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Oscilloscope Mode (cont`d)

1. 0cccccccccccneeceeeneeeeeaee 91 SCOPIX Oscilloscopes General Instructions Contents cont d Recorder Mode Vert Vertical menu Trig Trigger menu Horiz Horizontal menu Display Display menu Measure Measurement menu Memory menu Util Utilities menu 2 Help menu Applications Display of the calibration signal Automatic measurements ccceeeeeeeeeees Cursor measurements ccccccceeeeeeeeeeeeeees Phase offset measurement with cursor Automatic phase measurement 008 Manual phase measurement 0 cceeeees Videosignal display ccccccseeeeesseeeeeeeeeeens Examination of a specific TV line Automatic measurement in Harmonic Analysis Mode ROLL Mode display of slow phenomena Min Max Acquisition ccccccccesseeeeeeeeeeeenees Measurement in Multimeter Mode Measurement in Recorder Mode Ethernet network application examples WEB ee espero ceo ep eee Technical Characteristics Oscilloscope mode cccccccccceseeeeeeeeeeesaeeeeees Multimeter mode ccccccccceeceeeeeeeeeeeeeeeeseaeees Harmonic Analysis mode cccccseeeeeeeeeeees Recoder mode c ccccccccssseeeeeeeeeeeeeeseeeeeeeeeas Error messages ccccseececceeeeeeeeeeeeseeseeeneneeeeaees G
2. Oscilloscope Function Trigger circuit Characteristics Trigger sources CH1 CH2 CH3 CH4 OX 7104 CH1 CH4 OX 7102 Trigger mode Automatic Triggered Single shot Auto Level 50 Trigger coupling without bandwidth limit AC BW 10Hz to 200MHz DC BW 0 to 200MHz HFreject BW 0 to 10kHz LFreject BW 10kHz to 200MHz OX 7104 OX 7102 Trigger gradient Trigger sensitivity Noise rejection Trigger level Variation range Trigger type HOLDOFF SCOPIX Oscilloscopes With bandwidth limitation activated the bandwidth is limited to 2OMHz Falling or rising 0 6 div at 1kHz noise rejection mode gt inactive x 1 5 div 10 div on edge on pulse width lt t t gt t from 20 ns to 20 s Trigger after delay of 120 ns to 20 s qualifier source CH1 CH2 CH3 CH4 trigger source CH1 CH2 CH3 CH4 Trigger after counting 3 to 16 384 events qualifier source CH1 CH2 CH3 CH4 counting source CH1 CH2 CH3 CH4 trigger source qualifier or counting source TV on CH1 only Selection of line number and polarity with 525 lines PAL and 625 lines SECAM even or odd line field TV trigger sensitivity gt 1 div Adjustable from 160 ns to 30 sec 145 Technical Specifications Technical Specifications cont d Oscilloscope Function Acquisition chain Characteristics ADC Resolution Maximum sampling rate Sampling modes Real time Repetitive signal Transient capture MIN MAX mod
3. SCOPIX Oscilloscopes e Using this key select the Oscilloscope mode e Connect the PROBIX adapter of a 1 10 ratio HX0030 probe to input CH1 g A message indicating the characteristics of the probe is displayed briefly confirming that it has been detected The PROBIX menu Vert gt CH1 gt PROBIX can be used to configure buttons A and B of the probe e Use this menu to assign button A to increasing the sensitivity and button B to reducing it by selecting Sensitivity g See the description in the chapter on PROBIX p 17 e The same menu can be used to modify the color of CH1 trace gt Red e Via the probe with its earth connect the calibrator output to input CH1 Probe Adjust 3 V 1 kHz located on the side of the instrument Connect the cold point of the 1 10 probe to the cold point of the calibration output of the probes e Check that the coefficient of the 1 10 probe has been taken into account Vert Menu gt CH1 gt Vertical Scale gt Coefficient 10 d The sensitivity and the measurements take the probe s coefficient into account e Validate the signal Vert Menu gt Display gt Trace 1 or by pressing the CH1 key or on the display of the CH1 trace parameters e Adjust the CH1 sensitivity Vert Menu gt CH1 gt Sensitivity coupling 500 mV div 1 10 probe or by using buttons A and B of the HX0030 probe or the keys opposite e Adjust the CH1 coupling Vert Menu gt CH1 gt Sensitiv
4. key deletes the character preceding the cursor in this area The key can be used to switch between upper case and lower case characters The vertical scale unit will be entered into the modified trace s parameter display 3 characters max Reinitialization of the multiplication coefficient to 1 000 and return to the V measurement unit Validation of the selections by OK Exit from the menu without modification by Cancel The Vertical scale menu can also be called up by double tapping with the stylus in the parameter display of the required trace math1 to math4 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d The Trig Menu Vert SULE Horiz Display Measure eee aaenaces Cees Trigger Parameters Main Pulse Delay Count Ty i n l f 1 J Main Trigger Trigger if Pulse is Trigger Parameters Main Pulse Delay Count Fl Ty Trigger oot on CHI tandard olarity C 825 Treg car fe 625 lines ine oldott 25 anons 4 SCOPIX Oscilloscopes Memory Util Main Pulse Delay l Count Ty Ource ouplirig i Caraca oc H evel dge 2043 fe c C Noise Reject aldott 108p a Edge Trigger Trigger Parameters Main Pulse Delay Count Ty Auxiliary Trigger hain Trigger Trigger Delay mee 39 245 ce 1 O8ps iliary Source oupling Hle e p pc evel die 2 04 E fe i O Noise Reject Trigge
5. 4 Menu bar Direct access to main area 1 Display area settings Selection of the fundamental or a harmonic Display of information on the fundamental or harmonic selected 3 Status area Displays the result of harmonic analysis of the selected traces ch1 to ch4 The harmonic analysis of the ch1 and ch3 trace is shown in a darker color while the trace of ch2 and ch4 are displayed in a lighter color or the same color as the trace The display appears as a bar chart with its vertical axis graduated in terms of the percentage of the fundamental amplitude from 0 to 100 every 25 The horizontal axis represents the harmonics i e e the fundamental F and the first 15 harmonics e the fundamental F and the even harmonics from 2 to 30 e the fundamental F and the odd harmonics from 3 to 31 With this breakdown of the harmonics the stylus can be used to select the fundamental F or one of the harmonics Xx Example Ref Harmonic 5 to perform automatic measurements on the selected element e The Vv symbol indicates the harmonic selected e See Display Menu for selection of the harmonics SCOPIX Oscilloscopes Harmonic Analysis Mode Harmonic Analysis Mode cont d 2 Control area 3 Status area The SIGNAL area The Ref Fundamental or Harmonic X area 4 Menu bar SCOPIX Oscilloscopes chi Using the stylus display of So0rn the parameters of the traces in
6. fills the unused space Unit Contains the measurement unit associated with the current measurement range Secondary Selected through the Display menu measurement l l l g If no display is selected or if the display is not possible e g frequency measurement for a continuous signal etc the character string iS displayed If the channel is not selected X is displayed 3 Cursor value Cursor Ref Hour minute second Level This window displays the absolute position of the cursor on the measurement reference channel Time position hour minute second Level position depending on the type of measurement SCOPIX Oscilloscopes 77 Multimeter Mode Multimeter Mode cont d 4 Bargraph These graphs show the min and max values measured on the channels in the range during the observation period The bargraph is shown with the color of the channel The zero level of the bargraph and the scale are adapted to suit the type of measurement and the range d If the range is changed the bargraph is reinitialized and the curve showing the evolution of the measurement is erased 5 Graphic window This window shows the evolution of the measurements as a function of time The most recent measurement points are those on the right hand side of the screen Depth of the Last display point window acquired Cursor An N The depth of the window which represents the observation
7. SCOPIX Portable Oscilloscopes I OO MHz 2 channel OX 7 1 O2 I OO MHz 4 channel OX 7 I 04 USER MANUAL OX 7104 c AEMC INSTRUMENTS Contents General instructions Description of the instrument Oscilloscope Mode Multimeter Mode Harmonic Analysis Mode Menus General Instructions Chapter uit is te T ei Ls 9 PEPEPEPE EE PEE PE ENTERA ENPE TEE A EE Sv eeh te EE TE EA PATEE 4 Precautions and safety measures ccccecccccseeeeeeeeeecaeeeeeseeeesaeeeeesaaeees 4 Symbols USE ccccccccseseeccceeeceeeeeeeeeeeeeaaeseeeeeeeeseeeeeeeeeeeseaeeeeeeeesssaeaeeeeeeees 5 Maintenance and metrological verification cccccssseccsseeeeeeeeeeeeeeeees 5 Unpacking Repacking a sescctterneistaatisicinsicatstrnieiespstererienesarioheanieaeenentedion 5 E i PAREPA EAN A E EE E T EAE E E T FE AEE T E TET 5 Chapter Il Bl AR a E 6 Markos on roar PAIE hessa 7 ee ein ica ee 7 Terminal Be ogee terest connie rnedeca ne tessa aos ie iniri iiaeia 8 Bc 8 ae EE A E A EAT E Erste Ran oer ee eel E Er eet ne eer Cee ETE 9 PA E ne eienaiaietieian anemeriente 10 ZEIN Anes et lor ec ne Rent ee ant a ey reese ere eee Geb cee ee ney Me nye eer viene 11 Fe PODO E asiaa A ARAE 13 aE A AEA NENE T cic E AE E E crete wee E EE E EAE T AE 17 Chapter III E o EEEIEE AE TEE AE E TEE A EEE ET E EET EAE ATEA E A 19 DE e OPEREI EAE EAEE ATEEN EAE APENE A EAE E EE E 24 Menus Vert Vertica
8. The key can be used to delete the value preceding the cursor in the zone to be modified An IP address can be assigned automatically by a DHCP server if the server is accessible by ticking the box provided by a DHCP server ex Example 132 147 200 74 Corresponds to the IP address of the printer or of a PC to which the printer is connected In this case the LPD Server software needs to be installed on the PC This address must be input manually with the keyboard after selecting the zone to be modified The key can be used to delete the value preceding the cursor in the zone to be modified ex Example 132 147 240 1 Name of the printer as it appears in the printing server or PC If the printer is connected directly to the network do not enter anything here This key is accessible in the Advanced mode only It gives access to the manual programming of the Subnet mask and to the programming of the IP address of the gateway Validation of the selections by OK Exit from the menu without modification by Cancel SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Hardcopy Option Port Configuration Date time d Language Screen saver d SCOPIX Oscilloscopes The printing format the type of printer and the communication port are chosen in this menu The printer type or selected format will appear in reverse video The stylus is used for selection The s
9. e Instrument settings fault capture mode zoom etc e Acquisition times of the first sample that can be viewed of the sample under the main cursor of the sample under the auxiliary cursor Standard configuration Time of acquisition of 1st Time of acquisition of Time of acquisition of sample The curves displayed sample viewable in the sample located under located under the auxiliary are stored in the displayed window the main cursor cursor memory Move to the left in the acquisition 10 23 10 13 23 25 Screen position in the Position of main auxiliary Np Move to the acquisition memory cursors in the acquisition right in the memory acquisition Display in fault capture made Zoom active memory Configuration if enabled When the acquisition starts the display returns to its standard configuration SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont Bargraph Settings Acquisition times 6 Control area a gt SCOPIX Oscilloscopes In fault capture and file capture mode the bargraph indicates the position of the screen and cursors in the acquisition memory The main cursor is positioned on the displayed fault and the auxiliary cursor on the right of the screen ee d l N Z Movement towards the fault Movement towards the fault immediately left of the immediately right of the magnified screen magnified screen Signification of symbols appearing on the bargraph The recorder
10. or using these keys e Adjust the chi sensitivity Vert Menu gt CH1 gt Sensitivity coupling gt 100 mV div N A or using these keys e Modify the scan speed N using the scrollbar in the time base window 20 us div or using these keys 23 Example of video line 1 ch Cea OO chas g0 Orn ee eee E G0 Or ch4 1 00m Midt 64 00ps dv 4 544m doo d SCOPIX Oscilloscopes 125 Applications Applications cont 9 Automatic measurement in Harmonic Analysis mode 126 Recall Initially there must be one or two traces on channels CH1 to CH4 Only the channels and not the functions can be the subject of harmonic analysis Inthis mode the time base is not adjustable e Set the traces for channels CH1 to CH4 to the mode Oscilloscope e Using this key select the Harmonic Analysis mode The traces of channels CH1 and CH4 are shown in a dark color while the traces of CH2 and CH3 are light or in the color of the trace e Use the Display menu see Display to select the harmonic breakdown required the fundamental F and the first 15 harmonics the even harmonics 2 to 30 the odd harmonics 3 to 31 The selection chosen appears under the breakdown display e The SIGNAL table under the breakdown provides information on the active channel s CH1 to CH4 the RMS voltage of the signal in V harmonic distortion rate in of the signal e The v symbol pres
11. 2 Oscilloscope Mode Oscilloscope Mode cont Display elements Definition of display Elements selectable using the touch sensitive pad Trace displayed and identification of the trace number Phase measurement cursor position indicator Trigger level position indicator Selection of a zoom zone Indicator of trigger time position overshoot outside the display window Indicator of trigger level position overshoot outside the display window Indicator of channel level overshoot outside the display window 28 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont Menu accessible from display area By double tapping with the stylus in the display area the menu concerning the display can be opened directly oom Out Touch Screen Calibration af Meas Trace 1 Meas Trace 2 The Full Screen and Zoom Out options are directly accessible see Display Menu The same applies to the selection of the automatic and manual measurement reference signal see Measure Menu Meas Trace 3 Trace 4 It is possible to use the stylus to zoom in the display area by pulling a rectangle After zooming in on part of the screen the sensitivities of the traces and the time base are recalculated The symbol Z appears in the signal and time base parameters display The zoomed section is represented in the bargraph The Zoom Out menu see Display Menu or the Zoom key can be used to
12. Frequency representation of signal calculated by FFT 56 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d SCOPIX Oscilloscopes The finite duration of the study interval results in a convolution in the signal frequency domain with a function sinx x This convolution modifies the graphic representation of the FFT because of the lateral lobes characteristic of the sinx x function unless the study interval contains an whole number of periods Four types of window selections are available the menus appear directly on selection of the FFT menu Type of window Width of main Max amplitude of lobe secondary lobe compared with main lobe Rectangular window 13 dB 32 dB 43 dB Blackman window 94 dB 12 n N Effects of under sampling on frequency representation If the sampling frequency is not correctly adjusted less than or twice the maximum frequency of the signal to be measured the high frequency components will be under sampled and appear in the graphic representation of the FFT by symmetry aliasing e The Autoset function is active This prevents the phenomenon above and adapts the horizontal scale the representation is more legible e The Zoom function is active The Vv symbol in front of one of the options indicates the function selected 57 Oscilloscope Mode cont d The Display Menu Wert Trig Horiz MESJES Measure Memory Util oom Off Full Screen
13. It is essential given the stray capacitances to connect properly the reference conductors for each probe These conductors must be connected preferably to the cold points to prevent transmission of noise by the stray capacitance between modes Analog ground Digital ground Analog ground Digital ground Ar DIGITAL OUTPUT The noise of the digital ground is transmitted to the analog entry by the stray capacity 16 SCOPIX Oscilloscopes Description of the Instrument Description of the instrument cont d Network General principles of the Ethernet network Addressing Ethernet physical addresses IP addresses SCOPIX Oscilloscopes Configuration of the Network interface Ethernet This interface uses the same connector RS 232 Ethernet located on the right hand side of the instrument and requires a specific Ethernet RJ 45 cable Ethernet and TCP IP Transmission Protocol Internet Protocol are used to communicate on a company s network Each piece of equipment under TCP IP has a physical address Ethernet and an Internet address IP A physical or Ethernet address stored in ROM or PAL identifies each item of equipment on the network The physical address enables the equipment to determine the source of data packet transmission The physical address is a number coded over 6 bytes represented in hexadecimal form Hardware manufacturers procure physical addresses and allocate them incr
14. Oscilloscope Function Horizontal deflection time base Characteristics Time base ranges Time base accuracy Sampling rate Time measurement accuracy Horizontal ZOOM XY Mode Phase error Bandwidth in X and Y Representation Fast Fourier Transform 144 OX 7102 OX 7104 35 ranges from 1 ns to 200 s div 0 1 1 GS sec in real time 25 GS sec with repetitive signal 0 02 div x time div 0 005 x reading 1 ns The horizontal ZOOM factors available range from x 1 to x 10 according to the sequence 1 2 5 in ZOOM mode the same sequence of time base ranges is used as in normal mode Note The oscilloscope has a memory capacity for recording of 2500 counts per channel The horizontal resolution of the screen is 250 counts for 10 divisions The bandwidth in X and Y is identical 23 g In XY mode at each instant t The smallest time increment between two successive XY points is given by the real acquisition frequency of the oscilloscope XY mode representation therefore depends on the selected time base range 100MHz OX 7102 OX 7104 temporal or frequential FFT calculation on the traces present in the screen area e dynamic refreshment as a function of the signal observed in RUN mode e windowing rectangle hamming Hanning Blackman e scales logarithmic or linear e automatic adjustment with autoset function SCOPIX Oscilloscopes Technical Specifications Technical Specifications cont d
15. Spanish etc Sets the screen to standby after a defined period of time to minimize the consumption of the equipment and screen ageing 4 options are available 15 min 30 min 1 hour no standby mode The screen can be reactivated by pressing any key on the front panel Shutdown of the instrument after a predefined period in order to limit its energy consumption In this case the equipment configuration is saved before the shutdown 4 options are available 30 min 1 hour 4 hour 24 hour The equipment is reactivated using the key shown opposite or using a key on the front panel which will not be taken into account e The symbol indicates the option selected e The option can be modified using the stylus Validation of the selections by OK Exit from the menu without modification by Cancel 71 Oscilloscope Mode Oscilloscope Mode cont d System Info Next calibration date d Touch screen calibration Advanced Mode Menus present in Advanced mode only 12 Display of data concerning the operation of the instrument since it was first used Periodic annual equipment calibration is necessary to guarantee the specifications announced For verification of the instrument see Maintenance You can exit from this menu by tapping the stylus on the icon in the top right hand corner See pages 28 and 29 When this Advanced mode is not active the advanced equipment functions
16. TXT format Files saved with the suffix TXT can be exported onto a PC see Util Menu gt Files for processing with other software spreadsheet etc Configuration This function is identical to the one in Oscilloscope mode The Util Menu Configuration This menu is identical to the one in Oscilloscope mode except Screen saver e fthe recording time is over 2 seconds the screen saver will never be activated e Ifthe recording time is equal to 2 seconds the screen saver and settings operate as in Oscilloscope mode Standby e lf the recording time is over 2 seconds standby will never be activated e Ifthe recording time is equal to 2 seconds standby and settings operate as in Oscilloscope mode The Menu This function is identical to the one in Oscilloscope mode 84 SCOPIX Oscilloscopes Harmonic Analysis Mode Harmonic Analysis Mode Display The Harmonic Analysis mode is an optional firmware that can be installed Installation e Connect the HX0042 cord of connector RS 232 Ethernet located on the side of the oscilloscope to one of the serial ports of a PC e Insert the diskette provided for the installation in the PC s floppy disk drive e Launch the file install_ analyzer exe e Configurate the RS 232 link of the oscilloscope as indicated Menu Util gt Config Ports d E S gt RS 232 Speed 115200 bauds Format 8 bit Stop bit 1 Parity None Protocol Indifferent e Va
17. mode Advanced mode When Advanced mode is not enabled certain instrument functions no longer appear in the menus Functions available in math1 math2 math3 math4 gt accessible via the Vert menu Advanced mode only gd The v symbol indicates that Advanced mode is enabled e The stylus can be used to modify this e By default Advanced mode is not enabled e n non advanced mode the instrument s configuration is not saved when it is shut down using the key opposite and the default factory configuration is loaded at start up SCOPIX Oscilloscopes 117 Recorder Mode Recorder Mode cont The Menu Vert Trig Horiz Display Measure Memory Util Ea Hele RUN HOLD Acquisition control n Oscilloscope mode starts RUNG or stops HOLO acquisitions In AUM mode acquisition is activated according ta the mode selected see lt SGLE REFR kev In Multimeter mode activates RUNG or locks HOLD the measurement display The measurements continue to be recorded normally In Harmonic Analyser mode inactive In Recorder mode this command authorises RUN or stops AHOLD the acquisitions About i OX7104 V2 03 A00 Help Menu identical to Oscilloscope mode About Menu identical to Oscilloscope mode Applications Applications 1 Display of the calibration signal B atog GND SGLE REFR RUN HOLD D a OCHO 6H amp
18. sf Oscilloscope Function only accessible in Advanced mode See Description gt Envelope Oscilloscope Mode Grid Display Removal of graticule Display modes Vector There are two display modes available vector and envelope A vecior is plotted on the basis of each sample Envelope The minimum and maximum observed on each horizontal position of the screen are displayed This mode is used for example to view a time or amplitude variation or a modulation The symbol indicates the active display mode re Zoom off Returns to the original screen size after zooming in on part of the screen d e This function is inactive unless the screen is in zoom mode e If the Zoom mode is active the letter Z is displayed in the trace and time base parameter display area display area 58 This menu can also be called up by double tapping the stylus inside the trace SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Full screen Switches from the normal display mode to the full screen display mode and vice versa The display is organized so as to leave the biggest surface area possible for trace plotting only the permanent settings and the automatic or manual measurements remain e This function has the same effect as the key e The Vv symbol indicates that the full screen mode is active This function can also be called up by double tapping
19. 37 38 Oscilloscope Mode Oscilloscope Mode cont d You can then open the menu Vertical Scale of math3 see Opening from math3 math4 to assign a coefficient to the result and to modify the measuring unit In our example e Then select math3 as the reference for the automatic and manual measurements see MEASURE Menu e Then display the table of 19 measurements made on the maths trace math3 see MEASURE Menu The measurements displayed are the exact result of the multiplication of the two traces ch1 and ch2 in the unit V T Sensitivity math3 25 VV Vpp math3 25 VV SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Example 3 math3 divv 3 sin 2 pi t 500 Association of predefined functions Vona 5 00 T The trace obtained is a sine curve produced using the predefined function sin The amplitude is 6 divisions The period equal to 500 samples 2 horizontal divisions depends on the time base Auta 4 F r trig e Same trace produced with the predefined divh function math3 divv 3 sin 2 pi t divh 2 m In this example divh 2 is equivalent to 500 samples g 1 horizontal division 250 samples The period divh 2 equal to 500 samples 2 horizontal divisions depends on the time base e Production of a sine wave by the predefined cos function maths divv 3 cos 2 pi t divh 2 T The trace obtained with the predefined
