Hantek DPO6000 Series Manual Download Page 73

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DPO6000

，

MPO6000 Series Digital Phosphor Oscilloscope Instruction V1.1

- 71 -

10.Set the load impedance

Press WaveGen

→

impedance on the frontal panel.

Press impedance softkey to set the load input impedance of the signal generator. It can be

set to "High Z" or "50Ω".

11.Align phase

Press WaveGen

→

Align phase on the frontal panel .

The channels of the signal source will be re-configured after pressing Align phase to

output according to the preset frequency and phase.

For two signals of which the frequencies are the same or are multiples, this operation can

align their phases.

The oscilloscope acquires the waveform of the two channels and displays the waveform

stably. After switching the status of the channel switch, the phase deviation between the

two waveform is changed.

At this point, press AlignPhase softkey and the waveform shown on the oscilloscope will

restore to the phase deviation of the current phase between the two waveform

automatically.

11.1.6.To output DC

1.Select waveform

Press WaveGen

→

waveform

→

DC on the frontal panel.

2.Select the data source

Press WaveGen

→

data source.

3.Turn on/off the channel of signal source

Press WaveGen-

→

enable on the frontal panel.

4.Set the offset voltage

Press WaveGen

→

offset on the frontal panel

Note

:When the impedance is High Z, the range is from (-3.5 V + the current amplitude/2)

to(3.5V - the current amplitude/2);when the impedance is set to 50 Ω, the range is from

(-1.75 V + the current amplitude/2) to (1.75 V - the current amplitude/2).

5.Set the load impedance

Press WaveGen

→

impedance on the frontal panel.

Press impedance softkey to set the load input impedance of the signal generator. It can be

set to "High Z" or "50Ω".

6.Align phase

Press WaveGen

→

Align phase on the frontal panel .

The channels of the signal source will be re-configured after pressing Align phase to

output according to the preset frequency and phase. For two signals of which the

frequencies are the same or are multiples, this operation can align their phases.

The oscilloscope acquires the waveform of the two channels and displays the waveform

stably. After switching the status of the channel switch, the phase deviation between the

two waveform is changed. At this point, press

AlignPhase

softkey and the waveform

shown on the oscilloscope will restore to the phase deviation of the current phase

between the two waveform automatically.

11.1.7.To Output Sinc

1.Select waveform

Press WaveGen

→

waveform

→

Sinc on the frontal panel.

Summary of Contents for DPO6000 Series

Page 1: ...DPO6000 MPO6000 Series Digital Phosphor Oscilloscope Instruction V1 1 DPO6000 MPO6000 Series Digital Phosphor Oscilloscope V 1 1 ...

Page 2: ...DPO6000 MPO6000 Series Digital Phosphor Oscilloscope Instruction V1 1 ...

Page 3: ...not guarantee that this document is infallible Please make sure that the specifications of relevant technical documents used are the latest and valid version by yourself before using this product If you require the cooperation of products patents or works of a third party when your company use the documents or products of Qingdao Hantek Electronic Co Ltd your company shall be responsible for obtai...

Page 4: ...tor of Qingdao Hantek Electronic Co Ltd B Please contact the local office directly under Qingdao Hantek Electronic Co Ltd C Please contact the headquarters of Qingdao Hantek Electronic Co Ltd Contact Method of our company Qingdao Hantek Electronic Co Ltd http www Hantek com Address 35 Building No 780 Baoyuan Road High tech District Qingdao China Zip Code 266114 Telephone 0532 88705792 Fax 0532 887...

Page 5: ...ore connecting any input or output terminals Connect the probe correctly If a probe is used the probe ground lead must be connected to earth ground Do not connect the ground lead to high voltage Improper way of connection could result in dangerous voltages being present on the connectors controls or other surfaces of the oscilloscope and probes which will cause potential hazards for operators Obse...

Page 6: ...ment to avoid damage induced by static discharges Always ground both the internal and external conductors of cables to release static before making connections Handle with Caution Please handle with care during transportation to avoid damage to keys knobs interfaces and other parts on the panels Safety Notices and Symbols Safety Terms on the Product There may be the following terms on the product ...

