SEARch PROTocol CAN ICONdition IdCondition...

Page 436: ...alue If the pattern contains only 0 and 1 you can also trigger on a range greater than or lower than the specified value The command is relevant if SEARch PROTocol CAN CONDition is set to IDData Param...

Page 437: ...1 CH2 CH3 CH4 D0 D15 RST CH1 BUS b LIN POLarity Polarity Defines the idle state of the bus The idle state is the rezessive state and corresponds to a logic 1 Suffix b 1 4 Selects the bus Parameters Po...

Page 438: ...re configured for the selected bus and sets the threshold for digitization of analog signals for each channel Suffix m Selects the input channel The number of channels depends on the instrument Usage...

Page 439: ...types with TRIGger A LIN CHKSerror TRIGger A LIN IPERror and TRIGger A LIN SYERror RST SYNC TRIGger A LIN CHKSerror ChecksumError Triggers on a checksum error The checksum verifies the correct data tr...

Page 440: ...TRIGger A LIN TYPE is set to ID or IDDT Parameters Identifier String containing binary pattern Characters 0 1 and X are allowed Enter the 6 bit identifier without parity bits not the pro tected identi...

Page 441: ...LIN FRAMe n STARt 427 BUS b LIN FRAMe n STOP 427 BUS b LIN FRAMe n CSSTate 428 BUS b LIN FRAMe n CSValue 428 BUS b LIN FRAMe n IDPValue 428 BUS b LIN FRAMe n IDSTate 429 BUS b LIN FRAMe n IDValue 429...

Page 442: ...s FrameStatus OK UART CHCKsum PRERror SYERror WAKeup INSufficient ERR LENer Usage Query only BUS b LIN FRAMe n STARt Returns the start time of the specified frame Suffix b 1 4 Selects the bus n Select...

Page 443: ...ate Returns the checksum state of the specified frame Suffix b 1 4 Selects the bus n Selects the frame 1 n Return values ChecksumState OK ERR UNDF ERR error UNDF undefined Usage Query only BUS b LIN F...

Page 444: ...UVAL INSufficient PRERror parity error UVAL unexpected value INSufficient the frame is not completely contained in the acquisi tion The decoded part of the frame is valid Usage Query only BUS b LIN FR...

Page 445: ...Return values SyncFieldValue Decimal value Usage Query only BUS b LIN FRAMe n VERSion Returns the version of the LIN standard for the specified frame Suffix b 1 4 Selects the bus n Selects the frame 1...

Page 446: ...T error occured LIN uses UART words without parity bit Usage Query only BUS b LIN FRAMe n BYTE o VALue Returns the decimal value of the specified byte Suffix b 1 4 Selects the bus n Selects the frame...

Page 447: ...CHKSerror SEARch PROTocol LIN IPERror and SEARch PROTocol LIN SYERror IDENtifier Search for identifier Specifiy the identifier with SEARch PROTocol LIN ICONdition and SEARch PROTocol LIN IDENtifier I...

Page 448: ...onization errors The command is relevant if SEARch PROTocol LIN CONDition is set to ERRor or IDERror Parameters SyncError ON OFF RST OFF SEARch PROTocol LIN ICONdition IdCondition Sets the comparison...

Page 449: ...s the comparison condition for data If the pattern contains at least one X don t care you can trigger on values equal or not equal to the specified value If the pattern contains only 0 and 1 you can a...

Page 450: ...Number of the digital channel Parameters State ON OFF RST OFF DIGital m TECHnology Selects the threshold voltage for various types of integrated circuits and applies it to the channel group to which t...

Page 451: ...ysteresis to avoid the change of signal states due to noise The setting applied to the channel group to which the indicated digital channel belongs Suffix m 0 15 Number of the digital channel Channel...

Page 452: ...rs State ON OFF RST OFF DIGital m SIZE Size Sets the size of the indicated vertical channel Suffix m 0 15 Number of the digital channel Parameters Size SMALl MEDium LARGe RST SMAL 15 2 14 2 Parallel B...

Page 453: ...b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus lines Parameters BusWidth Range 1 to 14 Increment 1 RST 4 Default unit Bit BUS b CPARallel CLOCK SLOPe ClockSlope Selects if the d...