20. F frequency DC cyclic ratio N number of pulses Over negative overshoot Sum summon of instantaneous values of the signal 61 Oscilloscope Mode Oscilloscope Mode cont d Measurement e The measurements are performed on the displayed part of the trace conditions Any change to the signal will lead to updating of the measurements They are refreshed in step with acquisition e To perform automatic measurements on specific portions of the signal frame the required measurement area with the manual cursors so that the markers show the new location of the automatic measurement e Measurement precision is optimum if two complete signal periods are displayed Automatic measurement P 1 F presentation 4 gt W Nn lt 4 gt gt Vmax 100 m A 90 Vihigh V avg 10 Vilow 0 v v Vmin Tfall p lt 4 Trise p lt 4 e Positive overshoot 100 Vmax Vhigh Vamp e Negative overshoot 100 Vmin Vlow Vamp e Vrms Sw Yeno l e Vavg pi Sw Yenp Yenp Value of the point representing zero volt 62 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Phase measurement Trace Phase Trace2 Phase Trace3 Phase Trace4 Phase d Manual measurements dt dv Manual phase measurement SCOPIX Oscilloscopes Automatic measurement of a trace s phase compared with a reference trace See Reference Measur
21. Keys DOG 1 AUTOSET key IP OS DO lz a g 30 3 CH 4 TRIGGER keys 6d GA G amp 92 Recorder Mode The Recorder mode is an optional firmware that can be installed It is best if the oscilloscope is plugged into the AC power to operate in this mode battery life This key selects Recorder mode LCD contrast setting see Oscilloscope mode Full screen display see Oscilloscope mode Take a screen shot see Oscilloscope mode No action Pressing this key displays the message Impossible in this mode No action Pressing the key displays the message Impossible in this mode No action Pressing the key displays the message Impossible in this mode No action Pressing the key displays the message Impossible in this mode Successively pressing the key toggles though the different types of trigger of the last channel selected see Trigger Menu No action Pressing the key displays the message Impossible in this mode This key has two functions RUN launches an acquisition HOLD stops an acquisition lf the recorder is in memory display see Memory Menu gt Recall REC the message Impossible in this mode appears when this key is pressed SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont 3 MEASURE keys e E MEAS Crx d Particular case REF MEAS C
22. LPD server can also be installed on a PC available as an option with WINDOWS 2000 or XP In all cases the instrument is an LPD client that has to be configured to indicate to it the IP address of the LPD server the workstation PC or directly the printer and the logical name of the printer managed by the server See Applications SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode The Keys A By pressing this key you can select the oscilloscope mode 5 UTILITY keys or key pad Direct access to LCD contrast adjustment When this key is pressed the display mode toggles between normal to full screen l display The screen is organized in such a way as to optimize the trace plotting surface area by removal of the menu bar the parameters of the traces of the time base the bargraph Only the permanent settings and the measurements will remain The controls on the front panel remain active Triggers a hardcopy in accordance with the configuration chosen in the Util and Hardcopy menus A second press before the end of the process will interrupt the current printout If printing is impossible a Printing error message will be sent The E symbol is displayed in front of the settings display zone when printing is in progress The first press will freeze the traces on the screen They will be displayed in a lighter color as a reference to be compared with another acquisition A
23. Mode cont d Display Display Vert Trig Horiz Display Measure Memory Util ursortl 09 54 32 dc Auto F 1 000kHz Composition The multimeter display is divided into 6 functional areas 3 Cursor value 2 Ch 1 Multimeter 2 Ch 3 Multimeter 5 Graphic window 4 BarGraph VBE yudeipieg p 2 Ch 2 Multimeter 2 Ch 4 Multimeter 6 Current setting 1 Menu bar Vert Trig Horiz Display Measure Memory Util 7 The tool bar gives access to the different menus of the Multimeter function 76 SCOPIX Oscilloscopes Multimeter Mode Multimeter Mode cont d 2 Channel x multimeter There is a display area reserved for each of the instrument s channels In each of these the following information is indicated ranging Principal measurement Principal measurement Secondary measurement Secondary measurement Channel CH1 CH2 CH3 or CH4 Coupling The input coupling selected see Vert Menu is indicated in this field For the Ohmmeter Capacimeter Continuity Component Test and Temperature Measurement modes the coupling is not shown Autorange Indicates whether range changing is automatic Symbols A symbol is displayed corresponding to the type of selected measurement Ohmmeter Capacimeter q Continuity gt Component test PT100 Temperature measurement Principal If the channel is activated the measurement result is displayed Otherwise the message measurement X
24. Oscilloscopes 79 Multimeter Mode Multimeter Mode cont d The Vert Menu eae Trig Horiz Display Measure Memory Util 7 Range oupling chi Parameters che H gt rari QUEM chs H Vertical scale cht bE p Frobix Configuration of Probis 1 utton A Button 6 fe Sensitivity Vertical position Timebase Horizontal position Trigger edge Run Hold Auto Meas Ref Meas Autoset cht Auto 50 oeFfficientM easure Unit I 00 vf xi x10 xto0 1000 ch1 ch2 ch3 ch4 Modification of the parameters of channels ch1 ch2 ch3 and ch4 independently the vertical scale of the selected trace the parameters of the PROBIX probe connected Sensitivity Coupling Modifies the parameters of the selected channel Range Choice of the measurement range The unit displayed depends on e the type of measurement selected amplitude available on all channels ohmmeter continuity capacimeter PT100 temperature probe available only on channel 1 see Measure Menu e the PROBIX probe connected to the input e the parameters of the Vertical Scale menu if they have been modified since connection of the PROBIX probe For the ranges available for each type of measurement refer to the technical specifications of the Multimeter function The Range Coupling menu is displayed in light grey when the range is not modifiable single range 8
25. SS Ce Oe Definition of display Display elements 43 Trace Trace displayed Indication of vertical position of reference level of the displayed trace and identification of trace number peter al Indicator of trace outside display window 16 Graticule division Tre ain measuring cursor 19 Tiger ievel positon outside windowindestor O Trigger level position indicator here for example upper lower trigger Eac Trigger time position indicator gt fixed at 20 100 SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont Menu accessible Like in Oscilloscope mode the menu concerning the display can be opened directly from display area by double tapping the stylus in the display area This menu as well as the functions of the proposed options are identical to those in Oscilloscope mode Full Screen Touch Screen Calibration af Meas Trace 1 Wess race 2 Meas Irate g Meas Trace 4 Zoom creation in Fault Capture mode Case 1 The horizontal zoom is disabled the screen displays 10 faults Draw a rectangle around the part you wish to zoom in on The screen displays with a vertical zoom the fault on which you began the rectangle Fault 5 is magnified aos E a hold Fault 5 is displayed in full screen mode and has been vertically magnified To return to a normal display 10 faults displayed on the screen select Disable zoom in the
26. address of the gateway is possible on the instrument in the Advanced mode This protocol is used to automatically assign an IP address to the instrument when it connects up to the network A DHCP Dynamic Host Configuration protocol server must be accessible on this network contact your network administrator to make sure that this server is present FTP File Transfer Protocol is used in the oscilloscope for fast file transfers to or from a PC To use it open the browser on the PC and in the URL field type the IP address of the instrument preceded by ftp ex Example ftp 192 168 3 1 The oscilloscope is an FTP server See Applications With this protocol the instrument can act as a WEB server and you can access the most frequent settings and view traces on your PC using your browser INTERNET EXPLORER NETSCAPE To use it open the browser on the PC and in the URL field type the IP address of the instrument preceded by http ex Example http 192 168 3 1 See Applications You must install Java Virtual Machine JVM SUN 1 4 1 or higher on your PC to be able to display the traces This JVM can be downloaded from the site http ava sun com This protocol Line Printer Daemon is used by most of the printers connected to an Ethernet network but also by the printing server units which handle conversion between Ethernet and Centronics ew Example Jet Admin and UNIX and LINUX workstations An
27. ame Tig Horiz Display Measure Memory Util Sensitivity Coupling Vertical scale Frobis ouplirig C AC f DC C GND SkHz f Trace1 Vertical scale e T fel iol iS ol 1I Configuration of Probix Utton 4 Button 6 fe Sensitivity Vertical position Timebase Horizontal position Trigger edge Run Hald Auto MeasRef Meas Autoset chx Auto 50 oefticient M easure Unit joo v xi x10 x100 lt 1 000 Display When selected this opens the Trace display menu for validating or invalidating the traces Validation of the selections by OK Exit from the menu without modification by Cancel The V symbol in front of a trace indicates that it has been validated The harmonic analysis of the signal on channel ch1 and ch3 is shown in a dark color while the signal of channel ch2 and ch4 is lighter In Harmonic Analysis mode only the channels and not the functions can be the subject of harmonic analysis d 88 SCOPIX Oscilloscopes Harmonic Analysis Mode Harmonic Analysis Mode cont d ch1 ch3 ch2 ch4 Sensitivity Coupling Channel Sensitivity d Coupling d bw limit d Vertical scale Coefficient d Measurement unit Init PROBIX SCOPIX Oscilloscopes Modification of the parameters of ch1 ch2 ch3 or ch4 independently and modification of the vertical scale of the trace selected Modification of the sens
28. battery is 60 charged etc mmm j C If only one charge bar is present it means that the battery can only operate for a few minutes more so you are advised to recharge it or switch to the AC power supply ai The battery is totally dead and the screen is about to shut off You must either recharge the battery or connect the instrument to the external power supply To maintain good condition of the battery use the oscilloscope until at least one bar remains M___ before recharging The oscilloscope is equipped with a stand that can be used to tilt it when it is placed on a work surface SCOPIX Oscilloscopes Description of the Instrument Description of the instrument cont d ProbiX Concept The oscilloscope uses PROBIX intelligent probes and adapters offering users active safety When connected to one of the oscilloscope s inputs a safety message concerning the probe or adapter used indicates e its maximum input voltage according to the category its maximum voltage in relation to the ground according to the category its maximum voltage between channels according to the category its type its basic specifications the use of suitable safety leads For user and instrument safety these instructions must be adhered to Some probes are equipped with buttons whose assignment can be programmed An interchangeable elastic band or plastic collar can be used to match the probe color to the trace color The oscill
29. cos function is offset by 90 SCOPIX Oscilloscopes 39 Oscilloscope Mode Oscilloscope Mode cont d Production ofan mathi sin pi t divh 1 exp t divh 6 divv 4 attenuated sine wave using e predefined functions sin pi t divh 1 can be used to modify the number of periods exp t divh 6 can be used to modify the level of attenuation 40 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Function definition Files Contains the list of the functions FCT saved by the user along with two predefined files By selecting the name of the function with the stylus function name in blue you can transfer the definition of the function into the 2 lines provided for that purpose The scroll bar can be used to scroll through the list of memorized functions The function can be modified with the table of usable characters associating the ch1 and ch2 traces This menu also contains two predefined functions C1MULC2 FCT and SQUARE FCT C1MULC2 FCT Product of 2 traces with scaling math3 ch1 ch2 divv 4 C1MULC2 FCT g The factor divv 4 is used to optimize the display as long as the source signals have sufficient dynamics gt 6 divisions and no overshooting SQUARE FCT Definition of a square signal using first 4 harmonics of a Fourier series development T math3 SQUARE FCT math3 sin pi t divh 2 sin 3 pi t divh 2 3 sin 5 pi t divh 2 5 sin 7 pi t divh 2
30. display zone When activated the Full Trace function is indicated by the presence of a continuous horizontal line in the middle of the display area horizontal splitting of the graticule After activation of the function traces 1 and 3 are assigned to the upper part of the display traces 2 and 4 are assigned to the lower part in order to prevent overlays The traces can then be moved vertically in the two zones This function can also be used in full screen mode Successive presses allow selection of the input coupling AC DC or GND for the last channel selected The coupling is indicated in the channel parameters area AC AL DC GND 2 Adjustment of the vertical sensitivity of the last channel selected N increases the vertical sensitivity while reduces it Adjustment of the vertical position of the last channel selected moves it downwards while moves it upwards 23 Oscilloscope Mode Oscilloscope Mode cont d Display Display Wert Trig Horiz MEJA Measure Memory Util i i i i i mathz TEA E a ee N 1 00 div FFT Midt 2500ms dv 6 000 W o T l Cursor eura 4 1 80m al i T p 3 000 Composition The oscilloscope display is divided into 4 functional zones Direct access to main settings 4 Menu bar 3 Display area O O N 1 Status area 4 Display and adjustment of current value 24 SCOPIX Oscilloscopes Oscillos
31. insulated inputs Vertical offset dynamic 10 divisions on all ranges Input coupling AC 10Hz to 100MHz DC 0 to 100MHz GND reference BWL bandwidth limit at 20OMHz Rise time on all vertical ranges lt 3 5ns OX 7102 OX 7104 2 5 mV to 200 V div Cross talk between channels DC at 40 MHz gt 70 dB DC at 100 MHz gt 70 dB d9 Same sensitivity on both channels Response to rectangular Positive or negative overshoot signals 1 kHz and 1 MHz Overshoot lt 3 Aberrations lt 3 Peak to peak gain accuracy 1 with averaging of 4 at 1kHz Vertical resolution of the display 0 4 of full scale without ZOOM 0 025 in ZOOM mode 12 bit DC vertical measurement 1 x Veen oe accurac accuracy of vertical offset y 0 05 div x V div Resolution of the measurements 12 bit Accuracy of vertical offset 1 x offset value 200uV 0 1 div x V div Probes The probe s attenuation coefficient in the display is taken into account automatically when PROBIX probes are used Vertical ZOOM function on ZOOM factors 16 max acquired or saved curve Electrical safety not for 600V CAT III double insulation accessory Max voltages not for floating 600V CAT IIl from 50 to 400 Hz accessory between channels 600V CAT Ill from 50 to 400 Hz Input impedance 1MQ 0 5 approx 17 pF Display modes chi ch4 OX 7102 chi ch2 ch3 ch4 OX 7104 SCOPIX Oscilloscopes 143 Technical Specifications Technical Specifications cont d
32. is in fault capture or file capture mode The horizontal zoom is active The curves displayed are stored in the memory Delayed start up is activated This symbol is displayed only when delayed start up is active It indicates the time at which recording will commence Start up date see Trigger Menu gt Delayed start up These represent the times of the first sample viewed the sample located under the main cursor the sample located under the auxiliary cursor e Parameters of each channel and trace display coupling bandwidth limit zoom function vertical measurements of samples under the main and auxiliary cursor e Active adjustment of the last selected element trigger level main and auxiliary horizontal gap between the time position of the auxiliary cursor and that of the main cursor vertical gap between the measurement of the auxiliary cursor and the main cursor on the reference trace see Menu gt Measurement gt Reference number of faults acquired and number of fault viewed duration of recording and acquisition interval The time position of the trigger is not displayed as it is fixed 20 of the memory The horizontal scale is not displayed e The device indicates if the acquisition is in RUN or HOLD mode e The other displays battery etc are identical to Oscilloscope mode 97 Recorder Mode Recorder Mode cont 2 Control area cont Measurement of
33. menu History of the measurements over time Objective Presentation of the measurements as an amplitude histogram SCOPIX Oscilloscopes Technical Specifications Technical Specifications AC power Harmonics Analysis Mode 2 page display of Harmonics Even harmonics Odd harmonics 1 page display of Harmonics Harmonics Frequency of the signal analyzed Measurement accuracy Level of Fundamental Level of Harmonics Harmonic Distortion Recorder Mode Recording time Sampling rate Fault capture Trigger Display Vertical horizontal accuracy SCOPIX Oscilloscopes Selection of the page in the Display menu 2 to 30 Fundamental 3 to 31 Fundamental Selection of the page in the Display menu 16 Fundamental 40 to 450Hz 2 10D 3 10D 4 from 2 sec to 1 month from 800 us to 17 min 51 sec 10 faults in memory up to 500 faults in file on threshold high and low on threshold high or low Research minimum and maximum research of fault Specifications identical to Oscilloscope mode 151 Technical Specifications Technical Specifications cont d Communication interfaces RS 232C link configuration Ethernet Interface option RS 232 Ethernet Interface Connector Selection of speed in Bauds 300 600 1200 2400 4800 9600 19200 38400 57600 115200 Parity selection None even odd Word length selection 8 bit or 7 bits stop bit number selection 1
34. no longer appear in the menus math1 math2 math3 math4 gt accessible via the Vert menu Averaging repetitive signal gt accessible via the Horiz menu XY gt accessible via the Display menu Unattached manual cursors gt accessible via the Measure menu e The x symbol indicates that the Advanced mode is active e The stylus can be used to modify this e By default the Advanced mode is not active e In non advanced mode the instrument s configuration is not saved when it is shut down using the key opposite and the default factory configuration is loaded at Start up SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d The Menu Help About Vert Trig Horiz Display Measure Memory Util Ea alp RUN HOLD ct About Acquisition control n Oscilloscope mode starts RUNY or stops HOLC acquisition Ins AUN mode acquisition is activated according to the mode selected see lt SGLE REFR kev In Multimeter mode activates AUN S or lacks HOLD the measurement display The measurements continue to be a recorded normally i OX7104 V1 00 A00 In Harmonic Analyser mode inactive C OK ol es a When selected with the stylus this opens the Help menu The online help concerns the instrument s keyboard Use the and gt keys to scroll through the description of the keys on the front panel Whenever a keyboard key is pressed on
35. period can be programmed using the keys opposite In this way you can choose to view the measurements with a depth of 5 15 30 1h 6h 12h 24h week month When ROLL mode is activated see HORIZ Menu the measurements are updated constantly with the most recent results taking the place of the older results which disappear 6 Current settings The window has the same function as the oscilloscope window it serves to indicate and adjust the value of the parameter selected 78 SCOPIX Oscilloscopes Multimeter Mode Multimeter Mode cont d The Menus Presentation e Screen display when measurements are possible on all the channels ex Example CH1 is configured as an Ohmmeter so CH2 CH3 and CH4 are necessarily set to amplitude measurement AC DC or AC DC ursort 09 54 32 de Auto F 1 Q000kH2 The screen display is identical if CH1 is configured for amplitude measurement as an ohmmeter or for temperature measurement PT100 Screen display when measurements are possible on CH1 only xw Example CH1 is configured for a Component Test The display is identical when CH1 is configured for capacitance or continuity measurement Measurements on channels 2 3 and 4 are impossible au tr Pe Goi CI mot ursor i 0 591 V ce rors 2500 W l cr min 0 061 max 2 607 d Measure on GAZ mot Measure on GHA mot Bosse in TANS node DOSADE in TANS node 10 16 SCOPIX
36. sample fn The color corresponds to under auxiliary cursor the color of the trace Measurement of sample under main cursor Display of trace parameters validity DC coupling bandwidth limit vertical measurement of sample under cursors display of ZOOM mode OR Display of maths function in E parameters 1 219 div ime Lb validity 201 amici et vertical measurements ra mathg OR ee Display of memories Symbol is a reminder that 1 z cli m the following measurement E validity is that of the auxiliary I ie oA cursor solid line wt sati Indication and adjustment l l r SOQ i of last setting selected Symbol is a reminder that the following measurement S E g vertical and is that of the main cursor CoO4 Oms horizontal gap between the broken line main and auxiliary cursor e The use of controls the validation of channels with the stylus e the menus relating to the channels and functions are identical in Recorder and Oscilloscope mode g It is not possible to mix memorised curves Mx and acquired curves in real time Chx on the display see Memory Menu gt Trace gt Recall REC 98 SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont 7 Display area Graphic elements displayed associated with the traces in this area e Vertical position indicator for the reference level of each trace e ZOOM area selection e Main cursor permane
37. second press will erase them they will then be lost e Traces will be saved only through the Memory gt Trace gt Save menu e The reference data will be accompanied by their reference number lt gt 1 AUTOSET key Automatic optimum adjustment by Autoset on the channels where the signal is applied This concerns the following parameters the coupling the vertical sensitivity the time base the gradient the framing and the trigger The lowest frequency signal is used as the trigger source If no trace is detected on the inputs the autoset will be aborted 3 Selective AUTOSET When pressed at the same time as a CHx key CH1 to CH4 this defines the Hi corresponding channel as the trigger source It initiates an autoset which will take this laws auto selection into account Channel CHx then becomes active for adjustment using the keys ee O A CRO SCOPIX Oscilloscopes 19 Oscilloscope Mode Oscilloscope Mode cont d 4 Trigger keys SGLE REFR ED B Sets the trigger level to the average value of the signal 50 without modifying the trigger coupling When pressed in combination with a CHx key this activates the same the same function after first selecting the corresponding channel as the trigger source selects the trigger gradient up E or down by successive presses The gradient is indicated in the status area Successive presses can be used select one of the following acquisiti
38. the che krvl same color as the trace validity 1 0 0m coupling bandwidth limit ch3 gnd sensitivity 10 0m e When the pointer is placed on one of a channel s parameters it directly opens the associated Sensitivity Coupling and Vertical Scale menus e The pointer validates the channels e The v symbol indicates whether the channel is selected The status area indicates the automatic measurements performed on the signals and the selected harmonic igna Ref Harmonic 3 yuWe chl 1 24 thd 0 4 2 40kHz 1 73m o sss fhioss Bs a a co Soe fhe sss hss ksss an a coe se chg 247 Vo thd 4 Display of information Display of information on the on the traces fundamental or the harmonic selected This indicates the active channel s ch1 to ch4 when the channel is not active the RMS voltage of the signal in V l Vas V the harmonic distortion rate THD in THD ij This indicates for the fundamental or the selected harmonic 7 Example Ref Harmonic 3 Its value as a of the fundamental its phase in in relation to the fundamental its frequency in Hz its RMS voltage in V Vert Trig Horiz Display Measure Memory Util The same menu toolbar is used as in Oscilloscope mode some menus are adapted to the Harmonic Analysis mode and the others are not active 87 Harmonic Analysis Mode Harmonic Analysis Mode cont d The Vert Menu fi
39. the window e The file name is limited to a maximum of 15 characters the suffix For a source file the name is accompanied by the recording date and time and the file s size as soon as the pointer passes over its name e Ifthe name already exists or is incompatible an error message will appear When selected this opens the File copy menu Inthe Source list the CFG files recorded previously via the menu Configuration gt Save are displayed The name of the file selected for recall appears in grey The selection will be made using the left mouse button The scrollbar on the right is used for moving through the list With the source file selected the gt key is used to perform the recall You can exit from this menu without recalling by pointing with the stylus on the top right hand corner of the window e n this menu the virtual keyboard cannot be used e Use the default config file to restore the factory configuration 67 Oscilloscope Mode cont d The Util Menu Vert Trig Horiz Display Measure Memory Ba File Manager 4 CiIMULC2 FCT SOQUARE FCT REC27_01 REC Open FECOS 02 REC Export CONFOS02 CFG SAVE Ts TTT exemrec REC CONF2701 CFG utill GIF File Type Configuration creen Sayer C 15min C 30min 1H nore tandby 30min 1H nglish ls wedish i 4H fe 24H nalishi anisk Network 00 50 c2 ption Colo