Page 7: ...for industrial use and some other equipment For example stationary motors with permanent connection to a fixed installation Measurement category IV is for measurements performed at the source of a low voltage installation Examples are electricity meters and measurements on primary overcurrent protection devices and ripple control units Ventilation Requirement This oscilloscope uses fan to force co...

Page 8: ...ch the bright screen filter material Use a soft cloth dampened with water to clean the oscilloscope For more thorough cleaning use 75 isopropanol as an aqueous solvent WARNING To avoid damage to the surface of the oscilloscope or probe do not use any corrosive or chemical cleaning reagent Product End of Life Handling Recycle Production of the equipment requires extraction and use of natural resour...

Page 9: ...ition function support to capture up to 80 000 sections 256 grade color display Low base noise 500 uV div to 10 V div ultra wide vertical dynamic range 7 0 inch WVGA 800 480 TFT LCD with ultra wide screen vivid picture low power consumption and long service life 7 inch capacitive touch screen support multi touch touch screen is optional Adjustable waveform brightness and display brightness Up to 1...

Page 10: ...hannel Analog bandwidth Signal generator Logic analyzer Wifi DPO608XB 2 4 80MHz DPO610XB 2 4 100MHz DPO620XB 2 4 200MHz DPO608XC 2 4 80MHz 25MHz 2 DPO610XC 2 4 100MHz 25MHz 2 DPO620XC 2 4 200MHz 25MHz 2 MPO608XD 2 4 80MHz 25MHz 2 4 4 LA MPO610XD 2 4 100MHz 25MHz 2 4 4 LA MPO620XD 2 4 200MHz 25MHz 2 4 4 LA DPO608XEDU 2 4 80MHz Yes DPO610XEDU 2 4 100MHz Yes DPO620XEDU 2 4 200MHz Yes MPO608XEDU 2 4 8...

Page 11: ...til the machine and accessories have passed both electrical and mechanical tests 1 1 2 Inspect the instrument In case of any appearance damage not working normally or failure in passing the electrical and mechanical tests contact the representative in charge of this business 1 1 3 Check the accessories Please check the accessories according to Appendix A Accessories after the manual If the accesso...

Page 12: ...n the figure below To Connect to Power Supply 1 3 3 Power on Inspection When the oscilloscope is energized pressing the power key at the lower left corner of the front panel can start the oscilloscope During the start up process the oscilloscope performs a series of self tests In the process of self test the keyboard indicator light will be lit in a certain order After the self test the welcome sc...

Page 13: ...inal of the probe to an analog channel input terminal of the oscilloscope at the front panel 2 Connect the ground alligator clip or spring of the probe to the circuit ground terminal and connect the probe tip to the circuit to be tested 1 3 5 2 Connect the logic probe 1 Connect one terminal of the logic probe to the digital channel input terminal at the front panel of the oscilloscope correctly di...

Page 14: ... Scale button 2 Check the shape of the displayed waveform Compensated correctly Overcompensated Undercompensated 3 If necessary use a nonmetallic screwdriver to adjust the variable capacity of your probe until the shape of the waveform turns to be the same as the above figure Repeat this step as necessary See the figure below for the way of adjustment 1 4 Front Panel Overview The following content...

Page 15: ...cope are 100 120 V 50 60 400 Hz or 100 240 V 50 60 Hz 50W max Use the power cord provided with the accessories to connect the instrument to AC power Then you can press the power key at the front panel to start the instrument 3 AUX Trigger Out and Pass Fail optional terminal Trigger Out The oscilloscope can output a pulse at each trigger via this interface which is the current signal the oscillosco...

Page 16: ...connected users can print the waveform displayed on the screen using the printer 6 LAN UART LAN Connect the instrument to network via this interface for remote control This oscilloscope conforms to the LXI CORE 2011 DEVICE class instrument standards and can quickly build test system UART optional interface Connect the instrument to control system via this interface for remote control 7 HDMI option...

