User manual
Contents
1. www aitendo co jp Fan Series Appendix 46 I FE 60 Jl www aitendo co jp Appendix A main specification Specification of the Scopemeter Fan Series Specification of Scopemeter Bandwidth 3dB 20MHz Sample Max sample 80MSa S Channels 2 Couple AC DC or GROUND Couple AC lt 10 Hz without probe lt 1Hz IO MO 10 1 passive probe Rise time lt 17 5nS Input independence IMQ lt 20pF Max input voltage 1x CAT III 300 VAC 10x 100x CAT I 600 VAC Vertical resolution 8bit Vertical sensitive 5mV div 5 V div Horizontal resolution 50nS div Horizontal sensitive 50nS 5S Depth sampling 4K channel HAT HL FE 60 I Fan Series www aitendo co jp Memory 6 waveform l parameter Trigger mode Auto normal once Trigger type Edge trigger video trigger Basic characteristic Screen 320X240 backlight Communication RS232 PC software showwave exe Battery 3 7V lithium battery 4AH Adapter input 100VAC 240VAC output 5V 10 DC 1000mA Size 118mm X 200mm X 45mm Weight 690g Performance of Scopemeter zb 2201 only Measuring range 6000 fiut Max input voltage 600 Vrms CAT II 300 Vrms CAT Ill On resistance 25 Q at the shift of 600 Q if less it beep Diode measurement gt 2V shows OL overload 48 GL FE 60 Jl www aitendo co jp Fan Series lt 0 25 beep Capacitor measurement 6 000nF 6mF 7 shifts2. Current measurement 60 00mA 600 0mA 2 shift Resistance measurement 600 0Q 60 00MQ shift Voltage measurement 600 0mV 6000V 5 shift It shows OL if voltage is above 1000v at the shift of 6000V Specification running at the temperature 10 C 25 C 30 minutes after power on Specification of Scopemeter Vertical system channels of Scopemeter Bandwidth 3dB gt 20MHz Precision 10 mV div to 20 mV div 5 50 mV div to 5 V div 3 offset on vertical DC 0 2 div 2 mV 0 5 offset Trigger sensitivity DC to20 MHz 0 8 div Specification of probe Rising time X1 23 3nS X10 17 5nS HA49 HL FE 60 I www aitendo co jp Fan Series Bandwidth X1 DC 15M Hz X10 DC 20M Hz Input impedance X10 10M without Scopemeter input resistance 1M Input capacitor X1 46pF without input capacitor of Scopemeter X10 15pF more or less Specification of Scopemeter zb2201 only of reading of range Function Range Frequency Tealt 5 C year measure current load voltage Voltage DC Voltage 600 0 mV 0 3 0 08 6 000 V 0 3 0 08 60 00 V 0 3 0 08 600 0 V 0 3 0 08 AC Voltage 600 0 mV 600 0 50 Hz 1 kHz 1 0 0 2 V 1kHz 30 kHz 3 0 0 2 AC DC 6 0000 V 600 0 50 Hz 1 kHz 1 0 0 2 GO 50 TIL TL 60 TL F
3. storage position effective or ineffective can be selected by pressing the ZEIN key 3 The source selection option can be accessed by pressing the MW key and the CH1 or CH2 channel of reference waveform can be selected by pressing the m key 4 The scale of reference waveform can be adjusted to a proper position by pressing the V and mV keys 5 The vertical position of reference waveform can be adjusted to a proper position by pressing the Hand y keys Notice 1 A storage with which the waveform is stored in the mode of X Y is not applicable to reference waveform In the state of REF menu the storage site is displayed as ineffective 2 The horizontal position and scale can t be adjusted in the state of reference waveform Directions 1 Location some specific area for savage of waveform named 1 2 3 4 5 and 6 35 TL E GO www aitendo co jp Fan Series 2 Load some waveform stored to be restored to the memory from 1 2 3 4 5 or 6 3 Save not only waveform but also parameter can be saved 4 Data upload connect the host machine to the pc by a communication line you can upload the waveform stored in the host machine and save it for analysis BMP format only 3 7 Trigger function Trigger function made it possible for observing some waveform locking it and displaying it steadily on the screen Regular mode for trigger
4. www aitendo co jp Fan Series This interface consists of three sections the main section refers to the waveform display the right section refers to the setting section the below section refers to the status column Waveform display section is involved in the grid waveform the needle indicating the position of waveform the identification when waveform is at scanning mode as well as the measurement parameter group the user chose Every 25 display points produces a grid the lateral direction refers to time axis with range of X s div X us div or X ns div per grid while the longitudinal direction refers to amplitude axis with range of X V div X mV div per grid The arrowhead with number or letter indicates the zero of amplitude of waveform 1 means the first channel and 2 the second channel M means the channel of calculation valve R means the reference waveform channel the RUN or HOLD on the above left means the waveform is in scaming position or has been locked in The parameters to be measured as measurement signal s periodicity amplitude peak value Root mean square value mean mean value can be displayed near to the bottom of grid in accordance with the selection of user The second section is setting section the input coupling types such as DC AC ground attenuation multiple of probe display of positive and negative phases may arrange by yourself in accordance with the requirements The status column t