40. transit loss we recommend you insure your returned material NOTE You must obtain a CSA before returning any instrument 156 SCOPIX Oscilloscopes AEM 03 08 99 MAN 100303 v4 Chauvin Arnoux Inc d b a AEMC Instruments 15 Faraday Drive Dover NH 03820 USA Phone 603 749 6434 Fax 603 742 2346 Www aemc com
41. x 240 pixels vertically Delay can be selected in the Tool Menu gt Configuration 15 30 1h or none Complete memory 2500 250 counts out of the 2500 of the whole memor Acquired points interpolated points averaging The acquired points are attached by a segment Min and max on each horizontal screen position are displayed Range of factors none 2 4 16 64 Complete Borders Trigger level position with overshoot indicator Position of the Trigger point on the bargraph and on the top edge of the screen with overshoot indicators Trace identifiers activation of the traces Position Sensitivity Ground reference High and low overshoot indicators if traces are off screen Form rectangular Amplitude 0 to 3V Frequency 1kHz 20 Dual insulation channels 600V CAT III Connect the cold point of the 1 10 probe to the cold point of the calibration output of the probes lt 5S gt 30 Hz 15mVpp to 400Vpp 20 to 80 SCOPIX Oscilloscopes Technical Specifications Technical Specifications Multimeter Function Display Input impedance Max input voltage Floating max voltage DC measurement Ranges Resolution Accuracy Common mode rejection AC AC DC measurements Ranges Resolution Accuracy with AC DC coupling AC Common mode rejection Resistance measurement Ranges end of scale Accuracy Open circuit voltage Continuity measurement Beeper Measuring current Beeper response Dio
42. 0 SCOPIX Oscilloscopes Multimeter Mode Multimeter Mode cont d Autorange d OY Coupling Bandwidth limit SCOPIX Oscilloscopes When this option is selected the measurement range changes automatically The V symbol shows that it is active If the option is disabled the range can be modified manually using the keys opposite or the Range menu depending on the type of measurement being performed Modification of the AC DC or AC DC coupling for amplitude measurement AC AC voltage measurement DC DC voltage measurement AC DC Measurement of AC voltage with a DC component For AC and AC DC measurements the menu Display gt Frequency can be used to display the frequency of the signal in the secondary display field The symbol indicates the type of coupling selected The coupling is updated in the modified channel parameter display zone If the channel measures an AC or AC DC voltage see Coupling it is possible to filter the signal with a low pass analogical filter whose cut off frequency is 5 KHz 81 Multimeter Mode Multimeter Mode cont d The Trig Menu No trigger parameterization is possible in this mode The Horiz Menu Vert Trig Display Measure Memory Util y Roll v Roll e lf this mode is activated presence of symbol the measurement history curve is constructed continuously The oldest points disappear on the left hand side of the screen while the most recent on
43. 2 Multimeter Mode 450 1 2 a X M V 5444 D min 049 9 mas S505 g e The graphic window records the changes in the measurements during the analysis period 5 minutes e The bargraph shows the amplitude of the variations e The minimum value 49 92 and the maximum value 550 5Q e measured are indicated in the CH1 parameter display e The cursor linked to the trace indicates the measurement a specific point on the trace along with the time of the event The value measured which is displayed in the CH1 parameter display remains active after the analysis period has ended 13 Measurement in Record r wide xw Example Monitoring of temperature variation of a soldering iron Analysis of iron heating Using the key shown opposite select the Recorder mode Connect the PROBIX adapter of an HX0035 K Thermocouple probe to input CH1 A message showing the characteristics of the probe is displayed briefly gt the probe has been detected chi PROBIX event HX35 NO ISOLATION BETWEEN 2 KTC 40eC 2500C 1 43 5eCtyp Input Floating Between Channel CHI K TC 30 CAT H325 Che 3 600 CATIN 300 CAT II ChS p 600 CATI 300W CAT II Cha p 600 CATI 300W CAT II 132 SCOPIX Oscilloscopes Applications Applications cont Ch1 is validated automatically Ch1 selects automatically the unit degree Celsius verification possible in the Vert menu gt Ch1 gt Vertical scale Tracel Ve
44. 3 or CH4 PROBIX When selected this opens the Probe Configuration menu When a PROBIX HX0030 probe is connected to one of the oscilloscope s inputs this menu becomes active 0 lt button canbe used to switch the LED on or off Buttons Aand B can be assigned to different settings see table below Button A Button B Sensitivity Higher sensitivity Lower sensitivity alignment division Auto Meas Ref Meas AUTO MEAS Autoset CHx Auto 50 Auto AUTO 50 e See the chapter on The Keys for further details on the function provided e The modified parameters are updated in the control area e The symbol indicates the parameters elected and assigned to the probe Color modifies the color that you want to assign to the trace e The symbol indicates the color selected e These parameters will be memorized in the probe even after disconnection of the oscilloscope e lfaPROBIX HX0031 BNC adapter or PROBIX HX0033 banana adapter is connected to one of the oscilloscope s inputs only the color menu is active e When using PROBIX adapters the choice of the color remains possible SCOPIX Oscilloscopes 33 Oscilloscope Mode Oscilloscope Mode cont d math1 math2 math3 math4 Function definition 34 Functions For each trace definition of a mathematical function and the vertical scale Menus present only in Advanced mode see Util Menu Defines the mathematical functi
45. 7 divv 4 SCOPIX Oscilloscopes 41 Oscilloscope Mode Oscilloscope Mode cont d Save Reset d Vertical scale d Opening of the menu from math1 math2 math3 math4 Coefficient d Measurement unit Init 42 Saves the definition of the function using the File Copy menu see Memory Menu The file is assigned the suffix FCT and appears in the list of saved files Completely resets the function definition After assigning a function to the ch1 math1 ch2 math2 ch3 math3 or ch4 math4 channels mathx appears in the corresponding channel s parameter display area Definition of the vertical scale for the selected trace Calling this menu from math1 to math4 is identical to calling ch1 to ch4 as long as the functions have not been defined Modifies the value of a division div in the selected trace This can be modified with the stylus using the table of usable numbers after selecting the Coefficient zone The key deletes the character preceding the cursor in this area The predefined values x1 x10 x100 x1000 correspond to standard probe coefficients and can be assigned directly The value of a division will be entered into the display of the modified trace parameters Modification of the unit of the vertical scale div for the selected trace This can be modified with the stylus using the table of usable numbers after selecting the measurement unit zone The
46. 932 W 30 00kHz ali P 409 0m FFT with a Hanning window and a log FFT with a rectangular window and a scale linear scale Horizontal unit This is indicated instead of the time base and is calculated according to the scanning coefficient Unit in Hz div i gt _____ scanning coefficient ch4 10 0 dB 2y dt 20 00kH2 d 1 0 00 dE 12 Vertical unit Two possibilities are offered by the sub menus a Linear scale by selecting the FFT menu and then the linear scale sia Vidi unit of the signal in its time representation V div E 2 b Logarithmic scale by selecting the FFT menu and then log scale logarithmic e in dB div by assigning 0 dB to a signal with an effective amplitude of 1 in the time representation The vertical position indicator of the representation is at 40 dB Graphic The FFT representation indicates symmetry in relation to the frequency origin only representation positive frequencies are displayed SCOPIX Oscilloscopes 55 Oscilloscope Mode Oscilloscope Mode cont d The sub menus select a type of window Rectangular Hamming Hanning Blackman Before calculating the FFT the oscilloscope weights the signal to be analyzed by means of a window acting as a band pass filter The choice of window type is essential to distinguish between the various lines of a signal and to make accurate measurements Time representation of signal to be analyzed Weighting window Weighted signal
47. Adjust the trigger parameters Trig Menu gt Parameter gt Principal Source CH4 Coupling AC Front or using the key opposite Adjust the trigger mode Trig Menu gt Auto Mode or using the SGLE REFR key Start acquisition using the RUN HOLD key RUN mode Use the FULL TRACE key to display the 2 traces separately ea Examination of the signals chil 00m ce SQ Onna cha SQ Ona chg Soom SCOPIX Oscilloscopes 129 Applications Applications cont g The observation of the amplitude modulated CH1 trace cannot be used incorrect display e Validate the MIN MAX mode Horiz gt MIN MAX Acquisition menu to view the amplitude modulation of the CH1 signal ea Examination of the signals Fg as Am cha aU Onn Eger aU Onn chi4d Sor 130 SCOPIX Oscilloscopes Applications Applications cont 12 Measurement in multimeter mode e Press the key opposite to activate the Multimeter mode Measurement in Connect the PROBIX HX0033 adapter on the CH1 input Multimeter Mode A message indicating the characteristics of the probe is displayed briefly confirming that it has been detected The positive input is indicated by the sign on the adapter for VDC measurements e Use the appropriate cables to connect the PROBIX adapter to the test resistor e Select input CH1 in Ohmmeter mode Menu Measurement gt CH1 gt Ohmme ter Ohmmeter mode Q is indicated in the di
48. C e The safety of any system integrating the apparatus concerns the responsibility for the assembler for the system e t can be used for measurements on circuits 600 V CAT Ill in relation to earth and can be powered by a 98 to 240 V AC line However some accessories can lead you to use this instrument on circuits of lower voltage and category rating Conform to these ratings when connecting the accessory In the event of use of different accessories consider the lowest voltage and category CAT II Measurement category II corresponds to measurements made on circuits connected directly to the low voltage installation Example power supply for domestic appliances and portable tools CAT Ill Measurement category III corresponds to measurements on building installations Example power supply for industrial machines or devices e Comply with environmental and storage conditions e External power supply it must be connected to the instrument and to the AC power from 98 to 264 VAC Make sure that it is in good working condition e Read carefully all the notes preceded by the symbol Z e The instrument power supply is equipped with an electronic protection system which is reset automatically when the fault is eliminated e Be sure not to obstruct the ventilation holes e As a safety measure use only suitable leads and accessories supplied with the instrument or approved by AEMC Instruments SCOPIX Oscilloscopes General In
49. Horiz Display Measure Memory Util All the oscilloscope functions can be accessed via the main menus 30 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d The Vert Menu Trig Horiz Display Measure Memory Uti Display ch Sensitiviti oupling cha _ Vertical scale chd _ Prokix mathi _ gt math gt Function definition maths H gt Vertical scale p mathd H p utton 4 Button B fe Sensitivity Vertical position Timebase Horizontal position Trigger edge Run Hald Auto MeasRef Meas Autoset chk tuto 50 oefticientM easure Unit I 00 yf xi x10 x100 x1 000 Hathi definition isinipi tidi Zisi spe tidiv h yya ain 5 pi tid yhEZY S i Z ptd aa dig Functions only accessible in Advanced mode See Description unctions dive OF Cancel Jave RESET SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Display ch1 ch2 ch3 ch4 Sensitivity Coupling Channel Sensitivity d Coupling d bw limit d Vertical scale Coefficient 32 Opens the Trace display menu for validating or devalidating the traces Validation of the selections by OK Exit from the menu without modification by Cancel The symbol in front of a trace indicates that it has been validated The traces can be validated or d
50. Joi feck on the trigger point Fy oO tc Fo and the auxiliary cursor on the last sample acquired The recorder er is in memory display To The symbol Misa reminder that the recorder return to normal oe cee ge omen eee is displaying display deselect 7 oo a memory Recall REC in the 144708 Eo isarog REC Memory menu 4 See p 114 Switches from normal display mode to full screen display mode and vice versa The display is organised so as to leave the biggest surface area possible for curve plotting only the permanent settings remain as well as the option to display the automatic measurement window The full screen function has the same effect as the key shown opposite e The symbol indicates that the full screen mode is enabled This function can also be accessed by double tapping the trace display area with the stylus 111 Recorder Mode cont The Measure Menu Recorder Mode itil Measure Display Memory Reference H Automatic measurements Trace 4 Automatic measurements 2 222 Wf Trise 2493 W N Tfall 4 715 wif W 1 964 yf Wee 2243 Wh P 4 207 iw F 1 597 vif DC 1443m Ne 5 0 Over 113 73 Reference memory difference OF Identical to Oscilloscope mode This window is nearly identical to the one in Oscilloscope mode The automatic measurement calculation area is defined by the two cursors It is not po
51. TICAL keys or key pads CH Auto CH 3 antog CH 2 Auto amp a CH4 Auto amp il g 28 2 OA m OD OC SCOPIX Oscilloscopes No action For changing the reference trace to which the cursor refers Successive presses No action Duration of the recording in the display window 5 15 30 1h 6h 12h 24h week month No action No action zoom not possible in this mode The instrument contains as many independent multimeters as there are channels in Oscilloscope mode 2 or 4 Same function as in Oscilloscope mode A long press enables or disables the autorange on the channel concerned The channel is displayed and selected No action lf a channel is activated and selected this key can be used to change the input coupling of the channel By successive presses the coupling can be changed from AC to DC to AC DC The coupling is indicated in the multimeter window of the channel concerned When selected for ohmmeter continuity or capacimeter measurements component testing or temperature measurements on channel 1 the key has no effect as the input coupling in these functions cannot be adjusted Manual modification of the measurement range If the autorange mode is activated the manual adjustment has no effect the autorange will automatically reset the instrument to the measurement range best Suited to the input signal No action 19 Multimeter Mode Multimeter
52. The selected trigger edge is indicated the status area 1 09V Adjustment of the trigger level with the stylus on the scroll bar e No hysteresis 0 5 div e Yes introduces a hysteresis of 1 5 div 49 Oscilloscope Mode Oscilloscope Mode cont d es Example Signal injected on CH1 a train of five 6 VDC pulses at a frequency of 20 kHz separated by 500 us Trigger Parameters Main Pulse Delay Count Tv Auxiliary Trigger j Main Trigger j d i p L Trigger Delay aldott 3 E 23243 E sillar Source ouplirig 1C2caca4 e H ewel dye 1 09 l fe 0C C Noise Reject cha 50 0m ch4 0 0m 3 The trigger is set on the trailing edge The first edge activates the trigger It is not included in the count The trigger is triggered on the third trailing edge of the pulse train The Holdoff stabilizes the signal by disabling the trigger for 232 us 50 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d TV _ Trigger ona TV signal See Chapter VI Applications Video signal display This menu is only applicable to the CH1 input Standard Trigger on a specific line number The trigger starts on the front edge of the line synchronization signal e 625 lines SECAM or e 525 lines PAL Polarity Direct video Reverse video Hodoff Adjusted by scrolling with the stylus Triggering impossible for a pre defined time Double tapping in this field displays a virtual numeric keyp
53. This tab is enabled only if external trigger type is selected Trigger levels are entered into the current value display area after modification Fine adjustment is possible This tab indicates each channel s trigger type Recorder mode enables several conditions to be monitored at the same time No trigger if all the channels are in this mode the device records indefinitely outside the window defined by the two thresholds the signal goes outside the window e Lower than triggering takes lower place when the signal drops threshold triggering below the threshold e Lower higher than triggering threshold takes place when the signal a drops below or rises above the gher lower threshold triggering Mggernno e Higher than triggering takes place when the signal rises above the threshold threshold lets riggering e Outside window triggering takes place when the signal goes a ee Penia A half division hysteresis is applied to prevent ill timed triggers SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont x Example Channel 1 is set with a 1 25V higher than trigger Channels 2 and 3 do not wait for a trigger Channel 4 is set with an outside type trigger Channel 1 and 4 lines are highlighted they wait for a trigger SOuUrCe Level 1 Level 2 Type ooo Cha o oo v 0 00 w cha o oo W 0 00 w No triggering gt Mo trigge
54. URS ON OFF 3 HORIZONTAL keys or keypads WwW Oe Z00M ON OFF Definition of terms used id Oscilloscope mode SCOPIX Oscilloscopes The 19 automatic measurements of the reference trace are displayed see Oscilloscope mode In fault capture or file capture mode if the screen shows several faults at once the automatic measurement function is impossible and the message Impossible in this mode is displayed Selection from the traces displayed of the reference trace for automatic and manual measurements see Oscilloscope mode No action Pressing the key displays the message Impossible in this mode Setting of recordering time and sampling interval These two values are correlated Fault capture or file capture mode is not selected After zooming in the Z Pos setting modifies the position of the screen in the acquisition memory e Fault capture or file capture mode is selected If the horizontal zoom is activated the Z Pos setting allows the user to move through the faults one at a time The main cursor is positioned on the displayed fault while the auxiliary cursor is on the right of the screen e Action identical to that in Oscilloscope mode when fault capture and file capture mode are not selected e Fault capture or file capture mode is selected 1st press Zoom on gt displays the first acquired fault The ma
55. W Tfall 0 000 s M Vp 2584 Y Wee 500 Ops P Wowe 1 232 V7 We 500 Ops I Vhigh 1 278 V T P 1 000m s P armnp 2511 view F 1 000kHz P vems 1 257 Vi DC 50 0 P vavg 24 26m N 5 Over 1 04 Over 1 0 Sum 113 73 Reference memory difference OF Trace 1 Trace 2 Trace 3 Trace 4 d Function only accessible in Advanced mode See Description page 71 Selection of the trace on which the automatic or manual measurements will be performed Only the active traces can be selected Inactive traces are displayed in a lighter color The V symbol indicates the reference trace Opens the Automatic measurements menu window The measurements are performed and refreshed on the selected reference trace All the measurements that can be performed on this trace are displayed is displayed for measurements that cannot be performed The window can be validated and closed by pointing to OK with the stylus The selected measurement s will be displayed in the status area SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d d Reference memory difference eS Example 19 automatic measurements SCOPIX Oscilloscopes e tis possible to select two permanent measurements e The Vv symbol indicates the measurement s that will be indicated in the status area e Activation of the automatic measurements causes two markers to appear on the curve if at le
56. WITH 9 6V NiMH CUSTOM PACK Side view Marking RS 232 ETHERNET connector TUN External O power O DO 5 supply connector 3 Calibration signal SCOPIX Oscilloscopes Description of the instrument Description of the instrument cont d Measurement terminal block OX 7102 Marking OX 7104 Marking 8 SCOPIX Oscilloscopes Description of the Instrument Description of the instrument cont d Front description The main functions of the instrument are accessible on the front panel and can be modified using the touch screen with its stylus or the menu bar 1 On Standby Off key power on by a short press e switch the instrument to standby yellow LED flashing inside the key by one short press A second press on the key reactivates the instrument e power off by a long press gt 3 s the configuration and files are saved after approximately 15 s If the instrument is not equipped with a battery never disconnect the instrument from the AC power while the message System shut down Please wait before switch off power is displayed on the screen Otherwise the current file and all the files previously saved will be lost 1 touch screen and These can be used for stylus selection of menus validation of functions movement of symbo
57. a REC file is recalled the symbol Mx is displayed in the parameters of all traces e The virtual keyboard cannot be used in this menu e To exit mode deselect Recall REC in the Memory menu by tapping it with the stylus File Manager Source Destination SOUrCE Destination Signals Eco fi REC REC27_01 REC Signals gt ZA Example File Manager RECOS_02 REC exemrec AEC gt i all 7 a aq lt A EET afelelr lelh fk TEELE Saving a REC acquisition Recall REC Select the file to recall E he fil s 5 METEN E Then click on Ed to validate your Then click on to validate the save choice aae STAT M3 Mx symbol all amy all the traces come an from the memory To deactivate the memory eae 12 44 12 44 58 hold Acquisition display deselect recall i h impossible in REC with the stylus memory display mode Save REC The symbol M is a reminder that the recorder is in memory display mode SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont Configuration Save Recall SCOPIX Oscilloscopes Saving or recalling an instrument configuration Opens a File copy menu when selected There is a file called Configuration in the Source list It contains the configuration settings for the device at the time this menu is opened A backup filename is proposed above the virtual keyboard The key deletes the cha
58. ached Cursors Measurement the cursors will remain linked to the reference trace during movements If the option is active the cursors can be moved anywhere on the screen e The dt and dv measurements in relation to the selected reference are indicated in the measurement display status area 23 Example 1 dt 500 0 us dv 1 000 V Phase measurements using 3 cursors Use cursors 1 and 2 to indicate the period of the reference signal Use the cursor to measure the phase e The Vv symbol indicates that manual phase measurement is active e When this menu is active the 3 cursors are present if at least one signal is active e The cursor marked o can be moved freely even if the Unattached cursors menu is not active e The phase measurement in 9 between the cursors is indicated in the measurement display status area gt a Example 1 Ph 120 0 63 Oscilloscope Mode Oscilloscope Mode cont d ileus manua Used for linking or not linking the manual measurement cursors 1 and 2 to the reference trace When the Unattached cursors menu is selected cursors 1 and 2 can be moved d freely over the whole screen e The Vv symbol indicates that the Unattached cursors menu is active e To deactivate this menu deselect it by pointing with the stylus In the case of Automatic measurements and manual measurement activation a ty the manual cursors and the the automatic measurements automati
59. acking container to substantiate your claim When the oscilloscope is delivered the battery may be discharged and require a complete recharge Full charging of the battery will then take about two and a half hours with the oscilloscope switched off e Turn the instrument off e Clean it with a damp soapy cloth e Never use abrasive products or solvents e Allow to dry before any further use OX 7102CK 6625 14 549 3558 OX 7104CK 6625 14 549 3559 SCOPIX Oscilloscopes Description of the instrument Description of the instrument cog D Gg gt CH Gas cog Gas Gea Gas This manual describes the operation of an OX 7104 oscilloscope OX 7104 the Seen of the 4 channels is accessible by the keys shown to the left Presentation This instrument is part of our range of portable oscilloscopes Its special feature is that it groups 4 instruments into one e DC voltage measurement e AC voltage measurement RMS Current measurement with use of probes OX 7102 OX 7104 Harmonic e Resistance measurement Analyzer Recorder Capacitor measurement e Diode test Continuity test Temperature measurement PT100 e a digital oscilloscope for laboratory use intended for the analysis of the signals encountered in electronics and electrical engineering e a 4000 count multimeter e a harmonic analyzer to display 2 signals or 4 OX 7104 simultaneously with their fun