Page 17: ...knob to quickly switch single window or dual window display modes 2 1 2 VERTICAL analog channel setting keys Press any key to open the corresponding channel menu and press again to turn off the channel Math Press this key to open the math operation menu press again to close the math function VERTICAL Offset modify the vertical position of the current channel waveform Turn clockwise to increase the...

Page 18: ... Long press this key to turn on history waveform 2 1 5 AUTO Auto Scale Press this key to enable the waveform auto setting function The oscilloscope will automatically adjust the vertical scale horizontal time base and trigger mode according to the input signal to realize optimum waveform display 2 1 6 RUN STOP Run Stop press this key to RUN or STOP waveform sampling In the RUN state the key is ill...

Page 19: ... all measure to open the measurement of 42 waveform parameters The measurement result will be displayed at the bottom of the screen Save Recall press this key to enter the file save and recall interface The types of the file that can be stored include setups waves parameters and CSV Internal and external storage as well as disk management are also supported Long press this key to save pictures to ...

Page 20: ...form storage 6 Horizontal trigger time Use the horizontal offset knob to adjust this parameter Press the knob to quickly reset the horizontal displacement 7 Trigger level Use the trigger level knob to adjust this parameter Press the knob to quickly reset the trigger level 8 Operating menu to display the different information of each function keys 9 The time display of the oscilloscope 10 Wifi stat...

Page 21: ...on 18 Display CH4 status If the icon is lit or activated the channel 4 is turned on 19 Display CH3 status If the icon is lit or activated the channel 3 is turned on 20 Display CH2 status If the icon is lit or activated the channel 2 is turned on 21 Display CH1 status If the icon is lit or activated the channel 1 is turned on 22 Display the zero level position of the channel 23 Display the trigger ...

Page 22: ...nstructed The most common aliasing is jitter on fast edges The following two measures can avoid aliasing 1 Increase the sampling frequency to more than twice the maximum signal frequency 2 Introducing a low pass filter or raising its parameters The low pass filter is usually called anti aliasing filter Anti aliasing filter can limit the bandwidth of the signal and make it satisfy the condition of ...

Page 23: ...h sampling rate Sa s For example sample rate is 1GSa s memory depth is 32K the actual sample time is Sampling time 000 000 000 1 32000 s 32 x 10 6s 32us 3 3 Waveform interpolation methods Under real time sampling the oscilloscope obtains the discrete sample values of the displayed waveform In general the waveform shown by dots is difficult to observe In order to increase the visibility of signal d...

Page 24: ...s to improve the signal sampling rate For example interpolation of digital waveform 3 3 3 Sine interpolation By means of mathematical processing the results are calculated in the actual sample interval This method bends the signal waveform to produce a more realistic general shape than the pure square wave or pulse When the sampling rate is 3 to 5 times the system bandwidth The sine interpolation ...

Page 25: ...nd Single on the front panel of the oscilloscope can be used to start or stop the sampling system of the oscilloscope When the Run Stop key is displayed in green it means that the oscilloscope is running that is the oscilloscope is collecting data To Stop data collection press the Run Stop key to display red indicating that data collection has stopped To capture and display a Single acquisition wh...

Page 26: ...erages the waveform from multiple samples to reduce the random noise of the input signal and improve the vertical resolution Greater number of averages can lower the noise and increase the vertical resolution while at the same time it will slow the response of the displayed waveform to the waveform changes DPO6000 MPO600 series oscilloscope adopts the method of taking the stable average of the fir...

Page 27: ...lloscope always runs in the mode of the highest sampling rate and the enhancement digits change with the time base of the oscilloscope Note Average and High Res modes use different averaging methods The former uses Multi sample Average and the latter uses Single Sample Average 3 6 Sample rate The sample rate is the number of times an oscilloscope samples a signal in unit time Sa s the single chann...

Page 28: ...te In this mode when the horizontal time base is greater than or equal to 100 ms the instrument enters sweep mode Sweep mode In YT mode when the horizontal time base is set to 100 ms div or slower the instrument enters sweep mode in which the instrument first acquires the data at the left of the trigger point and then waits for a trigger event After the trigger occurs the instrument continues to f...