Page 454: ...440 BUS b PARallel FRAMe n STARt 440 BUS b CPARallel FRAMe n STARt 440 BUS b PARallel FRAMe n STOP 440 BUS b CPARallel FRAMe n STOP 440 BUS b PARallel FCOunt BUS b CPARallel FCOunt Returns the number...

Page 455: ...b PARallel FRAMe n STARt BUS b CPARallel FRAMe n STARt Returns the start time of the specified frame Suffix b 1 4 Selects the bus Note SPI SSPI and UART protocols occupy two bus lines n Selects the f...

Page 456: ...MMunicate PRINter ENUMerate FIRSt 443 SYSTem COMMunicate PRINter ENUMerate NEXT 443 HCOPy DESTination Medium Defines whether the screenshot is saved or printed Parameters Medium MMEM SYST COMM PRIN St...

Page 457: ...E Example chapter 15 3 3 1 Saving Screenshots to File on page 461 Usage Event HCOPy LANGuage Format Defines the format of the printed or saved screenshot Parameters Format GDI BMP PNG GDI For output o...

Page 458: ...queried with the SYSTem COMMunicate PRINter ENUMerate NEXT command Return values PrinterName String parameter If no printer is configured an empty string is returned Usage Query only SYSTem COMMunicat...

Page 459: ...lash MMEMory DRIVes 444 MMEMory MSIS 444 MMEMory CDIRectory 445 MMEMory MDIRectory 445 MMEMory RDIRectory 445 MMEMory DCATalog 446 MMEMory DCATalog LENGth 446 MMEMory CATalog 447 MMEMory CATalog LENGt...

Page 460: ...device or relative to the cur rent directory Example Create directory DATA on the front USB flash device with abso lute path MMEM MDIR USB_FRONT DATA Example Create directory JANUARY in the DATA direc...

Page 461: ...ery for directories with absolute path MMEM DCAT USB_FRONT received 0 0 DATA 0 DATA_NEW 0 SCREENSHOTS 0 MMEM DCAT LENG USB_FRONT received 5 Example Query for directories in the current directory MMEM...

Page 462: ...amount of storage available in the directory in bytes FileEntry String parameter All files of the directory are listed with their file name format and size in bytes Example Query for files in the DATA...

Page 463: ...ET USB_FRONT SETTINGS TESTSET1 SET Example chapter 15 3 3 2 Saving Copying and Loading Setup Data on page 461 Usage Setting only MMEMory MOVE FileSource FileDestination Moves an existing file to a new...

Page 464: ...e Example MMEM DATA abc txt 216This is the file 2 the length infomation has two digits 16 the binary data has 16 bytes MMEM DATA abc txt received This is the file Example chapter 15 3 3 2 Saving Copyi...

Page 465: ...m BEEPer CONTrol STATe 452 SYSTem BEEPer ERRor STATe 452 SYSTem BEEPer TRIG STATe 452 SYSTem BEEPer IMMediate 452 SYSTem SET 452 SYSTem ERRor NEXT 453 SYSTem ERRor ALL 453 SYST PRESet 453 DISPlay LANG...

Page 466: ...olarity of the trigger out pulse Parameters Polarity POSitive NEGative RST POS SYSTem NAME Defines an instrument name Parameters Name String with max 20 characters SYSTem DATE Year Month Day Specifies...

Page 467: ...end or changing the measuring mode in the Automeasure menu Parameters ControlBeep ON OFF SYSTem BEEPer ERRor STATe Enables or disables the beep if an error occurs Parameters ErrorBeep ON OFF SYSTem BE...

Page 468: ...he queue The response is a comma separated list of error number and a short description of the error in FIFO order Positive error numbers are instrument dependent Negative error numbers are reserved b...

Page 469: ...Condition Condition bits in decimal representation ALIGnment bit 0 SELFtest bit 1 AUToset bit 2 WTRigger bit 3 Range 1 to 65535 Increment 1 Usage Query only STATus OPERation ENABle Enable Parameters...

Page 470: ...he STATus QUEStionable registers Fig 15 4 Structure of the STATus QUEStionable register See also chapter 15 1 6 1 Structure of a SCPI Status Register on page 262 STATus QUEStionable Register on page 2...