5. Mean value Measurement No measurements To measure the mean value of signal Root mean square Measurement No measurements To measure the root mean square of signal Page 2 is shown in Table 10 Function Setting Description Top value Measurement No measurements To measure the top value of signal Bottom value Measurement No measurements To measure the bottom value of signal To measure the signal frequency Measurement Frequency No measurements Measurement To measure the signal cycle Cycle No measurements 28 GL ESO I Fan Series www aitendo co jp Fan Series Positive pulse Measurement To measure the positive pulse width of signal width No measurements HOLD E y d Clit MEASURE HOLD L y 7 l iL T MEASURE Source Source 7 CH1 t CH1 i i i Page i Page i 3 1 4 L L I 1 I 1 E Vbase E Width i i I I i Freq Width i i 1 I i Period 7 Delayl U I E b Time 2us Bk EIN 500V Time 2us E Figure 17 Measurement Interface III Figure 18 Measurement Interface IV Page 3 is shown in Table 11 Function menu Setting Description 329 531 E 60 Ht Ju www aitendo co jp f f Measurement To measure the negative Negative pulse width f l No measurements pulse width of signal Measurement To measure the signal Delay 1 No measurements
6. 0 Q Diode AUTO Ampere EM KOR Time 2us Bk Figure 25 interface of make and break measurement The main interface shows a simulation graph measurement result lists below 4 5 Diode measurement It shows OL overload if the voltage drop is above 2V And it beeps if the voltage 43 GL FE 60 I www aitendo co jp Fan Series drop is less 0 25V The simulation graph gives a visualized measurement RUN Be Per CHI f FUNCTION Diode Waveform Volmeter ov DV 1 1 1 1 1 Ohmmeter Capacitor 1 400V d MANU Ampere EM gt 00v Time 2us ON Figure 24 Interface of diode measurement The main interface shows a simulation graph measurement result lists below 4 6 Current measurement Current measurement have two shift 60mA 600mA B S K L 60 TL www aitendo co jp Fan Series RUN Sag CHL T FUNCTION Current AC Waveform Volmeter GUDA OmA 1 1 1 1 1 Ohmmeter Capacitor 14 00mA po Diode E 500 Time 2us Bk Figure 26 Interface of current measurement The main interface shows a simulation graph measurement result lists below measurement range lists left on the bottom Select current Press WEI option change between DC and AC Press V get into the manual mode press zh auto return auto mode The simulation graph gives a visualized measurement L 60 TL E D L
7. 1 Load 1 1 1 1 1 T 1 i t 1 1 Save o gt 00 Time 2us Ek Figure 21 SAVE interface Refer to Table 12 for display menu Function Setting Explanation Waveform Store or call out the waveform operation Type l Setting Store or call out the setting operation 4325 3605 www aitendo co jp Fan Series 1 2 Designate memory location for saving calling out waveform setting data This Location 3 4 Scopemeter can store 6 groups of waveform and 1 group of setting of which two 5 6 channels of waveform data can be stored synchronously Call out Call out the previously stored waveform setting from the designated memory location Store Store current waveform setting in the designated memory location Directions Location Designate memory location so as to store waveform instrument setting or call out the waveform setting from an appointed location Call out Scopemeter can call out the stored waveform setting from the designated memory location Storage Store the current waveform setting in the designated memory location 3 6 REF function During the actual testing process the failure reason can be determined by using an Scopemeter to measure and observe the waveform of related subassemblies and making a comparison between the waveform and the reference This approach is more applicable where detailed reference waveforms for electric circuit action spot
8. 10X D i Invert i E OFF Invert i gt OFF I 1 I U I 1 t E OTE OTERO A Vrmsl 12 7v_ Fregl 100KHz Vmax 18 Ov OI sow Time 2us Ip o Time 2us ULU Figure 9 Couple set to ground Figure 10 waveform with probe set10 1 scale sensitivity namely by 2mV 5mV 10mV 20mV 50mV 5V step by step Proportion of adjustment probe Corresponding to the attenuation coefficient we shall make a corresponding adjustment of the probe attenuation proportion coefficient in channel operation menu For example when the attenuation coefficient of probe is 10 1 the proportion of input channel of oscilloscope shall be set to 10X so that the scale displayed is consistent with the measures data The demonstration given in Figure 10 refers to the setting when the probe of 10 1 is applied and 215 1605 www aitendo co jp Fan Series shall be indicated by vertical scale Press CH1 key to open the CH1 display interface then press EII Page down key to probe option and then press MI enter key to select probe proportion respectively as 1X 10X 100X and 1000X Please refer to Table 6 Table 6 Setting of Probe attenuation corresponding coefficient menu 1 1 1X 10 1 10X 100 1 100X 1000 1 1000X 3 1 4 Inversion setting of waveform Waveform in inversion The signal displayed is relatively inverted to 180 with electric potential as in F
9. 5000 Time 2us Bk 7B 2201 ZB 22018S Figure 3 Function interface 2 3 System configure or automatic The purpose of the system configure is to give an optional setting arranged by user yourself Then you can do you work easily All you need to do is that set up you host machine And then save it immediately So it appears the status you set next time it power on Such as amplitude time 105 1605 www aitendo co jp Fan Series Backlight language options of measure etc some is listed below Press SEM menu key to display the menu figure 4 then press IT page down key select some option you need press EMI enter to perform it o HOLD H E y 3 ct MENU HOLD Ge bee CHUL t MENU 1 1 l Option d Option2 1 1 1 1 i Format 1 Grid 1 ISE 1 ON L L U 1 i i DisT i Depth L istype L ept D i Vectors D i 4K U E 1 U I U Averages 1 Sampling l 1 l Real Time T T i 1 1 1 T Persist T Language i OFF i English EN 5000v Time 2us ON a 5000v Time 2us Figure 4 Menu interface The menu will be displayed by pressing the BR P menu key as shown in Table below Table 2 Function menu Option Description Time format Y T y t mode shows the relative relation between vertical voltage and horizontal 15 E GO T ZN www aitendo co jp Fan Series time X Y x y mode sh