60. ad which can be used to directly input the value Line Adjustment of the no with the stylus using the scroll bar Double tapping in this field displays a virtual numeric keypad which can be used to directly input the value Trigger Parameters Main Pulse Delay Count Fl Ty Trigger J esl on CH1 tandard 525 lines olarity fe f 625 lines ine aldott 5 g aons H Lo chi 200m cha A tg hah ee elie el alka et eae meres ei E TE EN emer see a eee eee a oe ce eres ee 50 0m ch4 1 O0rm Sacer aos Te ne eee er EE ee ee eee ee eee FFT urseure 152 05 E 15 15m The and v symbols indicate the selected parameters Validation of the selections by OK The Trigger Parameters menu can also be called up by double tapping the stylus in the trigger settings display area Qj dt 64 00ps dv 0 000 W ee O ee SCOPIX Oscilloscopes 51 Oscilloscope Mode Oscilloscope Mode cont d The 3 following selections define the trigger mode Triggered mode Acquisitions and refreshment of the screen at each trigger event Automatic mode Acquisition and automatic refreshing of screen even when there is no trigger event Visible traces even when there is no trigger event Single mode RUN Acquisition of signal and refreshing of the screen on the first trigger occurring after a HOLD trigger reset by pressing the key opposite or via the time base menu do The Vv symbol indicate
61. ast one period is visible on the screen e The display order corresponds to the chronological order of the selection and the markers are assigned to the first measurement selected Automatic measurements in the status area can be deleted by means of this menu by erasing the selected measurements no VW symbol in the automatic measurements table Activation of the Reference memory difference option is a way of calculating the deviations for all the automatic measurements between the selected trace and the memorized reference trace see Memory Menu Calculation performed and displayed on one of the 19 automatic measurements Vpp Ref memory difference Vpp Trace 1 Vpp Trace 1 gt Ref 1 The calculation is performed in the same way for all the measurements e This option is only active if a reference trace is present It must correspond to the trace on which you wish to perform automatic measurements x Example Trace 1 and Trace 1 gt Ref 1 e Condition the reference trace must have the same characteristics as the associated trace sensitivity and time base Vmin minimum peak voltage Vmax maximum peak voltage Vpp peak to peak voltage Vlow established low voltage Vhigh established high voltage Vamp amplitude Vrms rms voltage Vavg average voltage Over positive overshoot Trise rise time Tfall fall time W positive pulse width at 50 of Vamp W negative pulse width at 50 of Vamp P period
62. ath3 6 vertical divisions The measuring unit and the sensitivity of ch1 are used during the display of measurements You can then open the menu Vertical Scale of math3 see Opening from math3 math4 to assign a coefficient to the result and to modify the measuring unit 36 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Example 2 Multiplication of two traces Sensitivity ch1 5 V div Sensitivity ch2 5 V div Vamp ch1 Vamp ch2 10 V Vamp ch1 2 vertical divisions Vamp ch2 2 vertical divisions math3 ch1 ch2 As for the addition of traces there is a even more significant high and low overshoot The overshoot is due to the increased dynamics of the numbers after a multiplication to avoid this and standardize the result use the divv function Example If Amplitude on CH1 2 divv and Amplitude on CH2 2 divv the following function is used to get an amplitude of 1 divv math ch1 ch2 diw 1 The result of the multiplication is translated into divisions on the screen g If Vamp ch1 8 div and Vamp ch2 8 div the result must be divided by divv 4 to obtain Vamp math3 4 div When mathematical functions associated with traces are used the dynamics of the result obtained must be verified Correction of the result of the operations by mathematical functions divv divh is recommended to optimize the screen display SCOPIX Oscilloscopes
63. ay area You can also choose the trigger parameters by double tapping with the stylus in the display area of the trigger parameters AQ SCOP IX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Parameters Selection of the Trigger Parameters Main Trigger on edge Source Selects a channel as a trigger source Coupling Selection of the filter for the main trigger source AC AC coupling 10 Hz to 200 MHz blocks the DC component of the signal DC DC coupling 0 to 200 MHz allows the entire signal through LF Reject Rejection of source signal frequencies lt 10 kHz facilitates observation of signals with a DC component or an unwanted low frequency HF Reject Rejection of source signal frequencies gt 10 kHz facilitates observation of signals with high frequency noise Edge Selection of the trigger gradient leading trigger edge trailing trigger edge The selected trigger edge is indicated the status area Level 2 04V Adjustment of the trigger level with the stylus on the scroll bar g The trigger level is entered into the current value display area after modification Fine adjustment is possible Noise reject No hysteresis 0 5 div Yes introduces a hysteresis of 1 5 div Holdoff 108us allows e disabling of the trigger for a predefined period e stabilization of the trigger on pulse trains Double tapping in this field displays a virtual numeric keypad which can be used to directly input the va
64. c markers are are performed on the portion of the displayed together trace defined between the manual cursors the portion defined between the automatic measurements the manual cursors Is too selected are impossible so is small in this case the fixed indicated in the measurement markers will not be display area displayed g Deselect the automatic measurements to validate the manual measurements dt dv 64 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d The Memory Menu Vert Trig Horiz Display Measure MECRA uti Trace 2 gt Ref 2 Trace 3 Ret 3 Trace 4 gt Ref 4 4 Trace b Setup d Save TAT Recall lt TAC File Manager File Manager SOURCE Destination SOU Ce Traces Traces Traced Reference ftrace Trace 1 gt Ref 1 Trace 2 gt Ref 2 Storage of the selected trace in its reference memory Trace 3 gt Ref 3 zx E g Trace 1 in Ref 1 Trace 4 gt Ref 4 The 4 traces have their reference memory A reference memory is volatile which means that it is lost when the instrument is switched off e For optimum use the reference trace must have the same characteristics as the associated trace sensitivity and time base e A trace can only be saved in its reference memory if it is present on the screen e The memorized traces are displayed in a light color accompanied by their reference nu
65. can be assigned directly The sensitivity value indicated in the channel parameters display will be modified in accordance with the coefficient Modification of the selected channel s vertical scale unit This modification is performed using the mouse and the table of usable characters after selecting the Measure Unit zone The key can be used to delete the value preceding the cursor in the zone to be modified The vertical scale unit will be indicated in the modified channel s parameter display Reinitializes the multiplication coefficient to 1 00 and returns to the V measurement unit This menu can also be called up by double tapping with the stylus on the required channel parameter display area ch1 ch2 ch3 or ch4 This menu is identical to the one in Oscilloscope mode With the PROBIX HX0030 probe 1 10 probe some functions are inactive in Harmonic Analysis mode 89 Harmonic Analysis Mode Harmonic Analysis Mode cont d The Horiz Menu No averaging Averaging coeff 2 Averaging coeff 4 Averaging coeff 16 Averaging coeff 64 90 d wert Trig Display Measure Memory Util 7 t Mo averaging af Average rate 2 Average rate 4 Average rate 16 Average rate b4 An averaging coefficient can be used to improve the display When this coefficient is selected it attenuates the random noise observed on a signal The calculation is performed using the following formula w
66. capture option display mode is available e Use the Fault window to move from file to file see Display Menu The acquisition can be interrupted at any time by pressing the RUN HOLD key The user can then study previously recorded faults File capture until the memory is full Deferred start Fault detection af Detection in files File capture acquisition is launched When 10 faults are captured a file is created with these 10 recordings Teer 6 12 27 46 12 27 47 4 Firial stage I Message validation In order to access all the recorded faults Warning Il go to Display menu Fault ra IN Write Error for File System full See Display Menu Faults OF The memory is full he 4 HOU acquisition is stopped and a messageis 00000 020 Der o displayed at EET l La 107 Recorder Mode Recorder Mode cont Display fault capture file capture 108 disabled Current recording Two cases arise the horizontal zoom is enabled the horizontal zoom is disabled Horizontal zoom Modification of display The cursors are no longer displayed The measurements displayed do not have the same significance All the measurements are related to the current recording Value of last acquired sample Value of sample at time of trigger 22r 46 Acquisition Acquisition time TF aadordnie time of last of first viewable ug acquired sampl
67. cifications Casing nwa eignt Ext power supply weight Sealing 10 25 x 7 25 x 2 261 x 185 x 53mm 4 2 lbs 1 9 kg with batteries 450 g IP 41 OX 7104 IP 51 OX 7102 with PROBIX probes connected and cap of the side connector closed SCOPIX Oscilloscopes 153 Technical Specifications Ordering Information INTRODUCTORY OFFER All Models include a FREE Harmonic Analyzer and Recorder Function Firmware upgrade installed Portable Oscilloscope Model OX 7102 C 2 x 100MHZ Color eee tree eee eeeeeeeeeeenaaaaas Cat 2124 50 Includes Oscilloscope one PROBIX PRHX1 1 10 Probe 250MHz 600V Cat IIl one PROBIX BNC adapter one PROBIX 4mm banana plug adapter one US power adapter 115V 60Hz one battery pack NiMH 9 6V 3 8Ah one set of two color coded leads 1 5m red black with needle probe tips one crossed Ethernet cable one RS 232 9 pin D SUB cable set of two stylus aluminum carrying case three year product warranty and registration card and user manual on CD ROM Portable Oscilloscope Model OX 7102 C Kit 2 x 100MHz Color Kit cc ceeeceeeeeeeeeeeeeeeeeeeeees Cat 2124 53 Includes AEMC Cat 2124 50 above plus one PROBIX PRHX1 1 10 Probe one PROBIX BNC adapter one straight Ethernet cable SX METRO data processing and analysis software and one set of two grip probes red black Portable Oscilloscope Model OX 7104 C Kit 4 x 100MHz Color Kit cee eeceeeeeeeeese
68. cope Mode Oscilloscope Mode cont d 1 Status area Three types of general information appear in this area e The bargraph representing the screen position the trigger and the cursors in the acquisition memory e The instrument permanent settings e The measurements when the cursors are present on the screen Bargraph Representation and Cursor measurements movement of the screen in Permanent settings acquisition memory Position and movement Movement towards left of opie usar Movement towards right of screen in acquisition screen in acquisition memory Position and movement of memory manual cursors Each element in the bargraph can be moved with the stylus This zone refers to the trigger status mode edge source current status Permanent settings w Example AUTO 1 STOP When the stylus is placed on this information the Trigger Parameters menu can be opened by pressing twice x This zone refers either to ursor measurements the horizontal dt and vertical dv differences between 2 cursors in the case of manual measurements xw Example 1 dt 110 0 us div 100 0 uV e phase measurement in the case of manual phase measurement Ph eax Example 1 Ph 200 0 e the automatic measurements selected using the Automatic Measurements or Phase measurement menus ex Example 2 F 1 0000 kHz Vop 7 500 V SCOPIX Oscilloscopes 25 Oscilloscope Mode Oscilloscope Mode c
69. crollbar on the right is used for moving through the list of types or the printer languages Choice of color or black white printing Selection of the interface used for print data transfer RS 232C Centronics using the adapter provided as an option or in a file e f the RS 232C interface is selected the parameters speed format parity stop bit protocol must be configured in the Config I O Ports menu Check that the configuration matches the configuration of the peripheral device connected to the instrument e f the Network option is selected the parameters IP address printer must be configured in the Config I O Ports gt Network menu e The File option is a way of recording the hardcopy in a file bmp and gif image formats can be used directly in the Windows applications worc processing presentations etc As soon as the printout is activated the File copy menu opens and you have to enter the name of the file generated see Trace gt Save menu A hard copy of the screen can be printed by pressing this key The hard copy is produce using the parameters defined in the Hardcopy menu Updating of the date day month year and the time hour minute second You can select the required parameter by using the stylus and the scrollbars located on either side of the parameters to be adjusted The clock starts when the menu is closed Selection of the menu language French English German Italian
70. damental and their first 31 harmonics option e arecorder designed to capture trend data option All the channels are isolated from one another for measurements on 600V CAT IlI installations with appropriated PROBIX accessories while complying with the standard IEC 61010 1 2001 The instrument works with a constant acquisition depth of 2500 counts Memory management is organized using a Windows type file system A large color LCD screen is used to view the signals applied along with all the settings The main control functions are directly accessible using the keys on the front panel and can be modified using a touch screen with the stylus supplied A graphical interface similar to a PC s is used to e select the advanced functions by means of drop down menus and the touch screen e act directly on the objects traces cursors etc displayed on the screen This means that the settings can be modified This instrument is completed by RS 232 Ethernet and Centronics communication interfaces option SCOPIX Oscilloscopes Description of the Instrument Description of the instrument cont d Markings on rear panel C MADE IN FRANCE GO IEC 61010 BOO CAT iil 600W CAT iil USE ONLY ISOLATED PROBES AND LEADS SPECIFIED IN USER S MANUAL DISCONNECT LEADS PROBES AND POWER SUPPLY BEFORE OPENING CASE J TO AVOID ELECTRICAL SHOCK DISCONNECT LEADS PROBES AND POWER SUPPLY BEFORE REMOVING COVER J ONLY REPLACE
71. de test Voltage Accuracy Measuring current SCOPIX Oscilloscopes Only the values assigned with a tolerance or limits are guaranteed values after half an hour warming up Values without a tolerance are for information only 4000 counts in voltmeter 1MQ 600Vrms sinus and 800VDC 600Vrms up to 400Hz 0 4V 4V 40V 400V 800V 0 1mV imV 10mV 0 1V 1V 0 5 5 D in DC from 10 to 100 of scale gt 70 dB at 50 or 60 or 400Hz 0 3V 3V 30V 300V 600Vrms sinus 0 4V 4V 40V 400V 800Vpeak 0 1mV iImV 10mV 0 1V 1V 1 15 D from DC to 5kHz from 10 to 100 of scale to 580Vrms 2 15 D from 5 to 10kHz id 3 15 D from 10 to 45kHz id 1 15 D from 40 Hz to 5kHz id 2 15 D from 5 to 10kHz id 3 15 D from 10 to 45kHz id gt 70 dB at 50 or 60 or 400Hz On Channel 1 Ohmmeter Resolution Measuring current 80Q 0 010 0 5mA 800Q 0 10 0 5mA 8kQ 1Q 5uA 80kQ 100 5uA 800kQ 1000 500nA 8MQ 10000 5OnA 32MQ 10kQ 5OnA 0 5 25 D from 10 to 100 of scale zx 3V On Channel 1 lt 3002 5Q z 0 5mA lt 10ms On Channel 1 in open circuit 3 3V 0 5 5 D zx 0 6 mA 149 Technical Specifications Technical Specifications cont d Multimeter Function Capacitance measurement Range Accuracy Range Accuracy Cancellation of series and parallel Rs Current measurement HX0034 Temperature measurement with K thermocouple HX0035 Frequency measurement Multimeter operating modes Selection of modes Relative mode Mo
72. defined e Predefined divv function used on its own maths divv 8 mathematical T functions The trace is equal to 3 vertical divisions e Predefined step function associated with a trace math2 ch1 step t divh 4 The result of math2 is 0 vertical divisions as long as t is less than four horizontal divisions t divh 4 lt 0 The result of math2 is equal to ch1 when t becomes greater than four horizontal divisions t divh 4 gt 0 math2 ch1 step divh 4 t The result of math2 is equal to ch1 as long as t is less than four horizontal divisions t divh 4 gt 0 the result of math2 is at 0 vertical divisions when t becomes greater than four horizontal divisions t divh 4 lt 0 SCOPIX Oscilloscopes 35 Oscilloscope Mode Oscilloscope Mode cont d Example 1 Addition of two traces Vhigh Vpp ch1 Vpp ch2 6 V Sensitivity ch1 1 V div Sensitivity ch2 1 V div Traces ch1 and ch2 are optimised on 6 vertical divisions Vamp ch1 6 vertical divisions Vamp ch2 6 vertical divisions math3 ch1 ch2 T Vertical scale math3 2 00 div Vpp math3 12 00 div Vhigh math3 6 00 div There is a high and low overshoot so division by 2 is necessary to optimize display of the result math3 ch1 ch2 2 T Vertical scale math3 2 00 div Vpp math3 12 00 div Vhigh math3 6 00 div Division by two adjusts the addition to the dynamics of the screen Vamp m
73. der Mode Recorder Mode cont The Display Menu Zoom off Maximum Minimum Particular case 110 Vert Trig Horiz QE Measure Memory Util p zoom Ott Full Screen Minimum he ace Waximum E Trane 2 Faults Mace s Trace 4 260 faults ae No Acq Date Time Source File 5 a 0202133238 1 Memory C 9 0202133236 1 Memory 10 0202133234 tH Memory 1i oane1 307 14 t 1 42000084 REC 12 O22 1 O12 t 100 42000064 REC 13 O22 1 0710 t41 42000064 REC Returns to the original screen size after zooming in on part of the screen e This function is disabled unless the screen is in zoom mode e Ifthe Zoom mode is active the letter Z is displayed in the trace and time base parameter display area This menu can also be called up by double tapping the stylus inside the curve display area The minimum or maximum option consists in e searching for the min or max value of samples on trace X e centring if possible Zoom the curve on this specific point The main cursor is now fixed on this sample Display of 10 faults on the screen when fault capture mode or file capture mode Is validated and the horizontal zoom is not enabled Minimum Maximum functions cannot be used They are greyed out in this configuration SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont Faults A ea Example Full screen SCOPIX Oscilloscopes The search for faults enables s
74. e Minimum width of detectable Glitches Acquisition memory depth PRETRIG function Back up memories Storage formats file sizes 146 Specifications Comments Lage 1 converter per channel 1 GS sec in real time p 1 GS s max Equivalent Time Sampling 25 Gs s 1250 MIN MAX couples Whatever time base is used short term gt 2 NS events Glitch gt 2 ns are displayed 2500 counts per channel fixed O to 100 Total size 1 Mb for storing The file names contain 15 characters trace suffix text config function printout image etc Trace TRC 10 kb Back up of trace and acquisition TXT 20 kb parameters Configuration CFG 1 kb Back up of complete equipment configuration Hardcopy EPS Standard printing formats the size PRN varies according to the format gt 200 kb PCL Hard copy BMP 240 kb Standard image formats GIF 5 kb File FCT lt 1 kb Back up of a function SCOPIX Oscilloscopes Technical Specifications Technical Specifications cont d Oscilloscope Function Processing of measurements Mathematical functions Automatic measurements Resolution of the measurements Measurements by cursors or automatic measurements DC vertical measurement accuracy Accuracy of 2 cursor time measurements Current measurement SCOPIX Oscilloscopes Equation editor functions on the channels or simulated Addition subtraction multiplica
75. e external power supply lead before installing or replacing the battery e Using a coin or a screwdriver turn each of the 2 plastic screws located on the cover of the battery compartment at the rear of the instrument 1 4 turn counter clockwise e Lift the cover of the battery compartment by inserting the coin under the slot at the top of the cover e Then connect the 4 pin battery connector to the connector located inside the battery compartment of the oscilloscope taking care to respect the polarity of the connectors e Position the battery inside the oscilloscope compartment battery wires at the bottom of the oscilloscope s battery compartment e Close the cover of the battery compartment and lock it by turning the 2 plastic screws 1 4 turn clockwise T Screw Cover Battery Battery compartment Lower casing Ranging Wie panery Follow the same procedure and make sure that the replacement battery model is identical to the original one The oscilloscope contains a Ni MH battery The dead or defective battery must be recycled according to local laws Never dispose of the battery with other solid waste jo When the oscilloscope is delivered the battery may be discharged and require a complete recharge Full charging of the battery will then take about two and a half hours with the oscilloscope switched off SCOPIX Oscilloscopes 11 Description of the instrument Description of the instrum
76. e ders Startup Sequences Use duration hours 6 l i C 15min C 30min Last calibration date 01 Dec 02 i Bint wire Next calibration date 01 Dec 03 hglish ss wedish nalish iO annist i Vert Trig Hori Display Measure Memory Sa v File Manager E A Filek anager Network 00 50 c2 29 17 0c ption Color Black White IEM Proprinter 9 Epson ESC F Canon HF PCL Seiko DFU 411 Postscript bitmap BMF supplied by a DHCP server IF Address 132 147 200 74_ ton Bits rinterfor Ipd serwery IP Address haa fia7 edo fr name lased ort fe R5232 C Centronics Network SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont File manager This function is identical to that described in Oscilloscope mode I O port config Identical to Oscilloscope Hardcopy Identical to Oscilloscope mode Configuration Identical to Oscilloscope mode e Ifthe recording time is over 2 seconds the screen saver will never be activated e Ifthe recording time is equal to 2 seconds the screen saver and settings operate as in Oscilloscope mode Screen saver Standby lf the recording time is over 2 seconds standby will never be activated e lf the recording time is equal to 2 seconds standby and settings operate as in Oscilloscope mode System infos Identical to Oscilloscope
77. e fundamental F or one of the harmonics to perform the measurement ex Example Harmonic 3 SCOPIX Oscilloscopes 497 Applications Applications cont Display a This example examines the analysis of slow phenomena for time bases ranging from p e 200 ms to 200 s The samples are displayed constantly without waiting for the Trigger moae ROLL mode 23 Examination of slow phenomena over a significant period of time A e Select Oscilloscope mode key opposite e Inject on the CH1 input a sinusoidal signal at 1 Hz and 1 Vrms e Adjust the scan speed using the scrollbar in the time base window ON C amp 500 msidiv or using these keys Validate signal CH 1 Vert Menu gt Display gt Trace 1 Auto or by pressing the CH1 key or on the display of the CH1 trace parameters e Adjust the CH1 sensitivity N A Vert Menu gt CH1 gt Sensitivity coupling gt 500 mV div 1 10 probe or using these keys Acma Adjust the CH1 coupling GND Vert Menu gt CH1 gt Sensitivity coupling gt DC or by pressing the AC DC GND key e Select the trigger parameters Trig Menu gt Parameter gt Principal gt Source gt CH1 GX Coupling AC Front or using these keys e Adjust the trigger mode Trig Menu gt Single mode or using the SGLE REFR key e Use the stylus to move the Trigger level symbol up or down in the display area e Trigger level is lt the signal level gt the oscilloscope stops data ac
78. e sample Trigger time and Sample value at trigger time measurements are only displayed if the trigger has taken place Maximum and minimum searches cannot be enabled see Display Menu The automatic measures cannot be enabled see Measurement Menu Horizontal zoom The display is identical to normal mode enabled The measurements displayed have the same significance as in normal mode see Display Maximum and minimum searches are possible see Display Menu Automatic measurements can be enabled see Measurement Menu SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont The Horiz Menu Horizontal scale wO xw Example SCOPIX Oscilloscopes Vert Trig Display Measure Memory Util l Horizontal scale Horizontal scale Recording time 2 000 sampling interval SOO Ops ll Ll 3 da T This function allows the user to set the recording time the acquisition interval These two values are correlated When the user modifies one the other is modified Adjust the scroll boxes with the stylus to set these values Recording time and sampling interval settings are also accessible via these keys The recording time is 30 seconds and the acquisition interval is 12 mins Horizontal scale Recording time 30 00 14 Sampling interval 1 2 00ms Times fs F 30 00 s p 12 00ms Recording time and acquisition interval 109 Recor
