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UTD1000 User Manual

Environmental

Temperature

Cooling Method

Humidity

Altitude

Operating : 0°C~+40°C

Non-operating : -20 °C~+60°C

Forced fan cooling

<

°C : ≤ 9

% RH;

°C~+40°C : ≤

% RH;

Operating : 3,000m.
Non-operating : 15,000m.

Mechanical Speciﬁcations

Dimension

Weight

268 x 168 x 60 mm

Net

Gross

1.8kg

4.5kg

IP Protection : IP2X

Adjustment frequency : Recommended calibration frequency is 1 year

Summary of Contents for UTD1000 Series

Page 1: ...P N 110401104796X MAY 2018 REV 3 ...

Page 2: ......

Page 3: ...se this unit strictly as instructed by this the probe and the handheld digital storage oscilloscope the User Manual Maintenance should only be carried out by a probe tips connect to the oscilloscope as well as 2 channels trained professional terminal well connected After that both of probe tips are connected In order to have a safety testing the probe Safety Messages and Symbols grounding wire is ...

Page 4: ...loscope and label data Read the manual carefully and check the functions and installation rated values before connecting the unit Chapter 2 Instrument Setups Guide to operation Do not operate the unit with the chassis cover open Do of the UTD1000 digital storage oscilloscope series not operate this unit when the outer cover or front panel is Chapter 3 Practical Example Illustrations Example open i...

Page 5: ... Storage Oscilloscope Chapter 1 User Guide 1 Getting to know your UTD1000 Digital Storage Oscilloscope 2 General Inspection 3 Functional Check 4 Probe Compensation 5 Automatic Setups 6 Getting to Know the Operation Panel Table of Contents 1 4 4 7 8 10 11 11 ...

Page 6: ...zontal System Setup 5 Trigger System Setup 6 Display Acquisition Modes and Automatic Measurement 7 Storage Setups and Screen Copy 8 Cursor Measurement 9 Utility Function Setup 10 Operating Maths Functions 11 Window Extension 12 Hiding the Menus 13 Using the Run Button 14 Multimeter Measurement 13 14 17 24 24 32 42 49 50 52 56 57 57 58 ...

Page 7: ... noise of signals Illustration 5 Using cursors for measurement Illustration 6 Using the X Y function Illustration 7 Video signal triggering Chapter 4 System Prompts and Trouble shooting 1 Deﬁnitions of System Prompts 2 Troubleshooting Chapter 5 Service and Support 1 Product Program Upgrade Chapter 6 Appendixes Appendix A Performance Indicators Appendix B Accessories for UTD1000 Oscilloscope Append...

Page 8: ...are your perfect tools to complete testing tasks swiftly and efﬁciently This manual is a user guide for 7 models of this digital storage Oscilloscope series Model Bandwidth Sampling Rate Display UTD1025C 25MHz 250MS s Color UTD1042C 40MHz 250MS s Color UTD1062C 60MHz 250MS s Color UTD1082C 80MHz 500MS s Color UTD1102C 100MHz 500MS s Color UTD1152C 150MHz 1GS s Color UTD1202C 200MHz 1GS s Color ...

Page 9: ...r speedy execution of measurement tasks The strong trigger and analytical functions make it easy to acquire and analyse waveforms while the sharp and clear LCD and mathematics functions ensure clear observation and reliable analysis of signal conditions The performance features listed below will explain why the UTD1000 series can fully satisfy your testing and measurement requirements Dual channel...

Page 10: ...system software upgrade Multilingual menu displays Help messages in English and Chinese UTD1000 accessories 2 x 1 2m 1 1 10 1 probe For details refer to the probe instructions These accessories conform with EN61010 031 2008 standards Power line conforming to international standards applicable in the country of use User Manual 2 x current to voltage converter module UT M03 UT M04 Test lead DC adapt...

Page 11: ...e following pages The row of 5 keys at the bottom of the display panel are menu operation keys designated as F1 to F5 from left to right With these 5 keys you can set up different options of the current menu The other keys are function keys You can use them to enter different function menus or access particular functions directly Chapter 1 User Guide Your UTD1000 Series digital storage Oscilloscop...

Page 12: ... UTD1000 User Manual Figure 1 1 Front panel of UTD1000 Oscilloscopes Figure 1 2 Schematic diagram for the display interface ...

Page 13: ...A and B as the alternate trigger signal source 2 Trigger coupling mode display is as follows AC trigger coupling mode i e only AC quantities larger than 10Hz of the trigger signals can pass the coupling capacitor The DC will be intercepted This is a general trigger coupling mode DC trigger coupling mode i e allowing both AC and DC quantities of the trigger signal to pass through to the trigger cir...