Page 29: ...figure below shows the measurement schematic diagram of the phase deviation Measurement Schematic Diagram of Phase Deviation According to sin A B or C D wherein is the phase deviation angle between the two channels and the definitions of A B C and D are as shown in the figure above the phase deviation angle is obtained that is arc sin B A or arc sin D C If the principal axis of the ellipse is with...

Page 30: ...l Channel and To Set the Persistence Time all don t work 4 1 2 1 XY single window display mode Application example measure the phase deviation of the input signals of two channels 1 Connect a sine signal to CH1 and then connect a sine signal with the same frequency and amplitude but a 90 phase deviation to CH2 2 Press Auto Scale and then adjust the vertical positions of CH1 and CH2 to 0 V 3 Set th...

Page 31: ...mode the waveform scrolls from right to left to update the display The range of horizontal scale adjustment is from 100ms to 100s Note When Roll mode is enabled the waveform horizontal position Dual window mode Protocol Decoding Pass Fail Test Segment acquisition To Set the Persistence Time To Trigger the Oscilloscope all don t work ...

Page 32: ...annel status label at the bottom of the screen as shown in the figure below You can also press F1 V0 continuously to switch the coupling mode Channel coupling mode is AC Channel coupling mode is DC Channel coupling mode is GND 5 3 Bandwidth Limit DPO6000 MPO6000 series oscilloscopes support the bandwidth limit function which can reduce the display noise For example the signal under test is a pulse...

Page 33: ...rs to the voltage value per grid in the vertical direction on the screen and is usually expressed as V div Press CH1 and rotate vertical SCALE to adjust the vertical scale The size of the displayed waveform will be changed accordingly clockwise to reduce the scale and counterclockwise to increase The scale information in the channel label at the bottom of the screen will change accordingly during ...

Page 34: ...kly switch between Coarse and Fine adjustments 5 7 Delay Calibration of the Analog Channel When using an oscilloscope for actual measurement the transmission delay of the probe cable may bring relatively greater error zero offset DPO6000 MPO6000 series oscilloscopes support users to set a delay time to calibrate the zero offset of the corresponding channel Zero offset is defined as the offset of t...

Page 35: ...trigger control area of the front panel Trig Menu to select the desired trigger source Analog channels CH1 CH4 digital channels D1 0 D1 3 D2 0 D2 3 D3 0 D3 3 D4 0 D4 3 can all be used as trigger source Analog channel input Signals input from analog channels CH1 CH4 can all be used as trigger source If the trigger source channel selected isn t enabled this trigger is regarded as invalid trigger Dig...

Page 36: ... such as modulated waveform Holdoff time is the amount of time that the oscilloscope waits for re testing another trigger after testing a trigger The oscilloscope will not trigger during the holdoff time For a pulse train you can adjust the holdoff time to make the oscilloscope trigger only at the first pulse in the train 6 5 Trigger Type DPO6000 MPO6000 series oscilloscopes provide up to 16 kinds...

Page 37: ...ets the oscilloscope to trigger on the positive or negative pulse with a specified width You can set trigger source polarity positive pulse negative pulse limit conditions and pulse width in this menu Press Trig Menu on the front panel to enter trigger function menu Type select pulse and press V0 to confirm Data source select CH1 CH4 or LA to be trigger source Note When use LA as trigger source LA...

Page 38: ...080i Synchronization select the video trigger mode scan line video line odd fields even fields all fields Scan line trigger on the first line found Video line for NTSC and PAL SECAM video standards trigger on the specified line in the odd or even field Note When this sync trigger mode is selected you can modify the line number in Line menu with a step of 1 The range of the line number is from 1 to...

Page 39: ...en the time interval T from when the rising edge or falling edge of the input signal passes through the trigger level to when the neighbouring falling edge or rising edge passes through the trigger level is greater than the timeout time set as shown in the figure below Press Trig Menu on the frontal panel to turn on trigger function menu Type select Overtime and press V0 to confirm Data source sel...