10. to enter into the function menu then press TZUT Page down to select the top and press MEM enter to return the initial interface Before using the machine it is better have a setup of the vertical system or the horizontal system to get a steady and clear waveform sometimes trigger also need to be have a setup You can do it as follows 3 1 setup of vertical system 3 1 1 Couple of CH1 CH2 Press the key CH or GEO to select the channel it displayed as below Table 5 Couple of channel for measure Function set description menu AC Without DC parts Couple DC All the signal Ground Without any signal outside Probe 1X Set it to the appropriate one as your 10X probe set 100X S E GO SO E DN o pl www aitendo co jp Fan Series 1000X ON Display in an opposite phase Invert OFF Display in normal Press CH1 or CH2 key the system will give the operation menu for CH1 or CH2 the description concerned please is shown in Table 1 For instance the measured signal for CH1 refers to a sinusoidal signal containing direct current biasing Press CH1 key to enter the interface of CH1 then press TI Page down key to coupling option in the end press EMI option key to select the AC option so that the AC coupling type is set The direct
11. CH2 Show the waveform selected F115 Serial port linked COM1 COM2 COM3 COM4 TRIBES Waveform selected to upload TZIRE IE Save the waveform uploaded as bmp format 58 i I 60 TL www aitendo co jp Fan Series FRAY IZ Upload some waveform stored in the host machine Usage link the host machine to the pe by the COM ior others power on the host machine run the software onthe pc youcan get it from the CD press the button k Y I after get the waveform save it bmp format all is the process Definition of the adapter interface B nn NO S 3 ben o yl www aitendo co jp Fan Series SEED http www akiba tech com B eN S H eN
12. R8 Function E BLM enu R s SHL Auto EEE bous on Power off Ee ERIO GU TLL Page down hat HHE nter Tr Fan Series Function Open Channel I Open Channel II Open Math Display Channel Open Reference Waveform Channel Close display channels above Change vertical amplitude Change horizontal time base Open SAVE menu It is allowed to open close backlight Capable of displaying function menu To display other setting options Run or lock in some waveform To automatically display a fit wave form To start up close down host machine To display measure options used to select menu option used to select expected option Keyboard table of Scopemeter Bom JE SO www aitendo co jp Fan Series Press TGG key to open Scopemeter Oscilloscope and the startup interface is first given then press any key or wait for several seconds subsequently the oscilloscope interface is automatically given as in Figure 2 1 2 3 HOLD SIK GIA Run or hold Types of trigger Function interface Current menu option Charging status Time base Amplitude shift Opening channel and couple PS INS O eS status 9 Automaticly measured option GE 5 10 Channel position Cll 500mV Time 2us a 11 Trigger signal position 8 6 1 12 Grid marks waveform Figure 2 Interface of Scopemeter 7H Fk 60 NH
13. are provided The reference waveform menu can be displayed by pressing the REF key as shown in Figure 22 and the setting description is shown in Table 13 Table 13 Function Setting Description 2335 Fk 60 E www aitendo co jp Fan Series Storage site 1 2 34 5 6 To select the waveforms at different storage sits as the reference Effective To display whether the current storage site has waveform data for Storage status l Ineffective reference or not source CH1 To select Channel 1 of the storage waveform as the reference selection CH2 To select Channel 2 of the storage waveform as the reference l On To set reference waveform to be in Inversion Inversion l E Off To close down inversion position HOLD IL T REF Storage 1 Status InValid Source 1 H Vrmsl 1 7v Freql 100KHz Vmax f I UI 500mV Figure 22 REF Display Interface CH1 Invert OFF Uv Time 2us b B uy b SO Y ben o FE EO www aitendo co jp Operating instruction Fan Series 1 Reference waveform menu can be displayed by pressing the SEE key and the storage site option can be accessed by pressing the AHH key then the reference waveforms of different storage sites can be selected by pressing the Mi key 2 The storage position option can be accessed by pressing the GR page down key and the
14. delay 1 Measurement To measure the signal Delay 2 No measurements delay 2 o Measurement To measure the rise time Rise time No measurements of signal l Measurement To measure the drop Drop time No measurements time of signal B Ww S Fan Series www aitendo co jp Fan Series HOLD d GI MEASURE HOLD Clit MEASURE Source CH1 Source NONE Page ClearAll 5 ear Delay2 E RiseTime FallTime Ou 500v Time 2us Bk DP agure Time 2us Bk Figure 19 Measurement Interface V Figure 20 No Signal Measurement Interface Operating description The measurement display interface can be accessed by pressing the MIE key and the setting option can be changed by pressing the Gu key then the setting content can be changed by pressing the Wm key Attention shall be paid that only three kinds of values can be measured simultaneously if the fourth value is selected and measured the measurement of the first value will be automatically turned to a situation without measurement 315 1605 www aitendo co jp Fan Series 3 5 Save function Press the key of HRF save to open the interface of SAVE as in Figure 21 Select the location option to change then select the save option to perform the waveform will be saved HOLD Eal it SAVE y Mode waveform Storage 1 I 1 t i 1 t 1 i L 1 i E