Page 14: ...s to models with bandwidth over 25MHz 9 M value indicates the main time base mode and the applicable time base range UTD1000 User Manual 2 General Inspection We suggest checking your new UTD1000 Oscilloscope in the following steps 1 Check the unit for possible shipping damages If the package carton or foam plastic protective lining is seriously damaged please contact your Uni T dealer or the local...

Page 15: ... or repair 3 Functional Check Carry out a quick functional check in the following steps to make sure your Oscilloscope is operating normally 1 Power on the unit Power on the unit You can select from two power supply methods internal battery power or external DC adaptor power Power supply voltage of the DC adaptor is grid voltage After connecting to power start the self calibration process by press...

Page 16: ... as follows Select other menu in Channel A then set probe ratio to 10X with the jog dial Figure 1 4 Adjusting the probe ratio Ĺ Connect the probe tip and ground clamp to the output terminal of the function signal generator Select a square wave of 1kHz output frequency and 3Vpp amplitude Press AUTO and you will see a 1kHZ 3Vpp square wave in the display in a few seconds as shown in Figure 1 5 Repea...

Page 17: ... metal part of the probe when connected to HV power 4 Probe Compensation When connecting the probe to any input channel for the ﬁrst time perform this adjustment to match the probe to the channel Skipping the compensation calibration step will result in measurement error or fault Please adjust probe compensation as follows 1 Set the probe attenuation factor to 10X Move the switch on the probe to 1...

Page 18: ... to be measured is 50Hz or above and the duty ratio is larger than 1 Using the Automatic Setup Function 1 Connect the signal to be tested to the signal input channel 2 Press AUTO The Oscilloscope will automatically set the vertical deflection factor scanning time base and trigger mode Should you require to make more detailed check you can adjust manually after the automatic setup process until you...

Page 19: ...e best suited to screen display By press the key to adjust the position of the reference waveform reference point you can adjust the signal to the position best suited to screen display The Horizontal System Press the s ns key to change the horizontal time base range setup Range of horizontal scanning rate is 5ns 50s div UTD1102C in steps of 1 2 5 Note Minimum horizontal time base range of the UTD...

Page 20: ...de and automatic measurement SCOPE Ƶ Storage setup and screen backup SAVE Ƶ Cursor measurement CURSOR Ƶ Utility setup USER Ƶ Mathematics function MATH Ƶ Zoom function ZOOM Ƶ Hiding the menu CLEAR MENU Ƶ Operation buttons AUTO RUN STOP It is recommended that you read this chapter carefully to understand the various measurement functions and system operation steps of your UTD1000 1 Resetting the Ins...

Page 21: ...Press SCOPE The menu in the figure below appears at the bottom of the screen 2 Using the Jog Dial Function The jog dial is a multifunction knob that enables easy operation and control of various menus The example below illustrates the use of this dial Figure 2 2 Making menu selection with the jog dial ...

Page 22: ...1000 User Manual b Press F3 to select display Enter the display menu shown in the ﬁgure below Figure 2 3 Operating the Type Menu with the jog dial Figure 2 4 Operating the Continuous Menu with the jog dial ...

Page 23: ...ction for details 3 Shifting trigger level with the jog dial See the Trigger System Setup section on P 24 for details 4 Doing cursor measurement with the jog dial See the Cursor Functions section on P 49 for details 5 Using the mathematics function with the jog dial See the Mathematics Function section on P 52 for details c With the jog dial select dot as the display type The selected menu will ap...

Page 24: ...oise Adjust the channel bias voltage with the jog dial When the DC quantities of the signal being tested are much larger than the amplitude of the AC signal you can offset the DC quantities with bias voltage In this condition you can observe the ampliﬁed AC signal Reset the bias voltage to zero Go back to the Channel A menu Bias Voltage Bias voltage xxmV Reset to zeroReturn Table 2 1 Explanatory n...

Page 25: ...ct Normal waveform display Waveform is invert Table 2 1 Explanatory notes for channel A menu continued 1 Setting channel coupling Take the example of applying a signal to Channel A The signal being tested is a sine signal that contains DC quantities Press A to select Channel A Then press F1 to set A input to ON Next press F2 to select DC coupling Both DC and AC quantities of the signal being teste...