Page 40: ...moves up and down according to the rotation of the knob Rotate the trigger level knob to acquire the stable trigger 6 5 7 Pattern Trigger Identify a trigger condition by looking for a specified pattern This pattern is a logical combination of AND and OR of channels Each channel can have a value of high 1 low 0 or invalid X In the pattern trigger mode the oscilloscope will compare the actual patter...

Page 41: ...rm Data source select CH1 CH4 or LA to be trigger source Note when use LA to be trigger source LA must be inserted Slope select the positive polarity or negative polarity of the trigger When select the trigger conditions and press V0 to confirm the same with pulse trigger Time set pulse width time 8ns 10s Mode select acquisition mode auto normal press V0 to confirm Holdoff set the holdoff time Tri...

Page 42: ...signal source 1 and signal source 2 The oscilloscope triggers when the time difference between the specified edges of source 1 Edge 1 and source 2 Edge 2 meets the preset time limit as shown in the figure below Note Edge 1 and Edge 2 must be neighbouring edges Press Trig Menu on the frontal panel to turn on trigger function menu Type select delay and press V0 to confirm Data source 1 select CH1 CH...

Page 43: ...ired trigger edge rising edge or falling edge Polarity select hold mode setup or hold Setup the time in which the data is stable before the clock edge comes Hold the time in which the data is stable after the clock edge comes When select the desired trigger condition and press V0 to confirm The setting conditions are the same with pulse Width set pulse width time 8ns 10s Mode select the acquisitio...

Page 44: ...ine disposes as 1 bit Data the oscilloscope triggers at the stop bit when data is accepted normally and the accepted UART data is equal to the data set by users Odd even check error the oscilloscope triggers at the stop bit when data is accepted normally and the data odd even check goes wrong Data bit error the oscilloscope will trigger when the data goes wrong during the check of start bit and st...

Page 45: ... please adjust the time base appears the time base needs to be adjusted to get the decoded result 6 5 13 LIN Trigger optional LIN bus is a low cost serial communication network defined for automotive distributed electronic system and it is a supplement to controller area network CAN and other automotive multiplexing networks Suitable for applications that do not require too much on bandwidth perfo...

Page 46: ...epted ID field trigger when the data of LINID field is accepted Synchronous code error trigger when the data of LIN synchronous field is accepted and isn t equal to 0x55 Frame ID trigger when LINID field data is accepted and the ID data is equal to the user defined ID Frame ID and data trigger when LIN data is accepted normally and the ID and the data are both equal to the user defined data Identi...

Page 47: ...y color of data is orange 3 When or please adjust the time base appears the time base needs to be adjusted to get the decoded result 4 In LIN decoding results the synchronization field 55 is not decoded and displayed 6 5 14 CAN Trigger optional CAN is short for Controller Area Network It was developed by BOSCH a German company famous for researching and producing automotive electronic products and...

Page 48: ...he user defined value Data frame ID trigger when CAN type is data frame frame ID is accepted and ID is equal to the user defined value Frame ID trigger when CAN finishes accepting frame ID and ID is equal to the user defined value Frame ID and data Trigger when CAN data is accepted and ID and data is equal to the user defined value Wrong frame trigger when the wrong frame of CAN is detected All er...

Page 49: ...ollows Trigger setting 2 Data source CH3 Baud rate 1000000 When data frames and data Identifier 12efabcd Data1 0xa8 Data2 0xa9 Data3 0xaa Data4 0xab Free level low Mode normal Adjust the trigger level and the trigger result is shown as follows CAN decoding interpretation 1 Decoded data is displayed in hexadecimal 2 The display color of frame ID and check bit is purple and the display color of data...

Page 50: ...falling edge double edge press V0 to confirm Data source select CH1 CH4 or LA to be trigger source Note when use LA to be trigger source LA must be inserted Overtime The timeout must be greater than the period of the CLK clock source Data bits width set up the data bits width Data bit set up the data bit Mode select acquisition mode auto normal press V0 to confirm Holdoff set the holdoff time Deco...

Page 51: ...essing mode is divided into 7 bit addressing mode and 10 bit addressing mode 7 bit addressing In the 7 bit addressing process the slave address is transmitted at the first byte after the signal is started The first seven bits of this byte are the slave address and the eighth bit is the read write bit where 0 represents write and 1 represents read 10 bit addressing 10bit addressing and 7bit address...