15. resistance measurement have six shift 6002 6KQ 60KQ 600KQ 6 MQ 60 MQ RUN HJ FF it FUNCTION resistance Waveform Volmeter DOM 0 02 UR Capacitor 14 00MQ Diode AUTO Ampere EM gt 00 Time 2us Bk Figure 21 interface of resistance measurement The main interface shows a simulation graph measurement result lists below measurement range lists left on the bottom Press WP get into the manual mode press SHP auto return auto mode The 44151 ISO www aitendo co jp Fan Series simulation graph gives a visualized measurement 4 3 Capacitor measurement Capacitor measurement has seven shifts Range from 6 000nF to 6mF RUN GE AE CHI FUNCTION capacitor Waveform Volmeter OnF 60nF 1 1 1 1 1 Ohmmeter Capacitor 14 00nF ro Diode AUTO EEE EM 500 Time 2us Bk Figure 23 interface of capacitor measurement The main interface shows a simulation graph measurement result lists below measurement range lists left on the bottom Press dd get into the manual mode press aa auto return auto mode The simulation 24210 FE 60 H www aitendo co jp Fan Series graph gives a visualized measurement 4 4 Make and break measurement It measures at the shift 600 Q It beep if the result of measurement less than 252 RUN y CHI FUNCTION ON OFF Waveform Volmeter 6002 00 1 1 1 1 Ohmmeter Capacitor 140
16. shows the amplitude of Channel 1 and axis Y shows that of Channel 2 Operating description The menu display interface as shown in Figure 14 can be opened by pressing the Menu key and the setting option s can be changed by pressing the BT Page down key then the setting 235 E GO www aitendo co jp Fan Series content can be changed by pressing the Option key 3 3 Mathematical operation function The mathematical operation MATH function is to display the results of waveform addition subtraction multiplication scale and FFT operations between CH1 and CH2 channels Meanwhile the results of mathematical operation can be similarly measured by grid The amplitude of operation waveform can be adjusted by Key V and mV and it is indicated in percentage HOLD L chit MATH HOLD L CHIT MATH Operation l Operation SourceA 1 SourceA CH1 1 CH1 1 SourceB gt 1 een ed areta edad Window EIZ DEU 2000v 4iv POD div GIE dizka Invert i i Scale OFF t i b Vrms 1 Vrmsi 678mv__ Freal 1 OOKIfz Ymaxi 995mv OI 500 MATH5O Time 2us kN ci 1v uru 300 Time 5ms E Figure 12 Display of Mathematical Operation Display of FFT 24 it OOR www aitendo co jp Fan Series The amplitude ranges from 0 1 to 500 in 1 2 5 in sequence i e 0 1 0 2 0 5 500 step by step The MATH display interface can be accessed by pressing theM
17. 32 AAA T 33 3 7 Trigger O Ae ee ee 36 Chapter TV srt aa 39 4 1 voltage measirement a aea eei A 40 4 2 Resistance measurement ss 41 4 3 Capacitor measurement rru 42 4 4 Make and break measurement sese eee eee 43 4 5 Diode measurement oe a Se an Sa eS 43 4 6 Current measurement a 44 ADDON OLX AEk EN ug d AeA GAU aA EAN EN Hs ZEA ond 46 Appendix A main specification rrura 47 Appendix B Problem and resolutions rru 53 Appendix C Standard layout 55 Appendix D Definition of interface a 56 Appendix E Instruction of the PC software for the Scopemeter 58 www aitendo co jp Fan Series Chapter I Introduction BIR F660 I www aitendo co jp Fan Series 1 1 Unpacking for check As for a new Fan Series portable digital Scopemeter Oscilloscope please have a check following the procedures below 1 1 1To checks whether or not there exist damage due to transportation If any damage happens to packing box or foam protective mattress please keep it and contact with the salesman 1 1 2 Check of accessories The accessories which have been explained in the Instruction Manual shall be checked whether or not they are missing or damaged if any please contact with the salesman 1 1 3 Check of complete machine If any damage happens to the appearance of instrument or malfunction occurs please contact with the salesman Please keep the packing if any damage is caused in transportation 1 2 Introduction to product Fan Se
18. ATHkey and the setting option can be changed by pressing the BH TH key then the setting content can be changed by pressing the Zi key The menu functions are shown in Table 7 d Table 7 Function Setting Description A B Waveform addition of source A and B A B Waveform obtained by the subtraction of source B Operation A B Waveform obtained by using source A multiples source B A B Waveform is obtained where source A is divided by source B FFT FFT spectral analysis display CH1 To set source A as CH1 channel source A CH2 To set source A as CH2 channel CH1 To set source B as CH1 channel source B CH2 To set source B as CH2 channel ER Open To open the waveform inversion function for math metical operation nve Close To close the inversion function 255 E GO www aitendo co jp Fan Series Figure 12 1 FFT Display Interface When the FFT function is selected the interface will be displayed in two parts as shown in Figure 12 1 Thereof the upper part displays channel waveform while the lower part displays the result of FFT frequency spectrum source A can be used to select FFT channels and the key frequency band can be used to display all the results of FFT The high frequency displays the part of high band while the low frequency displays the part of low band in this way it can be expanded horizontally for observing the results Tabl