Page 26: ...o select ground coupling The channel input is now set to equivalent ground The channel input level appears on screen and waveform display is as shown in Figure 2 8 Note In this mode although waveform is not displayed the input signal remains connected to the channel circuit AC coupling setup Figure 2 7 Only AC quantities of the signal are displayed Ground coupling setup Figure 2 8 Screen display f...

Page 27: ...width to full bandwidth The signal being measured can pass through even if it contains high frequency quantities The waveform display is as shown in Figure 2 9 Figure 2 9 Full bandwidth setup Full bandwidth setup 20MHz bandwidth limit Figure 2 10 20MHz bandwidth limit Press F3 to set bandwidth limit to 20MHz All high frequency quantities higher than 20MHz in the signal being tested will be limited...

Page 28: ...o set up the probe attenuation factor in the channel operation menu accordingly For example when the probe attenuation factor is 10 1 set the probe attenuation factor at 10X in the menu Apply this principle to other values to ensure the voltage reading is correct The figure below shows the setup and vertical range display when the probe is set at 10 1 Press A to turn Channel A on then press F5 Sel...

Page 29: ...relation to the channel ground level The example below shows the setup for signal inversion and the display for inverted signal Press A to turn Channel A on then press F5 Select Others and select inverted polarity as shown in Figure 2 13 Figure 2 13 Inversion setup Press the jog dial once to confirm then press the jog dial again to close the menu Signal display is as shown below ...

Page 30: ... UTD1000 User Manual Figure 2 14 Channel polarity setup normal Figure 2 15 Channel polarity setup inverted ...

Page 31: ...fﬁcient data required for drawing a waveform on the left side of the trigger point While waiting for the triggering condition the Oscilloscope will continue acquiring sufﬁcient data to draw a waveform on the right side of the trigger point You can set trigger functions with the trigger function key TRIGGER Trigger Key for the trigger function setup menu Trigger level Trigger level is set to a sign...

Page 32: ...A and B trigger their individual signals alternately Trigger setup Trigger mode Auto Normal Single Waveform is acquired even when no trigger condition is detected Acquisition takes place only when trigger condition is met One waveform is acquired when one trigger is detected Acquisition then stops Trigger coupling DC AC L F Suppression H F Suppression Allow AC and DC quantities of the input signal...

Page 33: ...select edge trigger mode Next press F5 to activate holdoff adjustment and adjust holdoff time with the jog dial Holdoff time will change accordingly until waveform display is stable as shown in the ﬁgure below Note Holdoff time is usually slightly shorter than the large cycle time When observing the RS232 communication signal it is easier to achieve stable synchronization of holdoff time is slight...

Page 34: ...op Intercept AC and DC quantities of the input signal Intercept DC quantities of the input signal Suppress low frequency quantities below 80kHz of the signal Suppress high frequency quantities above 80kHz of the signal DC AC L F Reject H F Reject Trigger coupling Trigger setup Pulse width 40ns 6 40s Set pulse width with the jog dial Pulse width setup Pulse width condition Pulse width polarity Posi...

Page 35: ...he signal source trigger signal Set B as the signal source trigger signal A and B trigger their individual signals respectively Standard trigger PAL NTSC Suitable for PAL video signals Suitable for NTSC video signals Synchronization All lines Speciﬁed lines Odd ﬁeld Even ﬁeld Set the TV line to synchronize with trigger Set synchronized trigger on the speciﬁed line and adjust with the jog dial Set ...

Page 36: ...ronization mode is speciﬁed line you will see a screen display as shown in Figure 2 17 When synchronization mode is odd ﬁeld you will see a screen display as shown in Figure 2 18 Figure 2 17 Video trigger line synchronization Figure 2 18 Video trigger ﬁeld synchronization ...

Page 37: ...trigger source can operate normally only when the corresponding input channel is on 2 Trigger mode Determine the action of your Oscilloscope at trigger by selecting the mode This Oscilloscope offers three trigger modes for selection auto normal and single Ƶ Auto Trigger The system will acquire waveform data automatically when there is no trigger signal input The scan baseline is shown on the displ...

Page 38: ...AC Intercepting DC quantities and attenuating signals under 10Hz Ƶ Low Frequency Suppression Intercepting DC quantities and attenuating low frequency quantities under 80kHz Ƶ High Frequency Suppression Attenuating high frequency quantities over 80kHz 4 Pretrigger Delayed Trigger Data sampled before after triggering The trigger position is typically set at the horizontal center of the screen In thi...

Page 39: ... to access frequently used function options as shown in the table below Table 2 5 Oscilloscope Function Menu Function Menu Acquisition mode Parameter measurement Display Cymometer Setup See Table 2 6 See Table 2 7 See Table 2 8 ON OFF Explanatory Note Turning the frequency counter on off ...