Page 52: ...ing conditions appear Address and data trigger when IIC address is accepted and the data 4 byte data is equal to the user defined value Address the identifier data at the time of IIC trigger Data1 the data at the time of IIC trigger Data2 the data at the time of IIC trigger Data3 the data at the time of IIC trigger Data4 the data at the time of IIC trigger Mode select acquisition mode auto normal ...

Page 53: ...he time of protocol trigger Turn on the decoder switch and the magenta parallel decoder cursor appears on the left side of the oscilloscope default is at the bottom of the screen By selecting the label location menu the user can change the label position through V0 to make the decoded position waveform has a better display position so it s convenient for the user to analyze the decoded data 6 6 2 ...

Page 54: ... and display the results 1 press Math on the frontal panel to enter math function menu 2 Press the soft keys of source 1 and source 2 respectively and rotate the multifunctional knob V0 to select the source of Math operation All four analog channels can be used as source 1 and source 2 3 Press the operation soft key then rotate the multifunctional knob V0 to select for multiplication operation The...

Page 55: ...t key to select the appropriate window Spectral leakage can be greatly reduced by using window functions The range provides six different characteristic FFT window functions for measuring different waveform You need to select window functions according to the different waveform and their characteristics Please read the table below carefully and make appropriate choices based on the input signals W...

Page 56: ... frontal panel to turn on math function menu 2 Press the source 1 and source 2 soft keys respectively and rotate the multifunctional knob V0 to select the source for the Math operation All four analog channels can be used as source 1 and source 2 3 Press the soft key of operator and then rotate the multifunctional knob V0 to select differential operation The resulting mathematical waveform is disp...

Page 57: ...shold middle value of a rising edge and the threshold middle value of the next falling edge of the pulse 6 Width the time difference between the threshold middle value of a falling edge and the threshold middle value of the next rising edge of the pulse 7 Duty the ratio of the positive pulse width to the period Duty positive pulse period 1曨曨 8 Duty the ratio of the negative pulse width to the peri...

Page 58: ...to above the threshold upper limit 26 Fall Pulse Count the number of falling edges that fall from above the threshold upper limit to below the threshold lower limit 27 Trigger Count the number of rising edges above threshold Note The above measurement items only apply to analog channels The default values of the threshold upper limit and threshold lower limit are 90 and 10 respectively 8 1 3 Delay...

Page 59: ...g edge of source B 5 LRR Last Delay Rise Rise A B the time between the first rising edge of source A and the last rising edge of source B 6 LRF Last Delay Rise Fall A B the time between the first rising edge of source A and the last falling edge of source B 7 LFR Last Delay Fall Rise A B the time between the first falling edge of source A and the last rising edge of source B 8 LFF Last Delay Fall ...

Page 60: ...orm or the gating area 11 PerVrms the root mean square value within a period RMS 1 Wherein xi is the measurement result of the i th point n is the number of points being measured 12 Overshoot the ratio of the difference of the maximum value and top value of the waveform to the amplitude value 13 Preshoot the ratio of the difference of the minimum value and base value of the waveform to the amplitu...

Page 61: ...age parameters icons in the measurement items and the measurement results on the screen are always marked in the same color with the channel Measure Source currently measured Note If the measurement result is displayed as it means that there is no signal input in the current source or the measurement result is not within the valid range too large or too small The oscilloscope automatically execute...

Page 62: ...n of the cursors can be manually regulated The signal source should be set as a waveform to be measured before the cursors are used 2 Tracking mode A horizontal cursor is intersected with a vertical cursor to form a cross cursor The cross cursor is automatically located on the waveform and the horizontal position of the cross cursor on the waveform is regulated by selecting Source A or Source B an...

Page 63: ...er DVM measurement is turned on the following figure is displayed DVM display results include the range which is determined by the vertical tap position and vertical offset of the channel The range is the screen range The above is the measurement result the middle is the range of measurement and the bottom is the measurement frequency ...