19. H is dot at this time it is different with other 2 3 4 Channels run stop As a input channel CH1 CH2 samples continuous or stop at the position for a observation this can be done by pressing the key R S or determined by the host machine if the machine is set to the SG IZ E GO www aitendo co jp Fan Series trigger mode NOTICE On the condition that the BE run or stop pressed namely the machine in the HOLD status the vertical system also can be adjusted zoom in zoom out to some extend 2 4 output of waveform for test A 1 kHz lv waveform is provided at the top of the Scopemeter it is a ring where you can get the signal easily with the probe The ground of it is connected with main board you can have a measure without extra ground and it provides a continuously output 2 5 power off When you have finished you work you can power off the machine with the key GES power off power on When the battery goes out you can use the machine by the charged directly or fully charge the battery again But it is better to fully charge the battery or else it is harmful to the battery e o d GO o www aitendo co jp Fan Series Chapter ITI Function of Scopemeter BAT GL ESO I www aitendo co jp Fan Series On the initial status the machine displayed as figure 2 or else please press the key rd A RSI function
20. S aihaozhe Fan Series Handheld Digital Scopemeter Oscilloscope 782201 Handheld Digital Scopemeter ZB 2201S Handheld Digital Oscilloscope User manual www aitendo co jp Appearances of ZB 2201S Handheld Digital Oscilloscope Appearances of ZB 2201 Handheld Digital Scopemeter Dear user Thanks for your choice of Fan Series portable digital Scopemeter Oscilloscope made by us The Scopemeter Oscilloscope serves and accompanies you at any time tending to offer a swift and high efficiency work The instruction is to introduce systemically you how to use it as well as concerned notices please read it carefully prior to use In this instruction we provide and cause the product display consistent with real product as far as possible if any differential the real display of machines will govern We assure the Function and specification in accordance with the instructions noticed which is suitable for Fan Series Accompanied with host machine a product warranty card is given Please fill in it carefully We will provide you limited service such as change maintain repair according the content Thanks Notices A Make sense of the instructing contents in this Instruction correctly A The 4AH lithium polymer battery built in the Scopemeter Oscilloscope shall use the built in dedicated charger rather than any other charger or DC source adapter to avoid the occurrence of hazard A Please pay attention to the range of input
21. an Series www aitendo co jp Voltage V 1kHz 30 kHz 3 0 0 2 Impedance 600 0 Q 0 5 0 2 6 000 KQ 0 5 0 2 60 00 kQ 0 5 0 2 600 0 kQ 0 5 0 2 6 000 MQ 0 5 0 2 60 00 MQ 1 0 0 2 current DC Hm 60 00mA 0 5 0 2 600 0 mA 0 5 0 2 AC Hm 60 00mA 600 0 50 Hz 1 kHz 1 0 0 2 mA 1kHz 30 kHz 3 0 0 2 AC DC Hm 60 00mA 600 0 50 Hz 1 kHz 1 0 0 2 mA 1kHz 30 kHz 3 0 0 2 5B 51 Ht E 60 L Fan Series www aitendo co jp Capacitor 60 00 nF 2 0 0 2 600 0 nF 2 0 0 2 6000 nF 2 0 0 2 60 00 uF 2 0 0 2 300 0 LF 2 0 0 2 diode 2 000 V 0 5 mA 2 0 0 08 Make and break lt 25Q it beep 52 HL FE 60 Jl www aitendo co jp Fan Series Appendix B Problem and resolutions l power on without any response Mostly it is the battery runs out charge the battery for a while or fully charge it before use it again or else it will not run either If you can not run it contact us instead 2 Few seconds after power on it closed Mostly it is the battery runs out you can power on the host machine again and have a look at the symbol of battery at the bottom if it is not low in battery charge it immediately 3 How to change between AC and DC Press option at AC status enter the DC status Press option at DC status enter the AC status 4 10 times bigger or smaller than the a
22. can be hung there are multi displacement means such as supported by a stand gripped by single hand convenient for application in various fields A Waveform and waveform parameter can be displayed simultaneously on a screen 15 parameters can be displayed such as max Value min value means value mean square root peak to peak value periodicity frequency positive pulse width negative pulse width rise time fall time A It has an automatic setting function to set automatically time base and amplitude range A To display the menu in Chinese English easy to operate A It is of compactness 118mm 200mm x45mm and in light weight host machine lt 0 7 kg s 93 tt 60 TL FN S www aitendo co jp Fan Series Chapter II Fundamental operation for start up power off www aitendo co jp Fan Series 2 1 Charge 10 hours of charge shall be ensured when it is charging for the first time after that 6 hours once is enough The host machine shall be power off when charging or else it is harmful to the battery 2 2 Power on The keyboard for Scopemeter Oscilloscope is showed in Figure 1 listed below the functions concerned are given in the following table H1 CH2 MATH REF Trigt EI 159 FF do of EI SO BO Bel R S z Y EE Figure 1 Keyboard of Scopemeter BS EGO TL www aitendo co jp Keystroke CH1 CH2 mu REF OFF Vj mV Fil hos TISS ave S RHB ac kl ght W