Page 40: ... Average Set to standard sampling mode Set to peak detect mode Set to average sampling and display the average number of times Average number of times when average sampling is selected 2 256 Set the average number of times in multiples of 2 i e 2 4 8 16 32 64 128 256 To change the average number of times use the jog dial Equivalent time On Off Set sampling to real time Set sampling to equivalent a...

Page 41: ...eform display please see Figure 2 20 and Figure 2 21 Figure 2 20 Waveform without average sampling Figure 2 21 Waveform display when 32 time average sampling is selected Note 1 Use Real time sampling to observe single signals 2 Use Equivalent sampling to observe high frequency cyclical signals 3 To avoid mixed envelop select Peak Detect 4 To reduce random noise of the displayed signal select avera...

Page 42: ...es the biggest and smallest values of the input signals at each sampling interval and uses these values to display the waveform In effect it can acquire and display narrow pulse which would otherwise be omitted in the sampling mode Noise seems to be more signiﬁcant in this mode Average mode The digital storage Oscilloscope acquires several waveforms and takes the average value to display the ﬁnal ...

Page 43: ...nts are linked for display Sampling points are directly displayed Waveform on the screen is refreshed at normal rate Waveform on the screen is maintained for 2 seconds and then refreshed Waveform on the screen is maintained for 5 seconds and then refreshed Waveform on the screen remains on display New data will be added continuously Operating mode of the Oscilloscope X Y is the display mode A inpu...

Page 44: ... channels Adjusting the s DIV time base will result in a lissajous ﬁgure of better display quality The following functions are disabled in the X Y display mode Ƶ Automatic measurement mode Ƶ Cursor measurement mode Ƶ Reference or maths waveform Ƶ Vector display type Ƶ Trigger control Deﬁnitions Y T Mode In this mode the Y axis indicates voltage and the X axis indicates time X Y Mode In this mode t...

Page 45: ...rameters Channel Indicator Setup Customized parameter All parameters OFF Parameter 1 Parameter 2 Parameter 3 Total 27 A B OFF Parameter 1 Parameter 2 Parameter 3 Explanatory Note The screen displays only user deﬁned parameters All 27 parameters are displayed Close the automatic measurement function Up to 3 parameters can be displayed simultaneously on screen Select with the jog dial Display measur...

Page 46: ... select peak to peak value then press the jog dial once to conﬁrm The screen will exit from the current menu 7 Press F4 to select Channel A 8 Press F5 to set indicator to parameter 1 The peak to peak value is displayed in the top right corner as shown below Figure 2 22 Selected parameter measurement Note Customized parameters are for quick parameter measurement This device has 27 measurement param...

Page 47: ...alue Preshoot The ratio value of the difference between minimum value and top value to the amplitude value Average value Average amplitude of signals within 1 cycle Root mean square value Vrms The effective value Energy generated by AC signal conversion during 1 cycle with respect to the DC voltage that produces equivalent energy i e root mean square value Your UTD1000 can automatically measure th...

Page 48: ...sed function options 3 Press F2 to enter the measurement options 4 Press F1 to select all parameters for parameter measurement All measurement parameters will be shown on screen as shown in Figure 2 23 Figure 2 23 All measurement parameters Frequency counter setup Press SCOPE then F4 to activate the frequency counter as shown below Figure 2 24 Hardware frequency counter ...

Page 49: ...ope s internal memory and any USB device You can also save and recall waveform documents and setup documents on a USB device For setup see the table below Table 2 9 Storage menu Function Menu Save Recall Recorder Close Setup See Table 2 10 See Table 2 11 See Table 2 12 Explanatory Note Save the current setup or waveform Recall a saved setup or waveform Record and playback a waveform Close the reca...

Page 50: ...o Back Setup Setup Waveform A Waveform B Internal USB 1 10 Explanatory Note Save the current setups of all menus Save the Channel A waveform Save the Channel B waveform Save the setup and waveform documents internally Save the waveform document on the USB device Set and select the storage position with the jog dial Run the previously selected operation Go back to the previous menu ...

Page 51: ...ice repeat the above steps but select USB as the save medium The save menu is as follows Figure 2 26 Waveform save menu Screen copy With this function you can save the display interface on the USB device Example 2 To request saving the display interface on the USB device 1 Press A to turn on Channel A 2 Insert the USB device into the USB jack 3 Press and hold the SAVE button for 4 to 5 seconds and...