Page 471: ...l STATUS QUESTIONALBLE registers Usage Event STATus QUEStionable CONDition STATus QUEStionable COVerload CONDition STATus QUEStionable LIMit CONDition STATus QUEStionable MASK CONDition Returns the co...

Page 472: ...STATus QUEStionable LIMit NTRansition NegativeTransition STATus QUEStionable MASK NTRansition NegativeTransition Sets the negative transition filter If a bit is set a 1 to 0 transition in the corresp...

Page 473: ...TCPIP0 192 168 1 1 inst0 INSTR SYST ERR 0 No error IDN Rohde Schwarz RTM1052 1305 0008K52 101489 04 502 RST CHAN TYPE HRES Set high resolution mode 16 bit data ACQ WRAT MSAM Set maximum waveform rate...

Page 474: ...Read voltage value per bit 1 999999949E 4 CHAN DATA Read channel data 128 125 120 5000 bytes total FORM UINT 16 FORM Change data format to unsigned integer 16 bit UINT 16 CHAN DATA YINC Read voltage...

Page 475: ...only the more significiant bits remain For example the 16 bit data 0xabcd is read 0xab in 8 bit format and cd is lost 15 3 2 Search 15 3 2 1 Searching for a Pulse of Specified Width Search for positi...

Page 476: ...r further user on the control computer Command description in chapter 15 2 15 1 Screenshots on page 441 RST MMEM CDIR USB_FRONT MMEM MDIR USB_FRONT PIX MMEM CDIR USB_FRONT PIX HCOP DEST MMEM HCOP LANG...

Page 477: ..._B SET 2759 MMEM COPY USB_FRONT ZOOM_B SET USB_FRONT ZOOM_USB SET Duplicate file on USB stick MMEM CAT SET Check 4890624 641765376 ZOOM_B SET 2759 ZOOM_USB SET 2759 MMEM DEL ZOOM_B SET Delete original...

Page 478: ...b CAN DATA SOURce 406 BUS b CAN FCOunt 411 BUS b CAN FRAMe n ACKState 413 BUS b CAN FRAMe n ACKValue 414 BUS b CAN FRAMe n BCOunt 416 BUS b CAN FRAMe n BSEPosition 416 BUS b CAN FRAMe n BYTE o STATe 4...

Page 479: ...n ADEVice 396 BUS b I2C FRAMe n AMODe 396 BUS b I2C FRAMe n ASTart 396 BUS b I2C FRAMe n BCOunt 397 BUS b I2C FRAMe n BYTE o ACCess 397 BUS b I2C FRAMe n BYTE o ACKStart 397 BUS b I2C FRAMe n BYTE o...

Page 480: ...PI CS SOURce 377 BUS b SPI DATA POLarity 379 BUS b SPI DATA SOURce 378 BUS b SPI FCOunt 381 BUS b SPI FRAME n DATA MISO 383 BUS b SPI FRAME n DATA MOSI 383 BUS b SPI FRAME n STARt 382 BUS b SPI FRAME...

Page 481: ...51 CALCulate MATH m FFT BANDwidth RESolution RATio 351 CALCulate MATH m FFT BANDwidth RESolution VALue 352 CALCulate MATH m FFT CFRequency 352 CALCulate MATH m FFT FULLspan 352 CALCulate MATH m FFT MA...

Page 482: ...el 388 CHANnel m THReshold FINDlevel 389 CHANnel m THReshold FINDlevel 402 CHANnel m THReshold FINDlevel 407 CHANnel m THReshold FINDlevel 423 CHANnel m TYPE 286 CURSor m AOFF 327 CURSor m FUNCtion 32...

Page 483: ...9 DISPlay PERSistence INFinite 318 DISPlay PERSistence STATe 318 DISPlay PERSistence TIME 318 DISPlay PERSistence TIME AUTO 318 DISPlay STYLe 319 DISPlay VSCReen ENABle 319 DISPlay VSCReen POSition 32...

Page 484: ...DELay SLOPe 339 MEASurement m MAIN 336 MEASurement m RESult AVG 343 MEASurement m RESult NPEak 344 MEASurement m RESult PPEak 344 MEASurement m RESult STDDev 343 MEASurement m RESult WFMCount 344 MEAS...