Page 64: ...wn by the method of polyline approximation The general drawing method of the bode diagram When drawing the baud diagram it is divided into three frequency bands The first is the amplitude frequency characteristic and the order is the middle frequency band the low frequency band and the high frequency band Combining the frequency characteristics or frequency response of the three frequency bands to...

Page 65: ...t CH1 CH4 Note The input and output sources are mutually exclusive The minimum value of minimum frequency is 100 MHZ The maximum value of maximum frequency is 20 MHZ Amplitude 10mV 7V 9 5 The diagram setting of the baud diagram Press Utility baud diagram diagram on the frontal panel Gain scale Set the grid step value of the gain Gain offset Set the grid central value of the gain Phase scale Set th...

Page 66: ...s The digital channel input terminal support hot plug plug and play and the insertion interface has no direction which is easy for users to insert digital probes 10 1 To Select the Digital Channel Press Utility logic analyzer data source D1 D2 D3 D4 on the frontal panel 10 2 To Turn on the Digital Channel Connect the digital probe the logic analyzer enables the switch to open automatically the cor...

Page 67: ...DPO6000 MPO6000 Series Digital Phosphor Oscilloscope Instruction V1 1 65 PECL 3 7 V LVDS 1 2 V 0V User defined 7V 7V on the frontal panel ...

Page 68: ...ine on the frontal panel 2 Select the data source Press WaveGen data source on the frontal panel 3 Turn on off the channel of signal source Press WaveGen enable on the frontal panel 4 Set the frequency Press WaveGen frequency on the frontal panel Note For different waveform the frequency ranges are different See oscilloscope technical specifications for details 5 Set the amplitude Press WaveGen am...

Page 69: ...ect the data source Press WaveGen data source on the frontal panel 3 Turn on off the channel of signal source Press WaveGen enable on the frontal panel 4 Set the frequency Press WaveGen frequency on the frontal panel Note For different waveform the frequency ranges are different See oscilloscope technical specifications for details 5 Set the amplitude Press WaveGen amplitude on the frontal panel P...

Page 70: ...lation 12 Burst Press WaveGen Burst on the frontal panel For detailed introduction of the burst function please refer to the section Burst 11 1 3 To Output Ramp 1 Select waveform Press WaveGen waveform ramp on the frontal panel 2 Select the data source Press WaveGen data source 3 Turn on off the channel of signal source Press WaveGen enable on the frontal panel 4 Set the frequency Press WaveGen fr...

Page 71: ...on on the frontal panel to enter the modulation setting interface For detailed introduction of the modulation function please refer to the section Modulation Note when select the waveform to be pulse DC or noise there is no such setting 12 Burst Press WaveGen Burst on the frontal panel For detailed introduction of the burst function please refer to the section Burst 11 1 4 To Output noise 1 Select...

Page 72: ...ct waveform Press WaveGen waveform pulse on the frontal panel 2 Select the data source Press WaveGen data source 3 Turn on off the channel of signal source Press WaveGen enable on the frontal panel 4 Set the frequency Press WaveGen frequency on the frontal panel Note For different waveform the frequency ranges are different See oscilloscope technical specifications for details 5 Set the amplitude ...

Page 73: ...signal source Press WaveGen enable on the frontal panel 4 Set the offset voltage Press WaveGen offset on the frontal panel Note When the impedance is High Z the range is from 3 5 V the current amplitude 2 to 3 5V the current amplitude 2 when the impedance is set to 50 Ω the range is from 1 75 V the current amplitude 2 to 1 75 V the current amplitude 2 5 Set the load impedance Press WaveGen impedan...

Page 74: ...nge is from 0 to 360 8 Set the load impedance Press WaveGen impedance on the frontal panel Press impedance softkey to set the load input impedance of the signal generator It can be set to High Z or 50Ω 9 Align phase Press WaveGen Align phase on the frontal panel The channels of the signal source will be re configured after pressing Align phase to output according to the preset frequency and phase ...