23. ctual voltage Have a check of the probe sub option of the channel CH1 OR CH2 Set it to the proper option such asx 10 orx l 5 Can not get steady waveform but a vary waveform shows Do some operation at the trigger mode Have a check of the signal sub option of the trigger set it to the proper channel Have a check of the type sub option of the trigger general signal select the edge trigger and video signal select the video trigger 45351 Ft 60 TL www aitendo co jp Fan Series Have a try to change the mode sub option among auto normal and once 6 Can not communicate with PC Have a check that the rs232 communication line links the host machine to the pc by COM1 or other the software showwave exe is running well on the PC and have a right configuration such as COM1 or other 7 The host machine is power on After get the graph of waveform make sure the location is the one you want to be saved 8 Baseline drift When the machine is just power on without any input signal the baseline is off the middle screen marked 0 quite a lot is the really drift If the situation happens contact us for a resolution B u p d a So E www aitendo co jp Fan Series Appendix C Standard layout The products contain the things list below description amount 2201 2201S optional 1 ZB 2201 host machine pcs y 2 ZB 2201S host machin
24. current component contained in measured signal is obstructed The waveform display is given in Figure 7 P Press CH1 key to enter the interface of CH1 then press HIT Page down key to coupling option in the end press FMI option key to select the DC option so that the DC coupling type is set All the signal will be get The waveform display is given in Figure 8 B E H eN S www aitendo co jp Fan Series HOLD A gt gt CH1 HOLD a l Ct CHI a5 00mV Figure 7 Interface of CH1 on AC status Figure 8 Press Couple AC Time 2us Bk E son CH1 Time 2us E a Interface of CH1 on DC status key to enter the interface of CH1 then press GI Page down key to coupling option in the end press EXI option key to select the GROUND option so that the GROUND coupling type is set No signal outside will get The waveform display is given in Figure 9 Vertical scale adjustment will be done by pressing V and mV key the vertical sensitivity ranges from 2mV to 5V The coarse adjustment is done in 1 2 5 in sequence to define the vertical E 20 d E S ei i N www aitendo co jp Fan Series HOLD A EA UL T CH1 err eeen HOLD EA iit SU L Couple E Ma a t EEE EEK 7 GND E i i Couple La Ebde pur dle AC i Probe l 1X Probe i
25. e 8 Function Setting Description Operation FFT FFT spectral analysis display CH1 To set source A as CH1 channel CH2 To set source A as CH2 channel source A 3 4 Automatic measurement function Press lbe measure key to open the measurement interface where the signal measurement is classified into Signal 1 Signal 2 and No measurements Press AH Page down key to select the signal option then press JM Option key to select Signal 1 Signal 2 and No measurement in turn Signal 1 and Signal 2 menu will give three interfaces as in Figure 15 16 17 while No measurement menu will give an interface as in Figure 18 Figure 15 265 E GO www aitendo co jp HOLD UI 500mV Figure 15 Measurement Interface I Page 1 is shown in Table 9 Fan Series CHL t MENU HOLD H y chit MEASURE tani Source Option i R A KO 1 Fornat i Page diz 2 i DisT i isType 1 Vectors D GE 1 1 ed Tera T 1 1 Persist T OFF l Ytop Time 2us Bk RB Function Setting Description Peak to Measurement f To measure the peak to peak value of signal Peak value No measurements Measurement l Maximum To measure the maximum of signal No measurements Minimum Measurement To measure the minimum of signal 275 E 60 KH Time 2us Figure 16 Measurement Interface II www aitendo co jp No measurements
26. e lpcs y 3 20M 10 1 probe lpair y y 4 Communication line lpcs y y 5 PC compact disk lpcs y y 6 user manual Ipcs y y 7 Specific adapter lpcs B y 8 4000mAHlithium battery lpcs B y 9 products guarantee card lpcs y y 10 Probe for direct measurement lpair y 11 knapsack lpcs 12 100 1lprobe lpes 855 DL Tk 60 TL www aitendo co jp Fan Series Appendix D Definition of interface l interface for input ZB 2201 CH2 VCR 600mA CH1 L con 7B 2201 interface for input CH1 means the first channel CH2 means the second channel R means the resistance or voltage drop for the diode com means the common 1V 1KHz is the signal output for test 2 interface for input ZB 2201S H 56 Jl FE 60 I www aitendo co jp 7B 22018 interface for input CH1 means the first channel CH2 means the second channel for test 3 definition of the communication line Output NC Definition of the communication line 4 Definition of the adapter interface Zka LO Y d D sl Fan Series 1V 1 KHz is the signal output www aitendo co jp Fan Series Appendix E Instruction of the PC software for the Scopemeter Interface of software 2B 2201 LK EGORA El CH1 5v CH2 5v Time 5s b E m b B PEZ STS sos fm gt raes mee em ii CH1 ii
27. ells the channel of measurement input types of each channel the channel selected currently the channel selected shall be displayed using reverse color namely white foreground against black background but the unselected shall be displayed normally namely GST Fk 60 KH www aitendo co jp Fan Series black foreground against white background amplitude and arrange of each channel horizontal time base electric quantity of lithium battery as well as current time After power on press the BE function key to open the function selection interface as in Figure 3 and the functions cover oscilloscope resistance diode current setting as well as language options Pressing HH Page down key may change the setting option while pressing dt Di enter key to perform the function selected The last option may change the display for language Chinese English of oscilloscope and the functions will be presented in the following other text N e NO ES H eN o www aitendo co jp Fan Series RUN e TL 9 aut FUNCTION RUN BI cH t FUNCTION l Waveform U x Waveform ra EEE ea eee E E E Ake 1 1 1 VolMeter U U A i option L Ohmmeter f i 7 L E e i 1 z i 1 7 E I A U D 1 e Capcitor BD 7 1 e U a U e e M eee i 1 e A eee PE EEAO U i dE 1 d 7 1 A i i Diode i U U T U h ONOFF i t t U U 1 Ampere 1 PU 00 Time 2us Bk OI