Page 52: ...ble 2 11 Recall menu Function Menu Recall Source Position Execute Go Back Setup Setup Reference waveform Internal USB 1 10 Explanatory Note Recall a saved setup Recall and display a saved waveform Set and select the recall position with the jog dial Run the previously selected operation Go back to the previous menu ...

Page 53: ...form will be recalled to screen when the Loading progress bar disappears Record In the storage menu press F3 to select the record function For setup see Table 2 12 Table 2 12 Recorder menu Function Menu Recorder Replay Load Save Go Back Setup ON OFF See Table2 13 USB document 1 10 USB document 1 10 Explanatory Note Turn the waveform recording function on and off Playback the recorded waveform on t...

Page 54: ...nally 4 Insert the USB device and press F4 to access the record and save menu Press F2 to activate the USB document option then select 3 with the jog dial 5 Press F4 The waveform is successfully recorded on the USB device when the Saving progress bar disappears Note Your UTD1000 Series Digital Storage Oscilloscope can record up to 1 000 screens of waveform data If any of the following operations i...

Page 55: ...screen when the Loading progress bar disappears 3 If F3 is pressed again all recorded waveform screens will be displayed Press F3 to stop playback then select playback of a certain screen of waveform with the jog dial as shown below Waveform playback In the record menu press F2 to access the waveform playback function as shown in the table below Table 2 13 Replay menu Function Menu Total Step Play...

Page 56: ... the jog dial to adjust the positions of the two cursors forƸV measurement Likewise by selecting time you can measure Ƹt Voltage time measurement modes Positions of cursor 1 and cursor 2 can be adjusted with the jog dial and F2 key Press F2 to make the cursor move in solid line then adjust it with the jog dial to a desired position If you require to move two cursors simultaneously press F4 to turn...

Page 57: ... Note When operating with battery the Oscilloscope will power off at the set time to save battery power if the unit remains idle for a speciﬁed period of time If DC power adaptor is connected this energy save mode is disabled Set the interface design of the testing device There are three designs to choose from Select the interface language Setup OFF 5 min 10 min 15 min 20 min Language Table 2 14 U...

Page 58: ...ime is 10 minutes To adjust this follow the steps below 1 Press USER for the utility menu 2 Press F1 to access the user option menu 3 Select the energy save off time with the jog dial 4 Press the jog dial to conﬁrm until the current menu is closed Auto Calibration You can correct measurement errors caused by environmental changes with the auto calibration function This process can be run selective...

Page 59: ... Signal source 1 Signal source 2 Signal source 1 x Signal source 2 Signal source 1 Signal source 2 Close the mathematics function Set signal source 1 as Channel A waveform Set signal source 1 as Channel B waveform Set signal source 2 as Channel A waveform Set signal source 2 as Channel B waveform Display the current mathematics range and adjust with the jog dial You can move the mathematics wavefo...

Page 60: ...function Set Rectangle window function Set A as the mathematics waveform Set B as the mathematics waveform Display the frequency per division f div of the current horizontal axis Display the current FFT range and adjust with the jog dial You can move the mathematics waveform with the jog dial Setup Hanning Hamming Blackman Rectangle A B 305 1 mHz 244 1MHz 5mV 50V Function Menu FFT Signal source Ho...

Page 61: ...dow function to set the value at 0 for start and finish compulsively For application of the window function please see the table below FFT spectrum analysis By using the FFT Fast Fourier Transform algorithm you can convert time domain signals YT into frequency domain signals With FFT you can conveniently observe the following types of signals Measure the harmonic wave composition and distortion of...

Page 62: ...ion rate is poorer Frequency recognition rate is marginally better than Hanning window The best amplitude recognition rate and the poorest frequency recognition rate The best frequency recognition rate the worst amplitude recognition rate Basically similar to a status without adding window FFT Window Hanning Hamming Blackman Rectangle Deﬁnition FFT recognition rate It means the quotient of the sam...

Page 63: ...rm You can move the horizontally extended part of this zone left and right with the button or enlarge and reduce the selected zone with the button The lower part is the horizontally extended waveform of the selected original waveform zone Please note that the recognition rate of extended time base relative to the main time base is now higher as shown in the above figure Since the waveform shown in...

Page 64: ...rtical deflection factor and horizontal time base range according to the amplitude and frequency of the waveform so as to ensure stable waveform display When the Oscilloscope is in auto setup mode the system setup is as shown below Table 2 18 Auto setup menu Function Acquisitionmode Display format SEC DIV VOLT DIV Trigger mode Trigger level Trigger coupling Trigger source Trigger slope Trigger typ...