79. e triggering Ch4 000 w E 0 00 w Ne triggering Adjust the position of the vertical position indicator of channel CH1 to 149 C as follows O e Press key CH1 then on the keys opposite The position of the indicator is displayed at the bottom right of the screen e Apply the end of the temperature probe to the end of the soldering iron RUNN e When the end is in position launch acquisition using this key e Connect the soldering iron Resulting Curve 1516 17 15 16 24 151715 Ho i E This acquisition shows the heating dynamic of the soldering iron 134 SCOPIX Oscilloscopes Applications Applications cont Analysis of The acquisition parameters must be changed soldering iron Sensitivity 50 C division cooling Recording period 10 minutes e Trigger type low e Trigger level 140 C e Position of ch1 ground indicator id 10 12 59 1014 21 10 22 59 a i Iron cooling a dynamic study is possible using this acquisition Overall operation of Last acquisition the iron heats operates and cools i en Acquisition parameters e Vertical scale acquisition period coupling ground indicator identical e No triggering on channels manual shutdown of acquisition using this key HOLD i oe eae ode toler ee a mamm 13 53 14 154071 1257 09 hold 4 1 4 jo lt teat Start of cooling Operation with its oscillations SCOPIX Oscilloscopes 135 Applications Appl
80. eeeeeeeeees Cat 2124 54 Includes Oscilloscope two PROBIX PRHX1 1 10 Probe 250MHz 600V Cat III two PROBIX BNC adapters one PROBIX 4mm banana plug adapter one US power adapter 115V 60Hz one battery pack NiMH 9 6V 3 8Ah one set of two color coded leads 1 5m red black with needle probe tips one crossed Ethernet cable one straight Ethernet cable SX METRO data processing and analysis software one RS 232 9 pin D SUB cable one set of two grip probes red black set of two stylus aluminum carrying case three year product warranty and registration card and user manual on CD ROM Portable Oscilloscope Model OX 7104 C Power Kit 4 x 100MHz Color Kit eee Cat 2124 63 Includes AEMC Cat 2124 54 above plus the OX Power Kit Cat 2124 88 which includes two PROBIX PRHX1 1 10 Probe 250MHz 600V Cat IIl two PROBIX 4mm banana plug adapters three PROBIX current probes 20mA to 20A 100kHz one PROBIX PRHX7 K thermocouple adapter three set of two color coded 1 5m leads and clips red black 4mm straight 4mm right angle small classic tool bag Accessories and Replacement Parts SX METRO P software data retrieval processing scceeccccceeceeeeeeeeeeeeeeeaeeeseeeeeeeeeseaeseeeeeseseueaaeeeeeeeeeeesaaas Cat 2124 70 Harmonic Analyzer Firmware upgrade iscsi ninne Eaa na aa Cat 2124 71 Recorder Function Firmware UPQrade ccccccccccssssccccseseececcceeusecececeauseceeeeeaeceeesseaaeeeeess
81. ement This menu selects the trace on which phase measurements are to be performed To deactivate phase measurement deselect the selected phase measurement using the same menu e The symbol indicates the trace selected for phase measurement e Activation of the phase measurement if it is possible will cause display of 3 markers 2 markers for the reference trace period 1 marker indicated as o on the trace for which the phase measurements will be performed These 3 markers are positioned automatically they cannot be moved e The phase measurement in 9 of the trace selected compared with the reference trace is indicated in the measurement display status area 23 Example 1 Ph 2 180 0 e f the measurement cannot be performed is displayed Cursor measurements on the reference signal The measurement cursors 1 and 2 are displayed as soon as the menu is activated The two measurements made are dt time difference between the two cursors dv voltage difference between the two cursors The measurements performed and the displayed cursors are linked to the selected reference trace see Reference Measurement e The V symbol indicates that the manual measurements dt dv are active the measurement cursors can be moved directly with the stylus They can also be moved with the stylus by selecting the 1 cursor 1 or 2 cursor 2 in the bargraph e If the free cursor option is not active see Unatt
82. ementally when the product is manufactured The physical addresses cannot be modified An IP address is coded over 4 bytes displayed in decimal format Example 132 147 250 10 Each field may be coded between 0 and 255 and is separated by a decimal point Unlike the physical address the IP address can be modified by the user You must ensure that the IP address is unique on your network If an address is duplicated network operation becomes random The IP address is made up of two parts e the network identifier Network ID identifying a given physical network e the host identifier Host ID identifying a specific item of equipment on the same network There are 5 addressing classes Only classes A B and C are used to identify the equipment See below Class A OXXXXXXKX XXXXXXXX XXXXXXXX XXXXXXXX Network ID Host ID Class B 10XXXXXX XXXXXXXX XXXXXXXX XXXXXXXX Network ID Host ID Class C 010XXXXX XXXXXXXX XXXXXXXX XXXXXXXX Network ID Host ID 17 SUBNET mask and GATEWAY DHCP Protocol FTP protocol HTTP protocol LPD protocol 18 Description of the instrument lf the result of the operation AND LOGICAL between IP address of the recipient of the message and the value of subnet mask is different from the address of the recipient of the message this message is sent to the gateway which will be given the responsibility to forward it to destination The programming of the mask and the
83. eneral Specifications Mechanical Specifications Supply Repair and Calibration Technical Assistance Warranty Information www aemc com in the Tech Info section for available updates Chapter VI Chapter IX page 153 Chapter X page 157 page 155 page 155 page 156 vf Firmware Update You may use PC software provided on the CD ROM and consult Internet site tS SCOPIX Oscilloscopes General Instructions General Instructions Introduction A Precautions and safety measures Definition of measurement categories before use during use You have just purchased a portable digital oscilloscope Congratulations on your choice and thank you for your trust in the quality of our products This oscilloscope also offers the following modes e Multimeter Mode e Harmonic Analyzer Mode option e Recorder Mode option It complies with safety standard NF EN 61010 1 2001 double insulation relative to electronic measuring instruments For optimum service read this manual carefully and comply with the operating precautions Non compliance with the warnings and or operating instructions might damage the instrument and or its components and could prove dangerous for the user e This instrument has been designed for use indoors in an environment with pollution level 2 at an altitude of less than 2000 m at a temperature between 32 0 C and 40 C with relative humidity of less than 80 up to 31
84. ent cont d Charging the battery Charging the battery while using the oscilloscope Powering the instrument with the battery Use of the stand 12 Once the battery is installed follow the external power supply start up instructions e To speed up recharging of the battery switch off the power to the oscilloscope with a long press of the ON OFF button e Battery fully discharged during the first 10 minutes the CHARGE LED of the external power supply flashes indicating that the battery is slow charging The CHARGE LED then lights up when it switches to fast charging During the charging of the battery after 15 min powering on of the oscilloscope causes premature stopping of the charge It is possible to restart the charging by disconnecting then reconnecting the charger The LED goes out when the battery is fully charged approx 2h30 When the oscilloscope is connected to the AC power via the external power supply it is possible to perform slow charging of the battery The CHARGE LED of the external power supply lights up Full recharging of a totally discharged battery then takes approx five and a half hours The LED goes out when the battery is fully charged Frequently recharging a battery when it is not fully discharged reduces its life span When the oscilloscope is powered by a battery a charge status indicator appears in the display area the battery is 100 charged the battery is 80 charged the
85. ent on the fundamental F or one of the harmonics and modifiable using the stylus means that measurements can be made on the harmonic selected Vert Trig Horiz Display Measure Memory Util 7 100 aie sgim cha bwl 1 0 0m ches grd 10 0mm 0 0 igral chi 1 24 thd 0 o ases RR l a R s aaa i a a ea Sea ea chk 24r thd 4 SCOPIX Oscilloscopes Applications Applications cont e The Table Ref Harmonic X indicates for the harmonic selected ts value as a of the fundamental its phase in with respect to the fundamental its frequency in Hz its RMS voltage in V 2 Example of harmonic breakdown e On CH1 inject a rectangular signal with frequency 100 Hz and amplitude 5V e On CH4 inject a triangular signal with frequency 100 Hz and amplitude 5V e Use the key opposite to perform automatic optimum adjustment of the channels the ranges the time base and the trigger A Oscilloscope Mode auto cite Use the FULL TRACE key to display the 2 traces separately T ee iti iss C C C C C C C CNWi Si i I OR Se eas eke eon hike EE bsg chi FULL Eo ET E O E EOE E E SOO TRACE scl N mn oe Pil ia CES 1 F 100 0 Hz Wamp 5 164 W ali r Harmonic Analysis Mode e Press the key opposite to activate the Harmonic Analysis mode e Use the Display menu to select the required harmonic breakdown ex Example Odd harmonics E e Use the stylus to select th
86. ents integrated after clicking on Remote Control After refreshing window this list indicates the moment of acquisition of all faults in standard mode a single fault is acquired in fault capture mode 10 faults can be acquired 140 SCOPIX Oscilloscopes Applications Applications cont HARMONIC METRIX Index Microsoft Internet Explorer SE r AN A L YS I S gt Fichier Edition Affichage Favoris Outils i Adresse 4 http 14 3 200 183 SE Liens bordei mode ANALYSER refresh w x Remote Control Ch4 82 7mv thd 125 cae 2 Applet OXApplet started _ u Intranet local UTILITIES 7 F MCTRIX Index Microsoft Internet Caplorer i Piheer Cdibon affichage favors Ous F ires dgl httpe ft 3 200 185 __ Hardcopy or Seve Trame te Tiles in the instramen lt cts be ah Say Py aa seal i ow Se if The selection button determines the action launching of screen copy or Save trace SCOPIX Oscilloscopes Clicking with the mouse triggers refreshing File name used in the request hardcopy or save trace Display of FTP window indicating files on virtual disk of Instrument See screen below 141 Applications Applications cont Fi le Tra ns fe r PI ftp 14 3 250 46 Microsoft Internet Explorer Boxi Fichier Edition Affichage Favoris Outils Adresse E Ftp 14 3 250 46 gt oK Modifi
87. erisation problem on channel 1 Numerisation problem on channel 2 Numerisation problem on channel 3 Numerisation problem on channel 4 Problem on Ethernet link SCOPIX Oscilloscopes Technical Specifications General specifications Environment Reference temperature Man temperature e Storage temperature e Utilization e Altitude e Relative humidity Power supply e Battery Type Charge time Charge life Screen saver automatic standby mode Auto power off 64 to 82 F 18 C to 28 C 32 to 104 F 0 C to 40 C 4 to 140 F 20 C to 60 C indoors lt 2000 m lt 80 up to 88 F 31 C 9 6 V 3 5 Ah NiMH 2 30 hours with instrument switched off 5 hours with instrument operating OX 7104 4 channels approximately 2 hours 30 minutes OX 7102 approx 4 hours in standby mode approx 10 hours adjustable by menu 15 30 1h or none adjustable by menu 30 1h 4h 24h e External power supply battery charger AC power Frequency Consumption Fuse CE Safety As per IEC 61010 1 2001 e Insulation class 2 e Pollution level 2 98V to 264V from 50 to 60Hz lt 60 VA for fast battery charging 2 5A 250V delayed e Measurement input overvoltage category CAT Ill 600 V This instrument conforms the EMC NF EN 61326 1 07 97 A1 10 98 norm EMC e Emission class A instrument e Immunity influence magnitude 2 div in the presence of a 10 V m electromagnetic field Mechanical Spe
88. es appear on the right e lf this mode is deactivated the point display stops as soon as the first point acquired reaches the left hand edge of the window However the measurements continue and are still refreshed in the area Multimeter Channel x The Display Menu Wert Trig Horiz MEJE Measure Memory Uti Statistics Relative mode This menu selects the information that you want to display in the secondary measurement field of each Multimeter Channel x area Frequency If this line is ticked and in the case of AC amplitude measurement the frequency of the signal measured if possible and consistent will be displayed Statistics Display of the Min and Max values of the measurements performed The value displayed is the difference between the value measured and the value displayed when this option was selected g The V symbol indicates the secondary function selected Relative mode 82 SCOPIX Oscilloscopes Multimeter Mode Multimeter Mode cont d The Measure Menu Reference ch1 Amplitude ch1 Ohmmeter ch1 Continuity chi Capacimeter chi Component Test ch1 PT100 SCOPIX Oscilloscopes Vert Trig Display t Reference Measure Memory Util gt Ohmeter chi Continuity chi Capacimeter chi Test Component FTI 00 The reference is used to select the measurement trace on which the cursor is positioned The cursor value is therefore relative t
89. evalidated from the control area by using the stylus Modify the parameters of channels ch1 ch2 ch3 and ch4 independently as well as the vertical scale of the trace selected Modifies the parameters of the selected channel Modification of the channel s sensitivity using the stylus on the scrollbar adjustable by sequence from 2 5mV to 200V div The sensitivity is indicated in the channel parameter display area It takes into consideration the parameters of the Vertical scale menu Modification of AC DC GND coupling AC blocks the DC component of the input signal and attenuates the signals below 10Hz DC transmits AC and DC components of the input signal GND internally the instrument links the input of the channel selected to a 0 V reference level The symbol indicates the coupling selected Coupling is indicated in the modified channel s parameter display area Limits to 20MHz the bandwidth of the channel and its trigger circuit to reduce display noise and false triggering The bandwidth of each channel can be limited to 5 kHz 1 5 MHz or 20 MHz The bandwidth limit of a channel is indicated in the control area by following symbols 20 MHz 1 5 MHz 5 KHz K N N This menu can also be called up by double tapping with the stylus on the required channel parameter display area Defines the vertical scale of the channel selected on the basis of the current settings Readings of the direct measurements of the value ana
90. extension If this format is noi observed the message Filename too long is displayed When the pointer passes over a destination file its name date and time of saving and size are displayed e Ifthe name already exists or is not compatible the error message Impossible File already exists appear SCOPIX Oscilloscopes 113 114 Recorder Mode Recorder Mode cont TXT save Identical to Oscilloscope mode see Memory Menu gt Trace gt Save TXT In this mode traces are saved individually Recall REC Opens a File Copy menu when selected In the Source list the previously saved REC files via the menu Trace gt Save REC are displayed The file name to recall is highlighted It is selected using the stylus Once it has been selected the gt key opens the file and closes the menu The menu can be exited without recalling by tapping the icon in the top right hand corner with the stylus e e tis not possible to launch an acquisition or deselect a channel while the recorder is in memory display mode e tis not possible to switch from a normal acquisition to a fault capture while the recorder is in memory display mode M e This symbol which is in the bottom right hand corner of the screen is a reminder that the recorder is in memory display mode e The v symbol in front of Recall REC in the Memory menu is a reminder that the recorder is in memory display mode e When
91. fines the limits of the analysis e edge El defines a pulse between El and e edge KS defines a pulse between El and Signal injected on CH1 1 pulse of 50 us repetitive or not Trigger Parameters Main Pulse Delay Count Ty che L f J Main Trigger SO Or chide Se bictad vied collinatdiankudiueeosiiccc balled on Soom Trigger if Pulse is 1 OO aau code L aie oo lidt 24 60s dv 6 000 Vf 25 04 El fo gt ic ee The trigger parameters in the main menu are active Source Level Edge etc The oscilloscope is triggered when the signal s pulse width is equal to the specified pulse width 25 0 us tolerance The trigger occurs on the leading edge of the pulse but is effective on the trailing edge Oscilloscope Mode cont d 46 SCOPIX Oscilloscopes Oscilloscope Mode Delay Trigger delay Holdoft Auxiliarysource Coupling Level Edge Noise reject SCOPIX Oscilloscopes Selection of edge trigger with delay The delay is triggered by the auxiliary source Effective triggering occurs after the end of the delay on the next event from the main source 35 2us Adjustment with the stylus using the setting scroll bar to choose the required delay value Double tapping in this field displays a virtual numeric keypad which can be used to directly input the value Adjustment with the stylus using the setting scroll bar allows disabling of the trigger for a predefined pe
92. g cho SEU cha p l Vertical scale Frobix cht P mathi gt matha F gt Function definition maths gt Vertical scale p mathi A p 200 y ouplirig C 4c f DC C GND SkHz Tracel vertical scale oefticient Neasure Unit hoo if Sensitivity Vertical position Timebase Horizontal position xi x10 s100 x1 000 Math definition sin pPetidivht2v4sin S pi tidivh easing Spit PEAS tain T pA Fieve unetions dive OR Cancel Save RESET SCOPIX Oscilloscopes 103 Recorder Mode Recorder Mode cont The Trig Menu Triggering Source Level 1 Level 2 Trigger type The Pretrig is monitored for each type of trigger 104 Display Measure Memory Util Wert Horiz Source evel Deferred start Level 2 Type No triggering m Level 1 Source Mo triggering Less than Greater than O 00 Vf 0 00 w 0 00 w Ch2 oov y 0 00 w Detection in files LosHi Exterior Ch3 No triggering Selection of trigger type and level on each channel Triggering takes place if a condition described by a line of the Trigger table is verified This trigger level must be present in the display area Indicates the channel number The main trigger threshold level can be set using the stylus The auxiliary trigger threshold level can be set using the stylus
93. hey were saved and their size The selected file appears in grey The stylus is used to select the file The scrollbar on the right is used for moving through the list Selection of the file type required using the corresponding filter CFG TRC FCT PRN PCL EPS BMP_ GIF REC TXT The stylus is used for selection can be used to select all the file types The storage capacity of the file manager is 1Mb causes restoration of the file selected by the File Copy menu deletes the selected file deletes all the files the extension of which has been selected in File type transmits the file over the active communication interface RS 232 Centronics network You can exit from this menu by pointing with the mouse on the icon in the top right hand corner of the window Selection of the RS 232 or Network menus This menu can be used to configure the serial remote programming interface or the network interface Ethernet This interface uses the connector RS 232 Ethernet on the right hand side of the instrument It requires the use of the RS 232 SUBD9 cable HX0042 selects the transmission speed 300 to 115 200 Baud selects the word length 7 or 8 bit selects the type of parity even odd or no parity none selects the number of stop bits 1 or 2 stop bits selects the serial link management mode Hard Hardware the protocol is provided by the RTS and CTS lines of the RS 232 link Soft Softwa
94. ible in this model In Recorder mode the DC input coupling is constant The DC symbol is permanently displayed N A To set the vertical sensitivity of the last channel selected see Oscilloscope mode A To set the vertical position of the last channel selected see Oscilloscope mode 94 SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont Display Normal mode display Display in fault capture and file capture modes Composition SCOPIX Oscilloscopes 13125 E 1312521 13 12 52 bE o d 4 Menu bar 3 Display area 1 Status area E 2 Control area The user views 500 points on the screen in MIN MAX mode to eliminate the risk of information loss involving the 2 500 points in the memory The memory is segmented to allow the acquisition of 100 faults A fault corresponds to a triggerd acquisition of 500 samples 2 modes of visualization 10 contiguous faults only 1 full screen fault The composition of the Recorder mode display is identical to that in Oscilloscope mode Reminder The display is divided into 4 functional zones Direct access to current settings Display and setting of current value 95 Recorder Mode Recorder Mode cont 5 Status area Three pieces of general information appear in this area e The bargraph representing the screen position and the cursors in the acquisition memory
95. ic mode or using the SGLE REFR key run Use the RUN HOLD key to start acquisition RUN mode or use the time base menu The acquisition status Ready RUN STOP is indicated on the right under Reminder the display of the trace in the trigger status display zone e Optimize the time base speed to observe several complete TV lines 2 Example of a video signal T we chi ch2 ee a a eee a SO Omi ERE EE REN T a ee E E E E A E E S WERE aes TA Fe te Pt SO Orn chg ae a i 1 Orn FFT i urseur2 Midt 64 00ps dv 0 000 kaal al al Tl P 18 1 5miv Use the manual cursors to check the duration of a line e Display the manual cursors CURS Menu gt Measure gt Manual measurements dt dv ON OFF or using the key opposite e To move the cursors freely select Measure Menu gt Unattached cursors e Use the stylus to position cursors 1 and 2 on the start and end of the signal respectively The measurements between the 2 cursors are indicated under the curve display 23 Example dt 64 00 us duration of a line 124 SCOPIX Oscilloscopes Applications Applications cont i eee iia For more detailed examination of a video line signal the TV trigger menu can be specific TV line used to select a line number e Inthe Trigger Parameters menu select the tab Trig Menu gt Parameter gt TV e Set the standard number of lines 625 lines polarity line 1 front
96. ications cont 14 Ethernet network application examples a File transfer from a PC via the network 136 The files in the oscilloscope s File Management menu see Util Menu can be downloaded onto a PC or uploaded from a PC via an Ethernet network Oscilloscope PC IP Address 132 147 200 74 IP Address 132 147 240 1 ETHERNET network e Use a suitable Ethernet cable to link the oscilloscope to the network e Open the oscilloscope s Network menu e Enter the IP address manually or automatically using the icon provided by a DHCP server if the server is accessible e Then validate the information by choosing OK e wa Example 132 147 200 74 e Use aPC connected to this network e In your browser type in the URL zone ftp 132 147 200 74 A list of the files is then displayed e You can use your browser to copy files PC gt Scope or Scope gt PC delete files rename files The SX METRO software option simplifies file transfer via the Ethernet network SCOPIX Oscilloscopes Applications Applications cont b Hard copy of the screen on a network printer Screen copying can be initiated on a network printer Oscilloscope Printer IP Address IP Address 132 147 200 74 132 147 200 10 ETHERNET network Use a suitable Ethernet cable to link the oscilloscope to the network Open the oscilloscope s Network menu Enter the IP address manually or automaticall
97. in cursor is positioned over the trigger on the magnified fault while the auxiliary cursor is on the right of the screen 2n press Zoom off gt 10 consecutive faults are displayed on the screen The cursors are no longer displayed Validated channel Display enabled trace displayed after RUN Displayed channel Channel validated trace present on the screen Selected channel The parameters of this channel can be set using the following keys 00 Ge 93 Recorder Mode cont 5 VERTICAL keys or keypads OX 7104 The signal concerned is not displayed OX 7102 The signal concerned is not displayed Recorder Mode The signal is displayed and selected The vertical sensitivity and vertical position are allocated to the selected channel The signal is erased by double pressing After pressing one of these keys The signal is displayed and is selected On CH1 and CH4 the vertical sensitivity and vertical position are allocated to the selected channel The signal is erased by double pressing os maths Deselecting the signal 2 short taps on the key concerned see opposite dj A long press does not trigger a vertical autoset After a long press the message Impossible in this mode appears This key enables or disables the horizontal dividing into 2 parts of the display area see Oscilloscope mode acypoc No action enD Pressing the key displays the message Imposs