28. eral when trigger condition is satisfied Trigger mode To set in such a way that only one waveform can be sampled Single when detecting trigger and then stop there Synchronously sample waveform with synchronizing Synchronization frequency of 45 50Hz which can be adjusted via the keys of 1 Here press the keys of t to adjust trigger level JU H www aitendo co jp Fan Series Chapter IV Multi meter GA TZE 8 39 TL A lt 60 Nt www aitendo co jp Fan Series After power on namely the initial status press the GSR key to enter the function menu press BH Du to select some menu listed on right then press portion to perform the function you selected 4 1 voltage measurement Maximum input voltage 600 Vrms CAT Il 300 Vrms CAT Ill RUN CHI FUNCTION voltage AC Waveform 6y ov 4 1 1 1 Ohmmeter Capacitor 1 400V d Diode AUTO E 500mY Time 2us Bk Figure 21 interface of voltage measurement The main interface shows a simulation graph measurement result lists below measurement range lists left on the bottom Select voltage Press RIT option change between DC and AC Press edik get into 640m JE SOZ www aitendo co jp Fan Series the manual mode press zh auto return auto mode The simulation graph gives a visualized measurement 4 2 Resistance measurement
29. igure 10 and Figure 11 Press CHI key to open CH1 display interface press GU key to inversion option press ZEU key to select the starting up closing down of inversion 3 2 Setting of horizontal system 3 2 1 Horizontal control knob The horizontal control knob can be used to change horizontal time base the location of current 225 Fk 60 WL www aitendo co jp Fan Series waveform in memory memory displacement and the location of triggering in memory triggering displacement The horizontal center of screen is the time reference point of waveform The waveform will expand or contract relative to the screen center if the horizontal scale is changed The change of horizontal position can change the waveform position relative to a trigger point Key zi and the two keys can be used to adjust the horizontal position of channel waveform including mathematical operation The analysis degree of this control knob changes with that of the time base Key and mS the two keys can be used to adjust the main time base i e S div Sign description 1 represents the position of current waveform window in memory 2 Arrowheads indicate the position of a trigger point in memory 3 The horizontal time base main time base is indicated in S div Terminology explanation Y T mode in this mode axis Y shows amplitude and axis T shows time X Y mode in this mode axis X
30. is auto normal and once Different mode it acts different Auto mode display a steady waveform when meet the trigger condition or else display a unstable waveform Normal display the steady waveform that meet the trigger condition Once display the first steady waveform that meet the trigger condition Edge trigger is usual way of trigger It comes from the comparison between input signal and the inner compare signal You can set it the falling side or rising side Press the key of Trigt to open the interface of trigger mode as in Figure 23 Lai lon GO o www aitendo co jp Fan Series HOLD E 4 chit TRIG S b Type A AA GEA EO AE E EEE Edge I l H gt gt 1 Source U CH1 L I l Rising Slope D 1 e Mode AUTO 2 500mY Time 2us ON Figure 23 Trigger System Interface See table 14 for display explanation menu Function Setting Description Edge type Rising edge Trigger at rising edge of signal 3375 FE 60 DL www aitendo co jp Fan Series Falling edge Trigger can be done at falling edge of signal PAL field PAL video trigger NTSC field NTSC video trigger l CH1 Set channel 1 as trigger signal Geo CH2 Set channel 2 as trigger signal To set in such a way that the sampling waveform is allowable Automatic even when detecting no trigger condition To set in such a way that sampling waveform is allowable only Gen
31. ows the amplitude of Channel 1 on the horizontal axis and shows that of Channel 2 on the vertical axis l Vectors Displayed by tie line between sampling points Display type e Dots To display sampling points directly i 1 2 4 8 To set the average sampling time by pressing Enter key from 1 to 64 verage l e 16 32 64 advancing by multiples of 2 step by step On To open the waveform retaining function Persist Off To close the waveform retaining function dg Un To display the screen background grid ri Off To close the screen background grid Sampling Real time The sampling mode is set as real time sampling PIKO Language To set up the language displayed on the screen English Options set up directly by the key Turn on the backlight or turn off the backlight press the key H6 backlight horizontal shift is controlled by SI or mS ve vertical shift is controlled by W or mW Automatically measured option can be select from the Measure Menu detailed information is listed below e E N A T Fk 60 www aitendo co jp Fan Series 2 3 1 Setup of automatically measured option host machine setup the amplitude and the time base automatically so as to suit for the observation when the Iz auto key pressed it start to schedule Options listed below maybe set by the hos