Page 65: ... Select the AC current measurement mode The multimeter automatically selects an appropriate range for measurement The user manually selects an appropriate range for measurement Display the current measurement range Turn the trend plot function on off This function records the moving trends of voltage current resistance within a speciﬁed period When trend plot is on the zero line value enhances the...

Page 66: ...horizontal range until you get the desired waveform display 2 Voltage and time parameters for automatic measurement Your Oscilloscope can automatically measure most display signals To measure signal frequency and peak to peak value follow the steps below ķ Press SCOPE for the frequently used function menu ĸ Press F2 to enter the parameter measurement menu then press F1 to set parameter measurement...

Page 67: ...ut terminal Connect Channel B to the output terminal Steps 1 To display Channel A and Channel B signals ķ Press AUTO ĸ Continue to adjust the horizontal and vertical range until you get the desired waveform display Ĺ Press the Channel A vertical displacement key to adjust Channel A s vertical position ĺ Press the Channel B vertical displacement key to adjust Channel B s vertical position so that t...

Page 68: ...ignals like pulse and glitch To acquire a single signal you must have transcendental knowledge of that signal to set the trigger level and trigger edge For example if the pulse is a logical signal of TTL level the trigger level should be set at about 2V and the trigger edge should be set to rising edge trigger If you are not certain about the signal you can observe it by automatic or normal trigge...

Page 69: ...e any occasional event For example when a sudden glitch of relatively big amplitude is acquired set the trigger level to just higher than the normal signal level Press RUN STOP and begin waiting When a glitch occurs the machine will automatically trigger and record the waveform immediately before and after triggering By turning the horizontal displacement key you can change the trigger position ho...

Page 70: ...lecting low frequency suppression a high pass ﬁlter is set up It ﬁlters low frequency signal quantities under 80kHz and allows high frequency signal quantities to pass through If you select high frequency suppression a low pass filter is set up It filters high frequency signal quantities higher than 80kHz and allows low frequency signal quantities to pass through By setting low frequency suppressi...

Page 71: ... automatically All auto parameters can be measured with the cursors By using cursors you can quickly measure the time and voltage of a waveform Measuring the width of a single pulse within the pulse signals To measure the width of a single pulse within the pulse signals follow the steps below 1 Press CURSOR to display the cursor measurement menu 2 Press F1 to set cursor type to time 3 Move cursor ...

Page 72: ...ate mode follow the steps below 1 Set the attenuation factor of the channel probe to 10X Set the switch of the probe to 10X 2 Connect the Channel A probe to the input terminal of the network Connect the Channel B probe to the output terminal of the network 3 If the channel is not on press the A and B menu button then press F1 to enable the two channels 4 Press AUTO 5 Adjust the vertical amplitude ...

Page 73: ...e figure Calculating with this formula the angle of disparity is θ arcsin A B or θ arcsin C D If the elliptic main axis is within quadrants I and III the angle of disparity should be within quadrants I and IV i e inside 0 π 2 or 3π 2 2π If the main axis is within quadrants II and IV the angle of disparity should be within quadrants II and III i e inside π 2 π or π 3π 2 Furthermore if the frequenci...

Page 74: ...put signal Video ﬁeld triggering To trigger in the video ﬁeld follow the steps below 1 Press TRIGGER to display the trigger menu 2 Press F1 to set the type to video 3 Press F2 to set trigger source to A 4 Press F3 select PAL as the video standard 5 Press F4 to select odd field or even field synchronization 6 Adjust the horizontal time base for a clear waveform display ...

Page 75: ...t the type to video 3 Press F2 to set trigger source to A 4 Press F3 select PAL as the video standard 5 Press F4 to select deﬁned line synchronization 6 Make the signal trigger on any particular line by turning the jog dial 7 Adjust the horizontal time base for a clear waveform display Figure 3 8 Video odd ﬁeld triggering Figure 3 9 Video line triggering ...

Page 76: ...ss bar appears at the bottom Function Disabled This prompt appears when ZOOM is pressed at 5ns 100ns time base 2 Troubleshooting 1 If the screen of your Oscilloscope remains black without any display after powering on follow the steps below to ﬁnd the cause ķ Check if the power switch is properly pressed ĸ Plug in the DC power adaptor and check if the battery is out Ĺ Check the power cable connect...