Page 485: ...ch 299 PROBe m SETup TYPE 299 PROBe m SETup UOFFset 300 REFCurve m DATA HEADer 325 REFCurve m DATA XINCrement 280 REFCurve m DATA XORigin 279 REFCurve m DATA YINCrement 280 REFCurve m DATA YORigin 280...

Page 486: ...ch PROTocol LIN DCONdition 434 SEARch PROTocol LIN DLENgth 434 SEARch PROTocol LIN FRAMe 432 SEARch PROTocol LIN ICONdition 433 SEARch PROTocol LIN IDENtifier 433 SEARch PROTocol LIN IPERror 433 SEARc...

Page 487: ...h WIDTh 364 SINGle 282 STATus OPERation CONDition 454 STATus OPERation ENABle 454 STATus OPERation NTRansition 454 STATus OPERation PTRansition 454 STATus OPERation EVENt 454 STATus PRESet 456 STATus...

Page 488: ...RATime 283 TIMebase REFerence 284 TIMebase ROLL ENABle 287 TIMebase SCALe 283 TIMebase ZOOM POSition 321 TIMebase ZOOM SCALe 320 TIMebase ZOOM STATe 320 TIMebase ZOOM TIME 320 TRIGger A CAN ACKerror 4...

Page 489: ...A PATTern CONDition 309 TRIGger A PATTern FUNCtion 309 TRIGger A PATTern MODE 309 TRIGger A PATTern SOURce 308 TRIGger A PATTern WIDTh DELTa 310 TRIGger A PATTern WIDTh RANGe 310 TRIGger A PATTern WI...

Page 490: ...ger B ENABle 312 TRIGger B EVENt COUNt 313 TRIGger B FINDlevel 313 TRIGger B HYSTeresis 314 TRIGger B LEVel 312 TRIGger B MODE 313 TRIGger B SOURce 312 TRIGger EXTern COUPling 303 TRIGger OUT MODE 450...

Page 491: ...50 Buses Label 151 Node labels 151 Bus Type 150 Bus Width 212 C CAN 185 Protocol settings 185 Search settings 194 Trigger settings 186 Case sensitivity SCPI 252 Center softkey 119 Center frequency rem...

Page 492: ...ing 225 Saving and loading 225 softkey 224 Device specific commands 249 DHCP 243 interface setting 237 Differential probe 18 Digital channels 208 Label 211 Vertical position 211 Vertical scale 211 Dig...

Page 493: ...0 Frequency 87 G Gain vertical 11 Gate search 137 Search 146 GET 250 GPIB address 243 characteristics 242 interface 236 interface messages 250 remote control interface 242 Grid 61 displaying 55 intens...

Page 494: ...122 save and load 122 Saving 125 Testing 127 128 test results 122 Masks Test Off 131 MATH menu 101 Mathematics configuring 98 equation sets 100 FFT 115 menu 101 Math waveforms displaying 98 MAX 255 Me...

Page 495: ...tion 24 Period 87 Persist Time 59 Persistence 55 59 remote 318 Persistence time remote 318 Phase measurement 97 Position Digital channels 211 Horizontal 15 23 softkey 120 Vertical 11 28 PPC 250 PPU 25...

Page 496: ...es remote 276 Resolution 11 12 Resource string LAN 247 Results mask testing 122 Search 147 Reticle 61 Rise Fall Time Search 139 Rise time 78 87 RMS 78 RMS Cycle 87 RMS Value 87 Roll mode 26 RS232 basi...

Page 497: ...7 238 File name 220 Firmware 237 Format 230 231 Hour 236 Hysteresis A B 44 53 IEEE488 236 Import Export 222 223 Interface 236 238 Invert 31 LAN 236 LED Intensity 240 Load 221 Main Time Base 70 120 Mea...

Page 498: ...9 Stretch Y masks 129 Suffixes 253 Symbolic ID 151 Syntax elements SCPI 257 T Temperature Colors 59 Termination 11 30 Test masks 128 Test results masks 122 Threshold Protocols 148 Time 78 236 Time bas...

Page 499: ...aveforms File formats 227 Save and load 227 saving 224 230 Saving to USB flash device 229 softkey 224 switch off 28 Waveform samples 12 Wfm Arithmetic FFT 116 softkey 116 White space 257 Width Search...

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