32. ries portable digital Scopemeter Oscilloscope is manufactured in accordance with the requirements of research development production debugging and repair of majority electronic engineers It integrates the functions of both oscillograph and multi meter In contrast to a traditional one it has a built in lithium battery and can work without an external power supply it is convenient for moving especially for in situ application it has multi trigger types including automatic common and single trigger capable of locking and subsequently storing the non periodicity signals which a traditional one fails to probe it features compactness speciously friendly interface equipped with RS 232 lines of communication and PC software which can transfer the waveform to PC machine for 2 TL JE GO 2 www aitendo co jp Fan Series the purpose of data analysis or compiling into document Fan Series portable digital Scopemeter Oscilloscope may swift and accurately detect the faults happening to circuit serve as an electronic engineer s right hand and will surely bring you a great convenience in work 1 2 1 Function A Functions of Scopemeter A Fifteen kind of waveform measure directly A Function of storage and communication A Function of multi meter only zb2201 has the function 1 2 2 Characteristics X 320x240 high resolution display larger information capacity more visually A Use a big capacity lithium battery to supply power the host machine
33. rrespond CH1 CH2 MATH and REF After that you can select the channel to be closed made it the status selected and then press OFFito close it Table 4 Types of channel status dd bi d Open CH1 white against black 1 1 CH Selected black against white Closed Nothing displayed O Open CH2 white against black DIE 2 CH2 ES Selected black against white ZG IA FE 60 Ht JU www aitendo co jp Fan Series Closed Nothing displayed Open Math white against black BEAZ MATH Selected Nene black against white Closed Nothing displayed Open Ref white against black SABE REF Selected black against white Closed Nothing displayed Application of Vertical system Ho It Mand mv 1 thekey f lor rk is set to adjust the vertical position of channel and the DPI is changed with the vertical shift 2 V or mV is set to adjust the vertical DPI for all the channel If the channel is open 3 Only the opening channel namely selected can be adjust by the key t rk Mor mV And the waveform of REF is adjust based on the condition it saved 4 The information on the left such as POS 8 has the same color of channel and marked with V when the vertical system is being adjusted The unit of MAT
34. t machine Table 3 R S Run or stop waveform sampling Function Setup Display format Y T vertical V div Adjustment to a proper division Vertical division adjustment Coarse adjustment Signal inversion Close Horizontal position Center Horizontal S div Adjustment to a proper division Trigger type Edge Trigger source Automatically detect the channel that has signal input Trigger level Midpoint setting Trigger mode Automatically 2 3 2 Saves setup The method mentioned above can be an easily way to use the host machine 8 13 W JE 60 TL www aitendo co jp Fan Series When you have setup the option you want to setup you can save it for the use of next time or leave it without save made it be same as before If you want save it you can press the key FREI save t YESH option set the storage type as WHA set then press AHT page down to select the ALF save press the WEI enter to save the parameter 2 3 3 Select or setup of channel The CH1 CH2 means the channel for input signal and the MATH or REF has the similar conception o enter the save menu press as CH1 CH2 so you can think it to be another channel when operate on the MATH or REF If you want some channel to be open for you you can press the key co
35. voltage so as to prevent from the damage of instrument Ak Never set the Scopemeter Oscilloscope in an unstable stand or table to avoid of a falling down and subsequently resulting in the damage of products A Never set the Scopemeter Oscilloscope nearby the hot body to prevent from damage of instrument due to superheating A The liquid substance is forbidden to flow into the Scopemeter Oscilloscope Ak Never set the Scopemeter Oscilloscope under a heavy load Ak Never use the liquid or gas detergent but a dry cloth for cleanness is available Ak Make sure of it is fully charged before a long time in storage turn off the host machine you can get a quick charge Alf the Li polymer battery need a change please contact us from the way listed at the back cover Catalogue Chapter A i 1 1 1 Unpacking for Cheek a aa EEE 2 1 2 Introduction to Produ uni n listo a lito ela 2 Pza FOCOS aa A A E 3 ELENA A e a 3 Chapter a e tate lo dE E 4 O e Aka EKEk 5 22 KEA 5 2 3 System configure OF AUTOMATIC ua 10 2 3 1 Setup of automatically measured GOIO 13 2 3s 2 DAVES SOCUP AO 13 2 3 3 Select or setup of chanel eza 14 2 3 4 Channels AUG AAE 15 2 4 output of waveform for TGG 16 2D ee OLD AAE 16 Chapter M oie task enti aa eae ABA Ge Ge AES 17 3 1 setup of vertical EA OUA 18 3 2 Setting of horizontal System rrura 22 3 3 Mathematical operation unction ss 24 3 4 Automatic measurement function rrura 26 3 5 Saye No e a a
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