98. indicates the averaging coefficient selected The Fast Fourier Transform FFT is used for calculating the discrete representation of a signal in a frequency domain from its discrete representation in the time domain FFT can be used in the following applications e measurement of the different harmonics and the distortion of a signal e analysis of a pulse response e search for noise source in logic circuits The FFT is calculated over 2500 points The Fast Fourier Transform is selected by the FFT icon in the control area When the trace is zoomed the FFT applies to the zoomed part of the trace The Fast Fourier Transform is calculated using the equation 27nk 2 for k e 0 N 1 with x n a sample in the time domain X k a sample in the frequency domain N resolution of the FFT n time index k frequency index The displayed trace represents the amplitude in V or dB of the various signal frequency components according to the scale selected linear or logarithmic The DC component of the signal is removed by software SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d chi 500m ch4 50 Orne Sodus H FT 2 F 10 00kHz Vpp 5 025 W i Tigi PE lE aj l T p 500M5 10 kHz square signal on CH2 and 5 Vpp chi SOO AE e EI EA AAA AE one EE Bae aoe es ea g0 m ch4 SO Orn B2 5kH2 e FFT po fpeureere 2 dt 20 00kHz dvs 1
99. ith e Sample value of new sample acquired at abscissa t e Pixel N ordinate of the pixel with abscissa t on the screen at instant N e Pixel N 1 ordinate of the pixel with abscissa t on the screen at instant N 1 The symbol indicates the averaging coefficient selected SCOPIX Oscilloscopes Harmonic Analysis Mode Harmonic Analysis Mode cont d The Display Menu Wert Trig Horiz QIRIEIEME Measure Memory Util F af Fund Harmonicl 6 Even Harmonics Odd Harmonics Definition These menus allow you to view the harmonic composition of one or more selected signals according to 3 groups Fund gt Harmonic 16 Display of the fundamental and the first 15 harmonics Even harmonics Display of the fundamental and the even harmonics from 2 to 30 Odd harmonics Display of the fundamental and the odd harmonics from 3 to 31 The selection appears under the composition display g e The v symbol present on the fundamental F or one of the harmonics indicates the one selected e The selection is kept when the display changes The Memory Menu See description in Oscilloscope mode In Harmonic Analysis mode this menu is limited to saving and recalling the instrument configuration The Util Menu See description in Oscilloscope mode The Menu See description in Oscilloscope mode SCOPIX Oscilloscopes 91 Recorder Mode ee E 5 UTILITY keys or keypad D The
100. itivity using the stylus on the scrollbar from 2 5 mV to 200 V div The sensitivity is indicated in the channel parameter display area It takes into consideration the parameters of the Vertical scale menu Modification of AC DC GND coupling AC blocks the DC component of the input signal and attenuates the signals below 10 Hz DC transmits AC and DC components of the input signal GND the instrument connects the selected channel input to a O V ref level The symbol indicates the coupling selected It is shown in the modified channel parameter display area Bandwidth limit for the channel and its trigger circuit to reduce display noise and false triggering The bandwidth limit of each channel can be limited to 5 kHz 1 5 MHz or 20 MHz The bandwidth limit of a channel is displayed in the control area by the following symbols 20 MHz 1 5 MHz 5 kHz This menu can also be called up by double tapping the stylus on the required cnannel parameter display area ch1 ch2 ch3 or ch4 Defines the vertical scale of the selected channel on the basis of the current settings Assignment of a multiplication coefficient to the selected channel s sensitivity This can be modified with the stylus using the table of usable numbers after selecting the Coefficient area The key deletes the character preceding the cursor in this area Predefined values x1 x10 x100 x1000 corresponding to standard probe coefficients
101. ity coupling gt AC or by pressing the AC DC GND key e Adjust the scan speed using the scrollbar in the time base window 500 us div or the keys opposite e Select the trigger parameters Trig Menu gt Parameter gt Principal gt Source CH1 Coupling AC Front or using the key opposite e Adjust the trigger mode Trig Menu gt Automatic mode or using the SGLE REFR key e Use the RUN HOLD key to start acquisition RUN mode 119 Applications Applications cont If necessary e Modify the trigger level using the stylus by moving the symbol T Trigger on the screen The value of the trigger level is indicated in the bottom right hand corner of the screen or through the trigger parameters menu Trig Menu gt Parameter gt Principal gt Level A e Modify the vertical positioning of the curve AUTO 50 HX0030 probe compensation 120 by using the stylus to move symbol 1 on the left of the screen or by using these keys amp This key is used to make these adjustments automatically Adjust the low frequency compensation of the probe so that the signal plateau is horizontal see figure below Over compensated probe _ Compensated probe lt ___ Under compensated probe y Adjust the screw on the PROBIX HX0030 probe to adjust the compensation SCOPIX Oscilloscopes Applications Applications cont 3 Automatic measureme
102. l MONU ccccccccseceeeeeeeeeees 31 Trig Trigger menu 43 Horiz Horizontal M Nu c 00cccccseeeeseneees 53 Display Display MeNU 0ccccceeeeeeee eens 58 Measure Measurement MeN ccc10cccseeeereees 60 Memory MONU 10cccceeeeeceeneeeeeees 65 Util Utilities MONU 00cccceeceeeeeeeeeeees 68 2 Help menu 0cccccceeccceneeeeeeneeeees 73 Chapter IV aa i EREA pars pa panini en eye eee epee ete EEA 74 Doa a AE A E E EE E N A E E T E E 76 SL T e EEEE EE EE AT A A T EEE TE TEE E ITEE 79 Vert Vertical menu ccccceccceseeeeees 80 Trig Trigger menu cccccccceeeeeeeees 82 Horiz Horizontal menu c11cccceeeeeeee 82 Display Display menu cccccccceeeseeees 82 Measure Measurement menu 0 c 00 cceee 83 Memory menu ccccccccceeeeeeeeeeee 84 Util Utilities menu cccceeteeee eee 84 2 Help menu ccccccsseeeceseesneeeees 84 Chapter V Ecce ese a eens EO ENR E SEE AAEE EA OE E a ee E E ETA 85 Vert Vertical MONU ccccccccseeeeeeeeeneees 88 Horiz Horizontal M N ccccccccceseeeeeeneees 90 Display Display MeNU 00 ccccceeeeee eens 91 Memory MONU 0ccccceeeeeeeeneeeeeees 91 Util Utilities MONU 10ccccccse cece eee eneeees 91 2 Help menu
103. le fa CAIMULC2 FCT 1S octets Fichier FCT a SQUARE FCT 93 octets Fichier FCT Files may be a moteur TRC 9 79Ko Fichier TRC 18 09 2033 00 00 a sinus TRC 9 79Ko Fichier TRC 18 09 2033 00 00 CO pi ed on Serveur 14 3 250 46 temperature TXT 17 1 Ko Texte seulement 18 09 2033 00 00 Nom d utilisateur Anonymous a site3 PRN 29 0Ko Fichier PRN 18 09 2033 00 00 PC usin g conventional Cliquez ici pour en savoir plus sur la Wi n d ows P A d d r e S S of consultation des sites FTP commands instrument see p 70 Utilisateur Anonyme E Intranet local 142 SCOPIX Oscilloscopes Technical Specifications Technical Specifications Only the values assigned with a tolerance or limits are guaranteed values g after half an hour warming up Values without a tolerance are for Oscilloscope Function information only Vertical deviation Characteristics OX 7102 OX 7104 Number of channels 4 channels CH1 to CH4 OX 7104 2 channels CH1 amp CH4 OX 7102 Vertical ranges 2 5mV to 200V div Variation in steps no continuous variable coefficient BW at 3dB on all vertical 100MHz OX 7102 OX 7104 ranges from 2 5 mV to 200 V div Measured on 5022 load with a 6 div amplitude signal Max input voltage 600VDC 600Vrms 850Vpk DC peak AC at 1kHz without 1 10 probe 1 kVrms with PROBIX HX0030 probe derating 20 dB decade from 100kHz to 100MHz Input Type PROBIX safety connector class 2
104. lidate the serial port COM1 or COM2 of the PC on which the cord is connected The installation is launched automatically The message Operation successful displays at the end of the installation The oscilloscope switches to harmonic analysis mode which is installed definitively Presentation The harmonic analysis function displays the fundamental and the 15 harmonic ranks up to the 31st In this mode the time base is therefore adaptive and is not manually adjustable This analysis is reserved for signals whose fundamental frequency is between 40 Hz and 450 Hz All the conventional settings of the oscilloscope except for the time base and trigger remain active in this mode Sensitivity Coupling Vertical Scale Only the channels not the functions or the memories can be the subject of harmonic analysis Harmonic analyzes of 2 OX 7102 or 4 OX 7104 signals can therefore be displayed simultaneously Display Vert Trig Horiz Display Measure Memory Util 7 100 chi sgim chet bl 1 0 0m ches grd 1 0 0m 0 Lo fone neo CREP PEPEEEPPPP igral Ref Harmonic 3 chi 1 24 thd 0 O 9 2 40kH2 1 73m 2 S232 hosse mene a lie eee ea Sates teases saa ch4 24r w SCOPIX Oscilloscopes 85 Harmonic Analysis Mode Harmonic Analysis Mode cont d 1 86 Composition Display of information on the traces Display area d In this mode the display is divided into 4 functional areas
105. line help will be displayed regarding the key pressed The functions associated with the keys will not be activated The key name is indicated above the explanation You can exit from this menu by pointing with the stylus in the top right hand corner of the window Provides information on the name of the instrument the version of the software the version of the hardware You can exit from this menu by choosing OK SCOPIX Oscilloscopes 73 Multimeter Mode Multimeter Mode The Keys As Press the key opposite to select the Multimeter mode 4 UTILITY keys or key pads Direct access to LCD contrast adjustment No action Triggers a hardcopy in accordance with the configuration chosen in the Util and Hardcopy menus A second press before the end of the process will interrupt the current printout lf aoe impossible a Printing error message will be sent The add symbol is displayed in front of the settings display zone when printing is in progress Ue No action 1 AUTOSET key led aut No action Selective AUTOSET Ap CH I laws auto No action 4 TRIGGER keys AUTO No action GX No action No action RUNS HOLD To lock unlock the display of the measurements Plotting of the traces never stops 74 SCOPIX Oscilloscopes Multimeter Mode Multimeter Mode cont d 3 MEASURE keys 4 E MEAS CHx 3 HORIZONTAL keys or key pads RORO OORO 5 VER
106. ll ensure that when your instrument arrives it will be tracked and processed promptly Please write the CSA on the outside of the shipping container If the instrument is returned for calibration we need to know if you want a standard calibration or a calibration traceable to N I S T includes calibration certificate plus recorded calibration data Chauvin Arnoux Inc d b a AEMC Instruments 15 Faraday Drive Dover NH 03820 USA Tel 800 945 2362 Ext 360 603 749 6434 Ext 360 Fax 603 742 2346 or 603 749 6309 repair aemc com Or contact your authorized distributor Costs for repair standard calibration and calibration traceable to N I S T are available NOTE All customers must obtain a CSA before returning any instrument Technical and Sales Assistance If you are experiencing any technical problems or require any assistance with the proper operation or application of your instrument please call mail fax or e mail our technical support hotline Chauvin Arnoux Inc d b a AEMC Instruments 200 Foxborough Boulevard Foxborough MA 02035 USA Phone 800 343 1391 508 698 2115 Fax 508 698 2118 techsupport aemc com www aemc com NOTE Do not ship Instruments to our Foxborough MA address SCOPIX Oscilloscopes 155 Technical Specifications Limited Warranty The OX Oscilloscopes are warranted to the owner for a period of three years from the date of original purchase against defects in
107. lloscopes Oscilloscope Mode Oscilloscope Mode cont d Count Trigger delay Holdoft Auxiliary source Coupling Level Noise reject SCOPIX Oscilloscopes Selects the edge trigger with counting of events The count is triggered by the auxiliary source The main source serves as a clock for the count Effective triggering occurs after the end of the count on the next event from the main source Adjustment with the stylus using the setting scroll bar to choose the number of events required Double tapping in this field displays a virtual numeric keypad which can be used to directly input the value Adjustment with the stylus using the setting scroll bar disabling of the trigger for a predefined period and among other things stabilization of the trigger on pulse trains Double tapping in this field displays a virtual numeric keypad which can be used to directly input the value selects a channel as a trigger source AC AC coupling 10 Hz to 200 MHz blocks the DC component of the signal DC DC coupling 0 to 200 MHz allows the entire signal through LF Reject Rejection of source signal frequencies lt 10 kHz facilitates observation of signals with a DC component or an unwanted low frequency HF Reject Rejection of source signal frequencies gt 10 kHz facilitates observation of signals with high frequency noise Selection of the trigger gradient trigger on leading edge trigger on trailing edge
108. ls appearing on the LCD screen e The menus at the top of the screen and the submenus selected by the pointer open and are validated with the stylus e The menus in the curve display area the command area the status area can be opened with the stylus e The stylus can move the symbols displayed in 1 the main display area trigger position position of cursors reference of the traces displayed 2 the bargraph trigger position position of cursors position of zoomed area in the acquisition memory Place the pointer on the symbol to be moved and keep the stylus pressing down while you move it to the required position e It is possible to use the stylus to zoom in the display area by dragging a box around the area of interest 4 operating mode You can select the operating mode of the instrument by pressing one of these 4 keys keys oscilloscope multimeter harmonic analyzer option recorder option OQS 28 keys only active Shortcut access to the most common functions see chapter on The Keys for the when pressed Oscilloscope Multimeter Harmonic Analyzer and Recorder modes SCOPIX Oscilloscopes Initial operation of the oscilloscope Fuse Starting up with the external power supply 10 Description of the instrument The portable oscilloscope is designed to operate on a power source from 98 to 264 V ACrms at 50 to 60 Hz or in stand alone mode with a battery The instrument is deli
109. lue ea Example Signal injected on CH1 a train of three 6 VDC pulses at a frequency of 20 kHz with a 500 mVDC component separated by 500 us Trigger Parameters Main Pulse Delay Count Ty ource ouplinig len C203 C4 foc cha 50 0m ch4 50 0m ewel dge 2 04 fe C Noise Reject aldott 108ps eo oe ee oe ee ald Midt 500 03 dv 500 On 105ps al Tl r SCOPIX Oscilloscopes 45 Oscilloscope Mode Oscilloscope Mode cont d Principal suite Pulse 23 Example The trigger is regulated with channel 1 as a source level at 2 04 V ona rising edge The Holdoff stabilizes the signal by inhibiting the trigger during 108 us The DC coupling of the trigger lets the whole signal through In this example the signal is not being disturbed and the option of noise reject is not necessary The DC coupling of ch1 reveals the continuous component of the signal Selection of pulse width trigger In all cases the effective trigger occurs on the pulse trailing edge lt triggers on a pulse if its duration Is less than the value set triggers on a pulse if its duration is equal to the value set gt triggers on a pulse if its duration is greater than the value set Adjustment with the stylus using the time setting scroll bar Double tapping in this field displays a virtual numeric keypad which can be used to directly input the value The choice of the or ES edge in the Main tab de
110. lyzed and its unit are provided Assignment of a multiplication coefficient to the selected channel s sensitivity This can be modified with the stylus using the table of usable numbers after selecting the Coefficient zone The key deletes the character preceding the cursor in this area The predefined values x1 x10 x100 x1000 correspond to standard probe coefficients and can be assigned directly The sensitivity value indicated in the channel parameter display will be modified according to this coefficient SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Measurement unit Modification of the selected channel s vertical scale unit The modification is performed by means of the stylus using the table of usable characters after selecting the measure unit zone The a key deletes the character preceding the cursor in this area J The vertical scale unit will be indicated in the modified channel s parameter display The vertical scale unit will be indicated in the modified channel s parameter The vertical scale unit will be indicated in the modified channel s parameter display y Init Reinitializes the multiplication coefficient to 1 00 and returns to the V measurement unit Validation of the selections by OK Exit from the menu without modification by Cancel 2 This menu can also be called up by double tapping the stylus on the required channel s parameter display area CH1 CH2 CH
111. manufacture This limited warranty is given by AEMC Instruments not by the distributor from whom it was purchased This warranty is void if the unit has been tampered with abused or if the defect is related to service not performed by AEMC Instruments For full and detailed warranty coverage please read the Warranty Coverage Information which is attached to the Warranty Registration Card if enclosed or is available at www aemc com Please keep the Warranty Coverage Information with your records What AEMC Instruments will do If a malfunction occurs within the three year period you may return the instrument to us for repair provided we have your warranty registration information on file or a proof of purchase AEMC Instruments will at its option repair or replace the faulty material Warranty Repairs What you must do to return an Instrument for Warranty Repair First request a Customer Service Authorization Number CSA by phone or by fax from our Service Department see address below then return the instrument along with the signed CSA Form Please write the CSA on the outside of the shipping container Return the instrument postage or shipment pre paid to Ship To Chauvin Arnoux Inc d b a AEMC Instruments 15 Faraday Drive Dover NH 03820 USA Phone 800 945 2362 Ext 360 603 749 6434 Ext 360 Fax 603 742 2346 or 603 749 6309 E mail repair aemc com Caution To protect yourself against in
112. mber e The V symbol in the menu means that the corresponding trace has been saved in the reference memory and that it is present on the screen e A reference trace cannot be moved e A reference memory can be deactivated by deselecting it in the menu SCOPIX Oscilloscopes 65 Oscilloscope Mode Oscilloscope Mode cont d Trace 66 Save TRC Save TXT Saving to the non volatile memory or recall of a trace or a reference memory The back up can be saved in two formats TRC or TXT The File copy menu is adapted to the type of format selected Saving of the files for subsequent recall on the oscilloscope screen The back up files will take the suffix TRC they can be recalled in the Trace gt Recall menu Saving of files for export to another application The saved files have the suffix TXT they cannot be recalled by the Trace gt Recall menu for screen display However they can be exported in a standard format for use in other software spreadsheet e g Microsoft EXCEL using the menu Util gt Files gt Export The selection made opens a File Copy menu Then in the Source drop down menu select the trace or the reference memory to be recorded The trace or reference memory to be saved will appear in grey The stylus is used for selection e Only traces and reference memories present on the screen are indicated in the Source list selectable e f allthe traces and reference
113. memories are present on the screen the right scroll bar in the menu can be used to move around inside the list A default backup file name is proposed above the keyboard It can be modified using the virtual keyboard with the stylus The key deletes the character preceding the cursor in this area Once the name has been written the gt key records it by entering it into the destination menu and closes the menu The backup file takes the extension TRC internal format or TXT text format depending on the previous selection You can exit from this menu without saving by pointing with the stylus on the icon in the top right hand corner of the window e The file name is limited to a maximum of 15 characters the suffix If this rule is not respected the message File name too long is displayed e As soon as the pointer passes over a destination file the name is displayed with its recording date its recording time its size e Ifthe name already exists or is incompatible an error message Impossible File already exists will be displayed SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Recall TRC Configuration Save Recall SCOPIX Oscilloscopes When selected this opens a File Copy menu In the Source list the TRC files recorded previously via the menu Trace gt Save TRC are displayed The name of the file selected for recall appears in grey The stylus is u
114. menu g Disabling the horizontal zoom with the zoom ON OFF key allows the user to return to a screen with the ten faults displayed while not disabling the vertical zoom SCOPIX Oscilloscopes 101 Recorder Mode Recorder Mode cont Case 2 The horizontal zoom is enabled the screen displays one of the captured faults Vert Decl Horiz Affich Mesure M moire Util 7 oe Cae Bae p 4 3 To tei Na J 2 N 1 5 1 ami 151700 SFO 151701 Or Fault capture mode the horizontal zoom is enabled A single fault is displayed on the screen A zoom frame is drawn Vert Decl Horiz Affich Mesure M moire Util 7 chl Z 3704 W oie eee ers aa ae ae a ae aa Bagi w Dona SENT A neea ei Paasalannalaneelen l Mam 23 37 151700 SAO 15170 ET l E A vertical zoom is applied to the area containing the fault As in the first case select disable zoom in the menu above to disable the zoom The screen returns to the initial 10 faults on the screen display g Disabling the horizontal zoom with the zoom ON OFF key allows the user to return to a screen displaying the ten faults while the vertical zoom remains enabled 102 SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont The Vert Menu This menu is identical to that described in Oscilloscope mode Trig Horiz Display Measure Memory Util i Display Y gt Sensitiviti ouplin
115. nd the value of the active parameter can be modified using the UP DOWN button next to the display of the current value e After modification of the time base the corresponding sampling frequency is indicated in the settings area e When the stylus is placed on the parameters or a channel or on the value of the time base it directly opens the associated menus Sensitivity Coupling and Vertical Scale for the channels Vertical scale for the functions Source trigger mode and RUN STOP for the time base SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d 3 Display area SCOPIX Oscilloscopes The grouped Source and Trigger Mode menus can be opened by a double press with the stylus on the time base area af Trig chl Trig che Trig chs Trig ch4 Trig af Auto aingle RUN STOP starts and stops acquisition from this menu The acquisition status is indicated in the status area on the screen The symbol Vv indicates the source and trigger mode selected The graphic elements displayed associated with the traces in this area are a trigger time position indicator a trigger level indicator a trace number identifier a vertical position indicator for the reference level of each trace cursor position indicators linked to the trace for the automatic measurements position indicators regarding the cursors linked or not to the trace for manual measurements selection of a Zoom zone
116. nitoring statistics Frequency Time interval between 2 measurements Measurement log RUN HOLD Display n numeric form Graphic trace 150 On Channel 1 Capacimeter Resolution Measuring current 5 mF 1 uF 500 uA 500 uF 0 1 UF 500 uA 50 uF 0 01 uF 500 uA 5 UF 1 nF 500 HA 500 nF 100 pF 5 uA 50 nF 10 pF 5 UA 2 10 UR from 10 to 100 of scale 5 nF 1 pF 500 nA lt 2 nF not specified gt 2nF 2 10UR Parallel R gt 10 k On all inputs 20mV A current clamp 80 A peak AC DC 600V CAT II Accuracy 1 5 2mA from 0 to 40A peak 4 from 40 to 80 A peak With HX0034 the service voltage between channel is 600V CAT Il Temperature range 40 to 2282 F 40 to 1250 C Measurement accuracy 1 38 F 3 5 C typical There is no isolation between 2 thermocouples The voltage between one channel thermocouple and one channel measurement must be lt 300V CAT II 20Hz to 45kHz on a square and sinus signal 20Hz to 20kHz on a triangle signal Accuracy 0 1 via menu with touch sensitive screen MAX and MIN values for all measurements Possible display of frequency in AC mode Adjustable from 1 second to 1 hour Measurement display f time default window of 4 min 4 measurements per second Initiation of the measurements Freezing of the measurement Principal measurement gt large size display Secondary measurement gt small size display The touch screen allows you to select the secondary measurement via a