Page 77: ...ion to filter any high or low frequency noise that is interfering with triggering 5 No display after pressing RUN STOP ķ Check if the trigger mode is set to normal or single in the menu and whether the level exceeds the waveform range If so move the level to the centre or set trigger mode to AUTO ĸ Press AUTO to complete the setup 6 Display speed is slow after average sampling time is enabled ķ If...

Page 78: ...rmat FAT After decompressing the program upgrade pack save it in the USB root directory The program upgrade document has the sufﬁx uts Requirements 1 The product model of the program upgrade pack must be the same with the Oscilloscope to be upgraded 2 The hardware version of the program upgrade pack must be the same with the Oscilloscope to be upgraded 3 The software version of the program upgrade...

Page 79: ...e you sure to update Figure 5 1 Figure 5 2 3 Press F5 as shown in Figure 5 1 to start the program upgrade operation If there is only one upgrade pack in the USB root directory go directly to step 4 Otherwise the upgrade document selection screen shown in Figure 5 2 will pop up Use the jog dial to select the document you need then press F5 to conﬁrm To exit upgrade press F1 ...

Page 80: ...er off otherwise unknown exception will happen Please waiting for update data Figure 5 3 Figure 5 4 Caution If power is disconnected or the unit is turned off during this stage of program upgrade the Oscilloscope will fail to function normally In that case you have to reinsert the USB device and complete the upgrade step by step as prompted before normal operation can be resumed In the event of up...

Page 81: ...n screen to appear Abnormality prompts Program upgrade may fail due to various reasons Below are some common causes for upgrade failure and the prompts that help users to upgrade the software program successfully If upgrade fails remove the USB device and restart the Oscilloscope The unit will still function normally To repeat the upgrade process again insert the USB device and carry out the steps...

Page 82: ...ill appear E11 U disk has pulled out Please reboot Figure 5 7 3 During upgrade if the system cannot ﬁnd the upgrade document in the USB root directory the message in Figure 5 8 will appear E13 Can t find valid update ﬁle at U disk root directory Please sure there is update ﬁle at U disk s root directory Please pull out U disk and reboot ...

Page 83: ...e are sorry for this case please contact with us Please pull out U disk and reboot 5 During upgrade if the FLASH of the program upgrade document you copy or select is different from that of the Oscilloscope the prompt in Figure 5 10 will appear E25 The package s flash type isn t same with this DSO Please read user manual get system information in detail Please pull out U disk and reboot ...

Page 84: ... in Figure 5 11 will appear E27 Sorry the package format isn t correct Please pull out U disk and reboot 7 If the model of the program upgrade pack is incompatible with the Oscilloscope the prompt in Figure 5 12 will appear E23 The package s model No isn t same with this DSO Please read user manual get system information in detail Please pull out U disk and reboot Figure 5 11 ...

Page 85: ...h this DSO Please read user manual get system information in detail Please pull out U disk and reboot Figure 5 12 Figure 5 13 9 If the software version of the upgrade document is lower than that of the Oscilloscope the prompt in Figure 5 14 will appear E26 Sorry this package s version is too low to update Please read user manual get system information in detail Please pull out U disk and reboot ...

Page 86: ... pack is correct press F1 to exit the upgrade system The prompt in Figure 5 15 will appear Please pull out U disk and reboot Figure 5 15 11 If an unknown error occurs when the user is updating the program the prompt in Figure 5 16 will appear E31 We are sorry for this case please contact with us Please pull out U disk and reboot ...

Page 87: ...ownload a new program upgrade pack and start upgrade all over again Your Oscilloscope has to be successfully upgraded to resume normal operation If you cannot upgrade the program and use your Oscilloscope normally please read the user manual and contact us for help Figure 5 16 ...

Page 88: ...hin the specified operating temperature Ƶ I f the operating temperature changes by more than 5 C you must perform the Self Cal operation accessible through the System Functions menu All speciﬁcations are guaranteed unless noted Typical Technical Indicators Chapter 6 Appendixes Sampling modes Sampling rates Real time 250MS s UTD1025C UTD1042C UTD1062C 500MS s UTD1082C UTD1102C 1GS s UTD1152C UTD120...

Page 89: ...cording length Storage depth Scanning range s div Accuracy of sampling rate and delay time Time interval ƸT measurement accuracy full bandwidth Linear 2 x 512K sampling point 7 5k 2ns div 50s div 200MHz 150MHz 5ns div 50s div 100MHz 80MHz 60MHz 40MHz 5ns div 50s div 25MHz At 1 2 5 increment 50ppm any time interval 1ms Single 1 sampling time interval 50ppm x reading 0 6ns 16 average values 1 sampli...