117. nt Recall SCOPIX Oscilloscopes e Connect the calibrator output 3 V 1 KHz in the connection zone to input CH1 using a 1 10 measurement probe e For probe adjustments see the Calibration signal display e Opt for 500 mV div vertical calibre time base coefficient 500 us div vertical scale coefficient 10 DC coupling of CH1 Display the table of the automatic signal measurements on channel 1 by Measure Menu gt Automatic Measurements see Measure Menu or using this key The table of all the measurements made on the trace is displayed Trace 1 Automatic measurements election of 2 permanent measurements wins 26 15m Trisee 0 000 4 Wmnax 3113W Tfalls 0 000 s vep 3139W Wee S64 0ps Wows 4 654mi wW 572 03 Vhigh 3 092 P 1 134ms W Vamps 3 097 F 881 8 Hz vems 2177 DCs 49 7 vag 1 535 Ne 4 Over 0 0 Over 0 0 Reference memory difference e The v symbol indicates the 2 measurements that will be displayed on the trace once the table has been closed e The automatic measurements beneath the trace are deleted by deleting the last 2 measurements selected By validating the Reference memory difference option you can calculate for the same measurements the difference between a selected trace and a memorized reference trace see Memory Menu The measurement precision is optimum if 2 complete signal periods are displa
118. nt moved using stylus located at the left of the screen by default e Auxiliary cursor permanent moved using stylus located at the right of the screen by default e Trigger time position indicator fixed and located 20 across from the left of the screen lts graphical representation is as follows T Level indicators representing 5 different triggers Lower trigger option of the last channel selected Upper trigger option of the last channel selected Upper lower trigger option of the last channel selected External window trigger option of the last channel selected No symbol is displayed no trigger on the last channel selected g The level indicator figure represents the channel concerned by this indicator Example T Lower trigger option on channel 1 Y There can be trigger conditions on several channels at the same time display by selecting the channel concerned g In fault capture and file capture mode the grid is divided into ten sections i e one section for each fault The cursors are no longer displayed they reappear when a single fault is displayed on the screen horizontal zoom enabled see help for key shown here SCOPIX Oscilloscopes 99 Recorder Mode Recorder Mode cont Display elements aa E Ce ee ee ee gga EDN 2 m m m e m ee Me ee A n l l i HT l E hide Peden fie ae aes l l l l l Aak G EEES oe ee ee
119. o the measurement on this channel It is only possible to choose the reference on activated channels channels that are not activated are displayed in a lighter color in the sub menu d The symbol indicates the reference selected Channel CH1 is used as a voltmeter and therefore measures the amplitude of the signal present on the input of this channel Channel CH1 is used as an ohmmeter and therefore measures the resistance of the dipole wired to the input Channel CH1 is used as a continuity tester there is a beep if the input resistance is less than 30 Ohms d In this mode measurements are impossible on the other channels Channel CH1 is used as a capacitance meter and therefore measures the capacitance of the dipole wired to the channel s input d In this mode measurements are impossible on the other channels Channel CH1 is used as a component tester This mode measures the threshold of the diode wired to the input d In this mode measurements are impossible on the other channels These configurations measure a temperature using a 100Q PT100 resistive sensor 83 Multimeter Mode Multimeter Mode cont d ve wert Tri Horiz Display Measure The Memory Menu n a 8 Display Mi File Manager SOUrce Destinatiors Traced File Manager Source Destination SOUrCE Destination Default setup Trace TXT in Multimeter mode it is only possible to save a trace in non volatile memory in
120. ode Recorder Mode cont Fault capture The fault capture mode allows 10 recordings of 250 samples to be made around the trigger point These 10 recordings will be displayed on the screen Each recording is separated by a solid vertical line They are recorded in volatile memory ca Example Source evel Deferred start Detection in Tiles 142157 4 The fault capture mode is selected the screen is divided into 10 sections Display after an acquisition in fault capture mode 106 SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont File capture This mode is similar to fault capture mode It carries out several series of 10 recordings of 250 samples Each series of ten recordings is stored in a file in the memory REC The number of total recordings that may be made depends on the space remaining in the memory doo If the memory is empty it is possible to store up to 510 recordings of 250 samples 232 Example SCOPIX Oscilloscopes 500 recordings saved in a file and 10 recordings in volatile memory totalling over 127 000 samples e When the memory is full the acquisition is stopped and a message appears on the screen Write error Auxiliary storage full The message is validated by selecting OK with the stylus The user can then begin to study the recordings e They are displayed folder by folder There is a file on the screen A file contains 10 recordings Fault
121. on modes Single shot Mono SINGLE Triggered Trig Automatic Auto REFRESH e SINGLE mode A single acquisition is authorized triggered by pressing the RUN HOLD key For any further acquisition the trigger circuit must be reset by pressing the RUN HOLD key e TRIGGERED mode The screen s content is only refreshed when there is a trigger event linked to the signals present on the oscilloscope s inputs CH1 CH2 CH3 CH4 If there is no trigger event linked to the signals present on the inputs or if there is no signal on the inputs the trace is not refreshed e AUTOMATIC mode The screen s content is refreshed even if the trigger level is not detected on the signals present on the inputs When there is a trigger event screen refreshing is managed as in the Triggered mode AUTOMATIC modes a e allows acquisition to be started and stopped in TRIGGERED and i 20 e resets the trigger circuit in SINGLE mode Acquisition is initiated according to the conditions defined by the acquisition mode SGLE REFR key The acquisition status is indicated in the status area RUN Started STOP stopped PRETRIG acquisition SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d 3 MEASURE keys MEAS REF MEAS CURS ON OFF 3 HORIZONTAL keys or key pads W SCOPIX Oscilloscopes Activates or deactivates the display of the window for the 19 automatic measurements
122. on the reference trace When pressed in combination with a CHx key it displays the measurements concerning the corresponding channel By means of successive presses this selects one of the displayed traces as the reference trace for the automatic and manual measurements It appears in the Measure menu gt Reference Activates or deactivates the cursor display for manual measurements The cursors can be moved directly on the touch screen using the stylus e The dt measurements time difference between the two cursors and dv measurements voltage difference between the two cursors are indicated in the status area e The absolute value of the cursor selected is indicated in the Current Settings area Adjustment of the time base coefficient T DIV After a Zoom the Z Pos setting modifies the position of the screen in the acquisition memory Activates or deactivates the Zoom function By default the zoom is performed around the samples located in the middle of the screen A zone can be zoomed by tracing a rectangle around the area to be enlarged using the stylus on the touch screen The sensitivity time base and horizontal and vertical alignment values are recalculated automatically 21 Oscilloscope Mode Oscilloscope Mode cont d Definition of terms Validated channel Display enabled trace displayed after RUN used Displayed channel Channel validated trace present on the screen Selected channel The
123. on to be assigned to the selected trace by means of a vertical keyboard linking traces chi and ch2 as well as ch3 and ch4 if necessary e The mathematical function can be defined on 2 lines e ch2 and ch3 can only be used on OX 7104 oscilloscope e mathx cannot be used in the definition of a function The key deletes the character preceding the cursor in the window 8 predefined mathematical functions can be linked to the traces step using t cos cosine exponential Square root t abscissa of the sample in the 2500 sample acquisition memory g divh 1 is equivalent to 250 samples counts 1 horizontal division Validation of the selections by OK Exit from the menu without modification by Cancel the dynamic calculation of the a message indicates that the vertical scale is impossible measuring unit on this function will be vertical division div the dynamic calculation of the vertical it takes into account of the scale is possible sensitivities of the channel sources Particular cases Value of the measuring unit CHx CHy Sensitivity and measuring unit used on CHx CHx CHy Sensitivity and measuring unit used on CHx In each cases the measuring unit can be re defined and a coefficient can be applied to the measurement results refer to Vertical scale SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d eS Examples Use of pre
124. onnection is done from a PC by using INTERNET EXPLORER SERVER To reach the Web server register in the bar of address http IP Address of the instrument The IP address of the instrument is defined in the following menu UTIL gt Config I O Port gt Network See p 71 DER are arain e ca SHAE see p 73 tiaa aA ahi era wl a CE Eee e SE e WS SaaS oes ps Pa Ue et ate Hey N ites se a 138 SCOPIX Oscilloscopes Applications Applications cont OSCILLOSCOPE E m ode Fichier Edition Affichage Favoris Outils i Adresse ttp 14 3 200 183 ARC ai IP Address of Anaa tn al aah esor i 1 P 0 E aa seop 73 eeu Baea eae pes E Fat a SLY Pi a Ra Da BY DRAE EEDE EE posh es aA E Ee MYELIN FFT mode SCOPIX Oscilloscopes FFT refresh One click on window title triggers refreshing Window adjustments integrated after a click on Remote Control One click on window title triggers refreshing Window adjustments integrated after a click on Remote Control 139 Applications Applications cont MULTIMETER Liisa soft Internet Explorer Mode oaan s One click on window title triggers refreshing TPAR StS REE 4 04 85 V 290 5mV Window adjustments sn on cor integrated after a click on Remote Control One click on window title triggers refreshing Window adjustm
125. ont d 26 2 Control area The parameters displayed in this area are e The parameters of each channel and trace display sensitivity coupling bandwidth limitation vertical scale function Zoom e The time base value the presence of a Zoom and a change in the signal representation domain FFT e Active adjustment of the last selected element trigger level trigger time position channel offset value X amp Y position of cursor e Time display if no measurement has been selected e Display of the battery status e A plug if the instrument is connected to the Wall Plug chi bwl Display of the trace parameters in the ui wa color of the trace 50 Om validity coupling bandwidth limitation sensitivity Display of ZOOM mode or cha 2 50m Display of the math function parameters in the color of the trace validity value of one division Display of ZOOM mode or Display of memories M validity maths 1 00 div Mig 5 00 Value of time base coefficient s div in oscilloscope mode or of the frequency Hz div in FFT mode Change of signal representation domain ene i FFT selection 25 0 Indication and adjustment of last setting selected e The channels and functions can be validated using the stylus or the keys e The v symbol indicates whether a channel or function is selected or whether FFT mode is selected e The settings of the time base or the frequency a
126. or 2 stop bits Protocol selection Hard for RTS and CTS lines Soft for XON and XOFF characters None no protocol Type 10BASE T Twisted Pair Lead Interface scope RJ 45 8 points Standard IEEE 802 3 Double insulation 600 V CAT III inputs Location right hand side of the instrument with 1 RS 232C interface cable HX0042 1 twisted Ethernet interface cable HX0040 Remote programming of the instrument by a PC Warning Error Messages 152 e Programming of the instrument via the RS 232C or Ethernet interface with SCPI commands IP protocol available on Ethernet FTP server TELNET HTTP server LPD client DHCP client Refer to the remote programming manual for the list of commands If one of those codes or the addition of several codes is present when getting started gt a default has been detected In this case contact your closest distributor See Maintenance Autotest Autotest Autotest Autotest Autotest Autotest Autotest Autotest Autotest Autotest Autotest Autotest Autotest Error 0001 Error 0100 Error 0200 Error 0400 Error 0800 Micro Problem Error 0002 Error 0004 Error 0008 Error 0010 Error 0020 Error 0040 Error 0080 Analog problem on channel 1 Analog problem on channel 2 Analog problem on channel 3 Analog problem on channel 4 Error 1000 Flash Problem RAM Problem FPGA Problem Num
127. orizontal position Trigger edge Run Hald Auto MeasRef Meas Autoset chk Auto 50 Compensation HF The 30 lt button controls the lighting of the area to be measured 14 SCOP IX Oscilloscopes Description of the Instrument Description of the instrument cont d Connection Disconnection A window indicating the safety conditions is displayed when you connect or disconnect a PROBIX adapter on one of the channels of the instrument che PROBIS event H35 NO ISOLATION BETWEEN 2 KTE EH 25080 1 AS SC typ General Bey 1000 CATI 600x CAT IN 300 CAT II specifications of the Hx30 BOO CAT Ill adapter which has mee Ovens MAX BOOY CAT II 300 CAT II been last connected H832 k TC SO CAT Input Max voltage of the signal measured Between channels by the Probix Acceptable maximum adapter voltage between the channels this voltage depends on Floating input the combination of Acceptable max connected Probix voltage on each adapters Probix input in relation to earth SCOPIX Oscilloscopes 15 Description of the instrument Description of the instrument cont d Recommendation for use Connection of reference conductors for the 1 10 PROBIX HX0030 probe To prevent electric shocks or possible fires never use the grounding spring of the 1 10 probe for voltages gt 30 Vrms in relation to the ground Distribution of stray capacitances
128. oscope provides the power supply for the probes and adapters BNC Adapter ch1 PROBIX event PROBIX HX0031 TEET AN gt SUY CAT Use isolated rated BNC leads Input Floating Between Channel fen coo caT 600 CATI 600 CAT II H831 R 600W CATIN 600 CAT III 2 600W CAT IN 600 CAT III 5 600W CATIN 600 CAT III SCOPIX Oscilloscopes 13 Description of the instrument Description of the instrument cont d chi PROBIX event Banana adapter 24mm AN H833 DERATING 20dB decade gt 100kHz Use safety rated leads PROBIX HX0033 j Input Floating Between Channel aa BOOW CATI 600W CATIN 600 CAT III H323 Che p 600 CATIN 600 CAT III ChS 3 600 CATI BOON CAT III p 600 CATI 600 CAT III amp 9 The positive input is indicated by a Sign 1 10 pr obe chi PROBIY event PROBIX HX0030 H 30 140 Probe 250MHz Bandwidth 1 DCW Input Floating Between Channel RA 1000 CATH 600W CATI 800 CAT III H 320 BOO CAT III Che 3 600 CATI 600 CAT III ChS p 600V CATI 600 CAT III 7 600V CATI 600 CAT III Buttons A and B on the probe can be used to directly modify the parameters of the channel connected or to call the functions on the front panel of the oscilloscope see Vert Menu gt chx gt PROBIX The color of the trace can also be programmed in this menu Configuration of Probis 1 utton 4 Button 6 fe Sensitivity Vertical position Timebase H
129. parameters of this channel can be set with the keys PA AC DC a or key pads Before pressing one of the After pressing one of the OX 7104 following keys preceding keys The channel concerned is The channel is displayed and not displayed selected The vertical sensitivity and vertical position are assigned to the channel selected The channel concerned is The channel is selected displayed but not selected The channel concerned is The channel is erased by displayed and selected ap double pressing OET o sm see Step Before pressing one of the After pressing one of the following keys preceding keys The channel concerned is The channel is displayed and not displayed selected On CH1 and CH4 the vertical sensitivity and the vertical position are assigned to the channel selected The channel concerned is The channel is selected displayed but not selected The channel concerned is The channel is erased by displayed and selected double pressing 8 A long press on one of the keys CHx causes a vertical autoset e This modifies the sensitivity and vertical positioning of the channel in question e t optimizes the display on the screen by activating and selecting the channel The channel is displayed and selected 22 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d FULL TRACE AC DC GND YW O SCOPIX Oscilloscopes Activates or deactivates horizontal splitting of the
130. quisition once it has filled the acquisition memory STOP mode Trigger level gt Signal level gt data acquisition no longer stops and the signal is analyzed constantly The trigger level may be set precisely using the trigger parameters menu Trig Menu d gt Parameter gt Principal gt Level e Start acquisition using the RUN HOLD key RUN mode gt Examination of the 22 2 The signal is analyzed constantly oe a ae 50 mi This trace scroll function allows the M3F 1 000 Hz veff 9934m a dal al 128 SCOPIX Oscilloscopes Applications Applications cont 11 Min Max Acquisition auto8 Q RUN HOLD a FULL TRACE DOA O Detection of a wrong representation due to under sampling 23 Examination of an amplitude modulate signal Using the key shown opposite select the Oscilloscope mode Inject on the CH1 input an amplitude modulated sinusoidal signal at a frequency of 15Hz Inject on the CH4 input a sinusoidal signal at 300 Hz and 3 VDC for synchronization of the signal on CH1 Adjust the scan speed using the scrollbar in the time base window 1 ms div or using these keys Validate the CH1 signal Vert Menu gt Display gt Trace 1 or using the key opposite or on the display of the CH1 trace parameters Adjust the CH1 sensitivity Vert Menu gt CH1 gt Sensitivity coupling 200 mV div or using these keys Ditto for CH4 with a sensitivity of 500 mV div
131. r Blackswhite IEM Proprinter Epson ES JP Canon HP PCL Seiko DFU 411 Postscript bitmap BMF ort fe R5232 C Centronics Network haz fia7 fesh 68 st Advanced Mode Use duration hours j Next calibration date File anager WO Port Contig Hardcopy Configuration System Infos Touch Screen Calibration Startup sequences E1 Last calibration date 01 Dec 02 29 1 7 Oc supplied by a DHCP server IF Address 132 jar 200 74 i rinterfor Ipd servers IF Address name ii 01 Dec 03 Oscilloscope Mode Network 7 bits fe Shits SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d Files in File type I O port config RS 232 Speed Format Parity Stop bits Protocol d SCOPIX Oscilloscopes Selection of the File Management menu It contains the files which have been e recorded since the instrument was first used e created since the last startup These files will only be saved definitively when the instrument is switched off using the key shown opposite If there is a AC power power cut during saving of the configuration the files in the file manager will be lost The configuration back up files CFG for traces TRC for sampling T XT for functions FCT for printing PRN PCL EPS BMP GIF are accompanied by the date and time when t
132. r Parameters Main Pulse Delay Count Tv Ausiliary Trigger Main Trigger i F i ET Trigger EE 2a E ses iliary Source ouplirig f ifia2arart 4 oc J ewel gge 1 09 W fe f C Noise Reject DC LF Reject HF Reject DC LF Reject HF Reject DC LF Reject HF Reject 43 Oscilloscope Mode Oscilloscope Mode cont d Definition This range of portable oscilloscopes is equipped with advanced triggers e The Main tab can be used to choose and parameterize the main trigger source e The Delay and Count trigger modes require parameterization of a second auxiliary trigger source The auxiliary source may be the same as the main source The trigger choice is validated by exiting from the menu the user exits from the Main triggering is used Main tab the user exits from the Pulse triggering is used Pulse tab e There is only one Holdoff although it can be programmed from the Main Delay Count or TV tabs When you use Delay or Count the Holdoff applies to the auxiliary source i e the source of the count pulses or delay trigger pulses In the other cases Holdoff applies to the main trigger source e Each trigger source has its own specific attributes Coupling Level Edge Noise Reject Filter T chil S0 Orr You can also ch4 choose the 50 Oru trigger channel by double tapping with the stylus in the time base displ
133. racter preceding the cursor in this area Once the source filename has been created the gt key saves the configuration by transferring it into the destination list and closes the menu backup file extension CFG The menu can be exited without saving by tapping the icon in the top right hand corner of the window The filename is limited to 15 characters extension For a source file the name is accompanied by the date and time of saving and the file size when the pointer passes over its name If the name already exists or is not compatible an error message appears This opens a File Copy menu when selected X The previously saved files CFG saved via the Configuration gt Save menu are displayed The filename that has been selected for recall is greyed out The right hand scroll bar is used to move down the list Once the source file has been selected the gt key carries out the recall The menu can be exited without saving by tapping the icon in the top right hand corner of the window The virtual keyboard cannot be used in this menu Use the default config file to restore the factory configuration 115 Recorder Mode Recorder Mode cont The Util Menu 116 CIiMULC2FCT WO Port Contig SQUARE FCT Open Hardcopy Network ENREG REC Configuration P Export System Infos l Touch Screen Calibration SCOPE TAC Erase af Advanced Made File Type E Configuration w
134. re use of the XON and XOFF characters to synchronize transmission and reception of the messages reduced 3 wire link None No protocol checking e The v symbol indicates the selected option e The option can be modified using the stylus 69 Oscilloscope Mode Oscilloscope Mode cont d Network supplied by a DHCP server Physical address IP address Printer or LPD server 70 IP address Name El Configuration of the Ethernet parameters If this box is notched the instrument makes a request towards a DHCP server to obtain automatically e an address IP e the value of the mask of sub network e the address of the gateway e possibly the IP address of a network printer according to the configuration of the DHCP server When powering up if you activated this protocol during a previous session a confirmation is requested before sending the DHCP request via Ethernet If the instrument is no longer connected to the network answer no to the question otherwise it will wait several minutes for an answer from the DHCP server before becoming functional Corresponds to the address of the oscilloscope on the Ethernet network This address cannot be modified it is specific to the instrument x Example 00 01 02 03 04 63 Corresponds to the address of the oscilloscope on the Ethernet network This address can be input automatically or manually with the keyboard after selecting the zone to be modified
135. return to the original display The value of the horizontal zoom is adjusted to assign a calibrated value to the horizontal scale zoom factor x 5 max lf the vertical selection of the zoom is greater than 6 divisions no vertical zoom is performed zoom factor x 16 max All the symbols present in the display area trigger indicators trace position indicator manual cursor position indicator etc can be moved using the stylus d The new modified symbol value is indicated in the current settings display area Calibration of the To optimize selection of the different elements present in the display area using the touch sensitive stylus calibration of the touch screen may prove necessary screen Select the Touch Screen Calibration option proposed in the display area menu or in the Util menu SCOPIX Oscilloscopes 29 Oscilloscope Mode Oscilloscope Mode cont Calibration of the Follow the instructions on the screen AK Click on the 4 corners of the screen touch screen cont d Corner of the touch screen Use the stylus to point at the centre of the 4 patterns displayed on the screen Validation of the input is indicated by modification of the pattern The pointing order is not important Once the 4 inputs have been recorded validate the calibration with OK Click on the 4 corners of the screen The touch screen is calibrated and the display returns to normal mode 4 Menu bar Trig