Page 90: ...C gain accuracy 8 bit resolution 5mV div 50 V div at input BNC 10 div 20MHz 10Hz at BNC 1 8ns 2 3ns 3 5ns 4 3ns 5 8ns 8 7ns 14ns When vertical sensitivity is 5mV div 4 sampling or average sampling mode When vertical sensitivity is 10mV div 50V div 3 sampling or average sampling mode UTD1202C UTD1152C UTD1102C UTD1082C UTD1062C UTD1042C UTD1025C 200MHz 150MHz 100MHz 80MHz 60MHz 40MHz 25MHz 100MHz 1...

Page 91: ...ing 0 1 div 1mV and 10mV div 50V div is selected When vertical shift is not zero and N 16 3 x reading vertical shift reading 1 x vertical shift reading 0 2 div Set from 5mV div to 200mV div plus 2mV Setup value 200mV div to 50V div plus 50mV Under identical setup and environmental conditions the voltage difference ƸV between two points of the waveform after the average of 16 waveforms acquired wav...

Page 92: ...ge Trigger Edge type Pulse Trigger Trigger mode Pulse width range 1 div 5 div from the centre of the screen 0 3 div x V div within 4 div from the centre of the screen Normal mode scanning mode pretrigger delayed trigger Pretrigger depth is adjustable 40ns 1 5s Input signal frequency 50Hz Rise Fall Greater than less than or equal to positive pulse Greater than less than or equal to negative pulse 4...

Page 93: ... video trigger typical 2 div peak to peak signal format and line ﬁeld frequency video trigger type A Trigger B Trigger Alternate Trigger 2 div peak to peak Supports standard NTSC and PAL Line range 1 525 NTSC and 1 625 PAL Edge pulse video Edge pulse video ...

Page 94: ...bottom mean average root mean square overshoot preshoot frequency cycle rising time falling time positive pulse negative pulse positive duty ratio negative duty ratio rise delay fall delay 3 types ˇ ˉ Internal 10 groups of waveforms and 10 setups USB 10 groups of interfaces 10 groups of waveforms Window Sampling points Phase difference Voltage difference ƸV between cursors time difference ƸT betwe...

Page 95: ...ight Intensity Display Languages 145mm diagonal line 5 7 LCD panel 320 horizontal x RGB x 240 vertical pixels color Color UTD1 C Lateral 12 div 25 dot div Longitudinal 8 div 25 dot div Adjustable 300 nit Simpliﬁed Chinese Traditional Chinese English Display Interface Functions Standard setup Optional 1 x USB Host ...

Page 96: ...6KΩ 60KΩ 600KΩ 1 2 5 digits Range 600mV 6V 60V 600V 1000V Precision 1 5 digits Range 600mV 6V 60V 600V 700V 600mV 6V 60V 600V 700V 1 2 5 digits Frequency 200Hz 1 5 5 digits Frequency 200Hz Range 6mA 60mA 600mA 6A 6mA 60mA 600mA 1 2 5 digits 6A 1 5 5 digits Range 6mA 60mA 600mA 6A 6mA 60mA 600mA 2 5 digits 6A 2 5 5 digits Range 6nF 60nF 600nF 6μF 60μF 600μF 6mF 6nF 6mF 5 10 digits 60nF 600nF 6μF 60...

Page 97: ... measurement Diode measurement Measurement modes Maximum display number Digital Multimeter It only suits for battery power supply Source Voltage Power Consumption Battery supply 100 240VACRMS 45 440Hz CAT II Less than 20VA UTD1025C 4h UTD1102C UTD1082C UTD1062C UTD1042C 3h UTD1202C UTD1152C 2h Power Source ...

Page 98: ...ing 0 C 40 C Non operating 20 C 60 C Forced fan cooling 35 C 90 RH 35 C 40 C 60 RH Operating 3 000m Non operating 15 000m Mechanical Speciﬁcations Dimension Weight 268 x 168 x 60 mm Net Gross 1 8kg 4 5kg IP Protection IP2X Adjustment frequency Recommended calibration frequency is 1 year ...

Page 99: ...ratching the clear protection ﬁlm of the LCD 2 Use a dampened but not dripping soft cloth to clean the Oscilloscope Remember to disconnect power Use a mild cleaner or water To avoid damaging the product or probe do not use abrasive chemical cleaner Appendix B Accessories for UTD1000 Oscilloscopes Standard Accessories Two 1 2m 1 1 10 1 passive voltage probes For details please read the probe manual...

Page 100: ... UTD1000 User Manual This user manual may be revised without prior notice ...

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