136. ring gt Outside trigger symbol for channel 4 ay Toggle through the trigger conditions for the different channels using this key Delayed triggering Delayed triggering offers the possibility of starting up an acquisition at a date and time chosen by the user This option can be related to the previous trigger conditions Authorized on This tab allows the user to validate or not delayed triggering e If the symbol v is displayed delayed triggering has been validated e f there is no symbol delayed triggering has not been validated Use the stylus to validate or unvalidate the tab d o When delayed triggering has been validated the user can no longer make an acquisition in recorder mode He she may however use the other modes as desired If the user wishes to make an acquisition in recorder mode he she must either unvalidate delayed start up or wait until the delayed start up acquisition begins e At the time the acquisition is set to start delayed triggering time the instrument must be in operation and the user must have enabled recorder mode Date Time Different scroll boxes allow the user to set the date and time he she wishes the acquisition to commence Use the stylus to scroll ea Example Delayed triggering the acquisition will commence on 26 January 2005 at 17 44 The red clock symbol shows the user that delayed start up is enabled tart deferred SCOPIX Oscilloscopes 105 Recorder M
137. riod and among other things stabilization of the trigger on pulse trains Double tapping in this field displays a virtual numeric keypad which can be used to directly input the value selects the channel as the trigger source AC AC coupling 10 Hz to 200 MHz blocks the DC component of the signal DC DC coupling 0 to 200 MHz allows the entire signal through LF Reject Rejection of source signal frequencies lt 10 kHz facilitates observation of signals with a DC component HF Reject Rejection of source signal frequencies gt 10 kHz facilitates observation of signals with high frequency noise 2 04V Adjustment of the trigger level with the stylus on the scroll bar selects the edge for the auxiliary trigger source leading trigger edge Fal trailing trigger edge ES No hysteresis 0 5 div Yes introduces a hysteresis of 1 5 div 47 Oscilloscope Mode Oscilloscope Mode cont d ea Example Signal injected on CH1 a train of three 6 VDC pulses at a frequency of 20 kHz separated by 500 us Trigger Parameters Main Fule Delay Count Ty Ausiliary Trigger Main Trigger Trigger Delay aldott 35 245 1084s Miliary Source ouplirig gle 34 De ewel TE 2 04 4 fe C C Noise Reject dy dt 35 20ps dv 0 000 W Ao 4 4 3 The trigger is active after the end of the delay 35 2 us on the first leading edge The Holdoff stabilizes the signal by disabling the trigger for 108 us 48 SCOPIX Osci
138. rtical scale oetficienttieasure Unit 100 000 xi x10 x100 1000 Adjust the vertical sensitivity to 50 C div Three options NA e using these keys e selecting channel 1 using the key opposite Adjust the sensitivity displayed wi gt at the bottom right of the screen using the scroll bar with the stylus Auto e with the Vert Menu gt CH1 gt Sensitivity Coupling 50 C The CH1 coupling was already adjusted in DC automatically by the probe The symbol appears in the parameters of the CH1 trace Adjust the recording period or the sampling interval for example 60 s AN N e using these keys e orin the Horiz menu gt Horizontal scale Adjust the trigger parameters threshold type and level 2a Example High triggering on channel 1 represented by the symbol 1 i with a level of 61 3 C On the other channels no triggering Operation 2 options e Press on CH1 and on the key opposite to select the required triggering Repeat for all channels To adjust the level select the symbol 17 using the stylus and adjust it to the required level e Go to the Trigl menu gt Source Level and adjust the type and level of triggering required on each channel SCOPIX Oscilloscopes 133 Applications Applications cont Triggering after adjustment window JOUKE Level 1 Level 2 Type Chi 6 3 Greater than Che O 00 y E 0 00 y ive triggering Ch3 0 00 V O 00 y iv
139. s the selected trigger mode e The selected trigger mode is indicated in the status area Trig d Auto Single e The acquisition status is indicated in the status area PRETRIG RUN STOP POSTRIG READY This selection can also be called up by double tapping the stylus on the time base display area Roll mode f the time base is set to value gt 50 ms div the activation of the SINGLE mode involves the interlocking of the ROLL mode run of the trace from the right hand side towards the left of the screen 52 SCOPIX Oscilloscopes Oscilloscope Mode Oscilloscope Mode cont d The Horiz Menu Function accessible only in Hamming Advanced mode Hanning See Description Blackmann Repetitive Signal d Min Max Acquisition SCOPIX Oscilloscopes wert Trig Display Memory Util Repetitive signal af minimas Acquisition Measure Mo averaging H ____ _ _ Average rate FFT Average rate 4 Average rate 16 Average rate bd af Linear scale Log scale Increase in the time definition of a trace for a periodic signal If this option is valid the signal can be averaged see below ea Example measurement on a microprocessor bus e For time bases of less than 100 us div without mode zoom active the signal displayed is reconstituted on the basis of several acquisitions The time resolution can reach 20 us e Ifthe signal is no
140. sed for selection After selecting the file to be recalled the destination list indicates on which trace you want to recall it The destination trace selected 1 to 4 by pointing with the stylus appears in grey It is also indicated at the bottom of the screen Once the trace to be recalled and its destination have been selected the gt key is used to execute the operation and close the menu You can exit from this menu without recalling by pointing with the stylus on the icon in the top right hand corner e f the destination trace selected is already present on the screen it will be replaced by the recalled trace e When a trace is recalled Mx is displayed in the destination trace parameters e n this menu the virtual keyboard cannot be used Saving or recall of an instrument configuration When selected this opens the File copy menu Inthe Source menu there is a file called Configuration It contains the parameters of the instrument s configuration when this menu is opened A back up file name is proposed above the Qwerty keyboard The key deletes the character preceding the cursor in this area When the source file name has been entered the key is used to record the configuration by transferring it into the destination menu before closing the menu save file CFG suffix You can exit from this menu without saving by pointing with the stylus on the icon in the top right hand corner of
141. splay of the parameters for CH1 eH Ty Validate the measurements on CH1 by pressing the key opposite X auto disappears The resistance measured Is not known e Select the Autorange mode Channel 1 Parameters menu under Vert gt CH1 gt Range Coupling a gt or by a long press on the CH1 key Auto The autorange mode auto is indicated in the display of the parameters for CH1 In this case the instrument constantly seeks the most suitable measurement range The resistance measured is known e Select the appropriate range Channel 1 Parameters menu under Vert gt CH1 gt Range Coupling or using these keys N A amp 9 See the general characteristics for the ranges available e Select the Statistics mode Menu Display gt Statistics to find out the minimum and maximum values when the measurement variations are analyzed The MIN and MAX measurements are indicated in the display of the parameters for CH1 AN N e Use these keys to select the duration of the period 5 15 30 1 h 6h 12 h 24 h week month for analysis of the measurement variations amp The duration selected is indicated in the top left hand corner of the graphic window e Deactivate Roll mode Menu Horiz gt Roll to stop the measurements at the end of the analysis period SCOPIX Oscilloscopes 131 Applications Applications cont Example of CHI Auto TCHS Cursortt measurement in 18 50 1
142. ssible to select measurements in order to display them in the status area Vert Trig Horiz Reference Trace 1 Trace 2 Trace 3 Trace 4 Automatic measurements Particular case Display of 10 faults on the screen when fault capture mode or file capture mode is validated and the horizontal zoom is not enabled the automatic measurements function cannot be enabled It is greyed out in this configuration 112 SCOPIX Oscilloscopes Recorder Mode Recorder Mode cont The Memory Menu r Vert Trig Hariz gae TAT Recall REC File Manager File Manager Source Destination Source CONFOS02 CFG E CONF2701 CFG Default setup aw eel 1 Source Destination REC27_01 REC FRECOS_02 REC Trace Save REC In this mode all the traces are saved in one file extension REC The selection opens a File Copy menu A default backup filename is proposed above the keyboard It can be modified using the keyboard and stylus The key deletes the character preceding the cursor in this area Once the name has been entered the gt key saves the data puts it into the destination list and closes the menu The backup filename takes the extension REC format that can be reread on the instrument The menu can be exited without backing up by tapping the icon in the top right hand corner of the window with the stylus d e The filename is limited to a maximum of 15 characters
143. structions General instructions cont d Symbols used on the instrument Maintenance and metrological verification Unpacking Repacking Cleaning NATO approved Warning Risk of danger A N Refer to the operating manual to find out the nature of the potential hazards and the action necessary to avoid such hazards Earth Ol Dual insulation m z According to WEEE directive 2002 96 EC Before the equipment is opened it must be disconnected from the power supply and the measurement circuits and the operator must not become charged with any static electricity This could cause the damage to internal components Any adjustment servicing or repair of the unit under power must be undertaken only by qualified personnel after reading the instructions in this manual A qualified person is a person who is familiar with the installation its construction its use and the hazards that exist They are authorized to activate and deactivate the installation and equipment in compliance with the safety instructions For information and contact details contact the organization from which the instrument was purchased Upon receiving your shipment make sure that the contents are consistent with the packing list Notify your distributor of any missing items If the equipment appears to be damaged file a claim immediately with the carrier and notify your distributor at once giving a detailed description of any damage Save the damaged p
144. t repetitive do not use this option The time resolution will then be 1 ns Menu present only in Advanced mode see Util Menu The x symbol indicates that the Repetitive Signal option has been selected Sampling of the signal even at slow time base speeds The display only takes extreme value samples min and max into consideration This mode e detects wrong representation due to under sampling e displays short term events Glitch gt 2 ns Whatever time base is used short term events Glitch gt 2 ns are displayed The symbol indicates that the Min Max Acquisition mode is active 53 Oscilloscope Mode Oscilloscope Mode cont d Averaging No averaging Average rate 2 Average rate 4 Average rate 16 Average rate 64 FFT Fast Fourier Transform Description 54 Selection of a coefficient to calculate an average for the displayed samples For instance this is a way of attenuating random noise observed in a signal For the averaging coefficient to be taken into account for representation of the signal the Repetitive signal option must be selected The calculation is performed using the following formula Pixel n Sample 1 Average rate Pixel y 1 1 1 Average rate with Sample Value of new sample acquired at abscissa t Pixel N Ordinate of pixel with abscissa t on the screen at moment N Pixel N 1 Ordinate of pixel with abscissa t on screen at moment N 1 The V symbol
145. the bargraph in the status zone e lf the unattached cursors option is not activated see Unattached cursors the cursors 1 and 2 will remain linked to the trace when moved If the option is active these cursors can be moved as required on the screen In all cases the symbol can be moved freely 7 Display of a TV This example illustrates the TV synchronization functions video signal The parameters in the TV menu Trigger Parameters menu for displaying a TV signal only apply to the CH1 input It is recommended to use a 75 Q adapter for observing a video signal e Use a PROBIX HX0031 adapter to inject on CH1 a composite TV signal with the following characteristics 625 lines positive modulation vertical grey scale stripes e Inthe Trigger Parameters menu select the tab Trig Menu gt Parameter gt TV e Set the standard number of lines 625 lines polarity line 25 for a video signal D front or using the key opposite ome Adjust the CH1 coupling Vert Menu gt CH1 gt Sensitivity coupling gt DC or by pressing the AC DC GND key e Adjust the CH1 sensitivity Vert Menu gt CH1 gt Sensitivity coupling gt 200 Mv div NNV or using these keys e Adjust the scan speed using the scrollbar in the time base window 20 us div AN or using these keys SCOPIX Oscilloscopes 123 Applications Applications cont Select the trigger mode Trig Menu gt Automat
146. tion division and complex functions between channels Time measurements Level measurements up time DC voltage down time rms voltage positive pulse peak to peak voltage negative pulse amplitude cyclic ratio max voltage period min voltage frequency high plateau phase low plateau counting overshoot integral 12 bit display on 4 digits 1 reading offset accuracy of vertical offset 0 05 div V div 0 02 x t div 0 01 reading 1 ns The cursors are attached to the trace but they can be detached to perform a measurement between channels offset delay etc In XY mode the cursors are not attached to the trace On all inputs 20mV A current clamp 80 A peak AC DC 600V CAT II Accuracy 1 5 2mA from 0 to 40A peak 4 from 40 to 80A peak With the current clamp HX0034 the service voltage between channel is 600V CAT II 147 Technical Specifications Technical Specifications cont d Oscilloscope Function Displa Characteristics Display screen Contrast Resolution Screen saver Window displayed in normal mode Horizontal ZOOM Display modes Vector Envelope Averaging Graticule Indications on screen Triggering Traces Miscellaneous 1 10 probe calibration signal Autoset Search time Frequency range Amplitude range Cyclic ratio limits 148 OX 7102 OX 7104 LCD 5 7 STN Color CCFL back lighting Continuous adjustment 1 4 VGA i e 320 pixels horizontally
147. to perform the phase measurements via the menu Measure gt Reference gt Trace 1 to Trace 4 see Reference xW Example Reference Measurement gt Trace 1 Select automatic phase measurement via the menu Measure gt Phase measurements see Phase measurement xW Example Phase Measurement gt Phase Trace 2 The 2 cursors of the automatic measurements are displayed on the reference trace A cursor is displayed on the trace concerned by the phase measurements The phase measurement in is indicated under the display of the curves Xa Example 1 Ph 2 180 0 The 3 cursors are fixed they cannot be moved If it is not possible to perform the measurement appears SCOPIX Oscilloscopes Applications Applications cont 6 Manual e Select manual phase measurement via the menu oe of Measure gt Manual phase measurement see Measure Menu phase The 2 cursors 1 and 2 of the manual measurements are displayed on the reference trace A cursor in relation to which the phase is measured is displayed The phase measurement in is indicated under the display of the curve s ea Example 1 Ph 150 0 Reminder e The 3 measurement cursors are present if at least one trace is present on the screen e The 3 measurement cursors can be moved directly on the screen by using the stylus They can also be moved using the stylus by selecting 1 cursor 1 or 2 cursor 2 in
148. uaueeeesseauanseseesaaass Cat 2124 72 PROBIX PRHX1 1 10 Probe 250MHz 1000V Cat II 600V Cat III oo ceeeseeseeeeeeeeeeeeeeeeeeeaaeeas Cat 2124 73 PROBUS PRIA BNC Aa Dll sis asececannsnacensacdecsssaaaieusatiedtaahenceicndesadeua dea E A ie aTe Cat 2124 74 PROBIX PRAX S 000 adap aaa eee ee ne ee ee ee ee eee ee eee eee Cat 2124 75 PROBIX banana plug 4mm adapter scccedicccnncacdasscnsncdcosscandiccensuddsuacesdsestndgansiexancadiecanoeetiwedscaduasevennceesieesencoeues Cat 2124 76 PROBIX c rrent probe 20mMA 20A TOUKHZ siisencsoszadscunicetscncsectessmeeseencuedasinndieseecbnaxceuedsastebecusanareenece tadeteeedes Cat 2124 77 PROBIX PARRA K INGTMOCOUDIE adaptei casussen NE AEN EE Cat 2124 78 Carrying case aluminum With foam CUt OUES cccccceseeeeecceeeeeeseeeseeeeeeeeeeeseeeseeeeeeeeseesseceeeeesseuaeaeseseeeeeesaaas Cat 2124 79 Ethernet cable 51 AIG A vaavlesncpcaeutancancnsanmsnnctusesadesnsysncassinsnentantna asnterausiaunsacaianeovantauenadeeckaiatdalessaasanedanecnnerauubeias Cat 2124 80 EIRON Cai COS SCO a vatentsgcanenccatananasavenmwtacanerd cacanunciatennuntiaasuednare nent in eancasanenslanciusaeananerasatuncmmemnes manedn Cat 2124 81 RS 232 adapter Centronics s cssscxivsvadnndecesisuniwednedradueanvenesaedavaswesactantalyavasusuadsraastdeeesnsioueedsuntediudasawiaiweeeedacaancades Cat 2124 82 Cable RS 232 9 Pin D SUB ir cvcticcdonsicedecany turveandcadsozeveninaedeedacasyserapandandeceanioesecea sq a
149. uccessive recordings in fault capture or file capture memory mode to be explored REC All files with a REC extension are analyzed and each fault is displayed When one of these faults is selected it is displayed on the screen The main cursor is fixed at the fault s trigger point and the auxiliary cursor is placed at the right of the screen the window Is accessible from Display gt Faults Various information is provided in this window Title total number of faults contained in the memory No fault number Acq date time date day month and time of fault acquisition Source symbol for type of trigger used for this fault and source File name of file in which the fault is recorded The term memory in filenames means that the fault captured is in auxiliary storage If a file is called anything other than memory all the faults in the memory file will be lost Following a file capture the Faults option will allow analysis of the different recordings 5710 faults Fault 11 in file i ane A p al selected E g O ate Nme OUFCE le 4214ae6e REC Its C 8 1702151700 tF Memory triggering source IS outside window g 1702151658 1 Memory It was captured on 10 1702151656 fi Memory 17 February at 14 47 08 o 11 170021 4 47 08 t 1 421 4aeGe REC C 12 1702144706 t 1 421 4ae6e REC C 13 1702144704 tF 4alda be REC y Display of fault 11 J0 a a esas a aL with the main cursor
150. vered with an AC power adapter an external power supply battery charger and an Ni MH battery 9 6 V 3 5 A h Type time delay 2 5 A 250 V 5 x 20 mm The external power supply is equipped with a protection fuse that must only be replaced with an identical model Replacement must only be performed by qualified personnel Contact your distributor or AEMC for servicing e Connect the 4 pin lead of the external power supply to the DC Input socket located on the side of the oscilloscope Do not insert any metal objects into this lead e Connect the power cord from the external power supply to the power line The POWER LED on the adapter lights up indicating that it is live The CHARGE LED flashes indicating e the absence of the battery or e slow charging of the battery if it is present in the oscilloscope Press the instrument s ON button it lights up and a clock is displayed on the screen during the start up sequence The message Instrument start up is displayed The oscilloscope is then ready for use By default the Advanced mode is not active external power supply g The symbol EL in the display area for the current value means that the instrument is connected to the AC power supply SCOPIX Oscilloscopes Description of the Instrument Description of the instrument cont d Installation of the battery in the oscilloscope g To prevent any electric shocks remove the PROBIX adapters and th
151. vexeueadanelngeemstooetsndecteudesseeeet Cat 2124 83 Lead set of two color coded 1 5m 4mm straight 4mm right angle with color coded alligator clips Cat 2124 84 Leads set of two Color coded 1 5m red black with needle probe tips ceeeecccceesesseeseeeeeeeeeeeaaeeeeeees Cat 2124 85 Grip Probes set of two Color coded red black cccceecccccceecceeeeeceeeeeeeeeeeeeeeeeeeeeseeeeeeeeeeseesaaeeeeeseeeeeesaaas Cat 2124 86 OAPINGA E N E E E AEE E saennseq AE Cat 2124 88 600V Probe Adapter Set Model HX0071 cccccccccsssssseceeeeeeeeeeeeeeeeeeeeeeeeeseeeeeeesseeeaseeeeeesseeaaseeeeeeeeseseaaagsses Cat 2124 90 Power 210 F100 TIV U eaaa A E E E E Cat 5000 15 Battery Pack 19 6V 3 8 Ah NiMH s nnannnnnnnnannnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnnonnnnnnrnnnrnonrennrronnrennrrnnrrosnrronnennnernnnne Cat 5000 16 Stylus Replacement set of five cicsccnstasnnesivosadbaionsranesnnetsequsuasiesegwaatanslevsusavaeededaniuwenireniawenrryaadsedaeutoissasetelaanies Cat 5000 17 154 SCOPIX Oscilloscopes Repair and Calibration Repair and Calibration To ensure that your instrument meets factory specifications we recommend that it be submitted to our factory Service Center at one year intervals for recalibration or as required by other standards or internal procedures For instrument repair and calibration You must contact our Service Center for a Customer Service Authorization number CSA This wi
152. with the stylus on the trace display area The settings defined on the front panel remain active s S The following sub menus can be used to switch from oscilloscope mode to XY mode g The symbol indicates the active mode Oscilloscope This is the basic operating mode Ax The XY source menu is used for assigning the desired traces to the X axis horizontal and Y axis vertical Validation of the selections by OK Exit from the menu without modification by e Each axis is graduated into 8 divisions e The selected traces are identified by a figure corresponding to their axis e The symbol indicates the trace selected for each axis Two sinusoidal signals assigned to the X and Y axis with an offset of z 2 are then wa E l AAS represented by a circle che 200m maths 1 00 div math4 1 00 div alaaa Daa eee a FFT Phir j 90 0 Auto 41 o TOP DF SCOPIX Oscilloscopes 59 Oscilloscope Mode Oscilloscope Mode cont d The Measure Reference Automatic measurements 60 Menu Trace Automatic measurements election of 2 permanent measurements Measure Vert Trig Horiz Display Memory Uti Automatic measurements Auto Phase Measurement P Trace 4 Manual measurements dtd Manual Phase Measurement Unattached cursors Tracel Phase Traces Phase D vinin 1 273 W Trise 0 000 s Traced Phase vinax 1 511
153. y using the icon provided by a DHCP server if the server is accessible ex Example 132 147 200 74 Enter the IP address of the network printer using the table of usable numbers after selecting the zone to be modified ex Example 132 147 200 74 Specify the name of the required printer Q amp S Example LaserJet 4 To find out the IP address of the server or the name of the printer contact the network administrator responsible for your IT installation Then validate the information by choosing OK Open the Hardcopy menu See Util Menu of the oscilloscope According to the printer connected to the network select the print format or type of printer Validate the color or black white option Validate the Network option of the port menu Configure the oscilloscope so that it displays the screen as you wish to print it Start the required print operation by pressing this key SCOPIX Oscilloscopes 137 Applications Applications cont 15 WEB Server Minimum PC Configuration Pentium II 200 MHz 64 Mb RAM Screen resolution gt 1152 x 864 pixels Install JVM SUN minimum version J2RE 1 4 2 from site java sun com Recommended browsers Internet Explorer 6 0 or Netscape 6 0 Screens obtained on PC logged on to same network as the instrument In the examples that follow the IP address of the oscilloscope is 14 3 250 46 programmed in the UTIL menu gt Config I O Port gt Network Connection to WEB C
154. yed When the automatic measurements are activated 2 cursors appear on the trace at the beginning and end of a period if at least one period can be viewed on the screen 121 Applications Applications cont 4 Measurement using cursors Recall 5 Phase Offset measurement cursors 6 Automatic phase measurement Reminder 122 e Select measurement by cursors using the menu Measure gt Manual measurements dt dv see Measure Menu Two measurement cursors 1 and 2 are displayed as soon as the menu has been activated The 2 measurements indicated under the trace display are dt interval between the 2 cursors as a function of the time base and dv voltage between the 2 cursors as a function of the vert sensitivity ec Example 1 dt 2 150 ms dv 250 0 mV The two measurement cursors 1 and 2 can be moved directly on the screen by means of the stylus In the same way they can also be moved horizontally by means of the stylus by selecting the 1 cursor 1 or the 2 cursor 2 in the bargraph of the status zone lf the unattached cursors option is not activated see Measure Menu gt Unattached cursors the cursors remain linked to the trace during the moves lf the unattached cursors option is active the cursors can be moved anywhere on the screen Initially there must be 2 out of phase signals on 2 channels ch1 and ch2 Select the reference trace in relation to which you want

Oscilloscope Mode (cont`d)

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