Page 75: ...e current amplitude 2 7 Set the phase Press WaveGen phase on the frontal panel The range is from 0 to 360 8 Set the load impedance Press WaveGen impedance on the frontal panel Press impedance softkey to set the load input impedance of the signal generator It can be set to High Z or 50Ω 9 Align phase Press WaveGen Align phase on the frontal panel The channels of the signal source will be re configu...

Page 76: ...mpedance is set to 50 Ω the range is from 1 75 V the current amplitude 2 to 1 75 V the current amplitude 2 7 Set the phase Press WaveGen phase on the frontal panel The range is from 0 to 360 8 Set the load impedance Press WaveGen impedance on the frontal panel Press impedance softkey to set the load input impedance of the signal generator It can be set to High Z or 50Ω 9 Align phase Press WaveGen ...

Page 77: ...current amplitude 2 to 3 5V the current amplitude 2 when the impedance is set to 50 Ω the range is from 1 75 V the current amplitude 2 to 1 75 V the current amplitude 2 7 Set the phase Press WaveGen phase on the frontal panel The range is from 0 to 360 8 Set the load impedance Press WaveGen impedance on the frontal panel Press impedance softkey to set the load input impedance of the signal generat...

Page 78: ... Ω the range is from 10 mVpp to 3 5 Vpp 6 Set the offset voltage Press WaveGen offset on the frontal panel Note When the impedance is High Z the range is from 3 5 V the current amplitude 2 to 3 5V the current amplitude 2 when the impedance is set to 50 Ω the range is from 1 75 V the current amplitude 2 to 1 75 V the current amplitude 2 7 Set the phase Press WaveGen phase on the frontal panel The r...

Page 79: ...m 20 mVpp to 7 Vpp when the impedance is set to 50 Ω the range is from 10 mVpp to 3 5 Vpp 6 Set the offset voltage Press WaveGen offset on the frontal panel Note When the impedance is High Z the range is from 3 5 V the current amplitude 2 to 3 5V the current amplitude 2 when the impedance is set to 50 Ω the range is from 1 75 V the current amplitude 2 to 1 75 V the current amplitude 2 7 Set the ph...

Page 80: ...t to High Z the range is from 20 mVpp to 7 Vpp when the impedance is set to 50 Ω the range is from 10 mVpp to 3 5 Vpp 6 Set the offset voltage Press WaveGen offset on the frontal panel Note When the impedance is High Z the range is from 3 5 V the current amplitude 2 to 3 5V the current amplitude 2 when the impedance is set to 50 Ω the range is from 1 75 V the current amplitude 2 to 1 75 V the curr...

Page 81: ... signal For the setting method please refer to the section Parameter Setting Method When the impedance is set to High Z the range is from 20 mVpp to 7 Vpp when the impedance is set to 50 Ω the range is from 10 mVpp to 3 5 Vpp 6 Set the offset voltage Press WaveGen offset on the frontal panel Note When the impedance is High Z the range is from 3 5 V the current amplitude 2 to 3 5V the current ampli...

Page 82: ...ary waveform generator window Menu Import from CSV Import the CSV format file to the arbitrary waveform generator window Export as CSV Save as CSV format file Import from ARB Import the ARB format file to the arbitrary waveform generator window Export as ARB Save as ARB format file Note The device can recall ARB format file in USB disk but CSV format file can t be recalled by the device Toolbar bu...

Page 83: ... Amplitude Offset parameter of the ARB waveform can not be regulated in this WaveEditor software but it can be done by tuning on the device directly after the waveform data is downloaded to device Do not use the WaveEditor and the DSO software at the same time it will cause errors Output Arbitrary Waveform 1 Press the Wave Gen button on the front panel to turn on arbitrary waveform generator funct...

Page 84: ...DPO6000 MPO6000 Series Digital Phosphor Oscilloscope Instruction V1 1 82 4 The waveform will output from GEN OUT BNC port ...

Page 85: ...t the Modulation Frequency Press WaveGen modulation modulation frequency 5 Set the Modulation Depth Press WaveGen modulation modulation depth 12 2 FM FM Frequency Modulation namely the frequency of the carrier waveform changes with that of the modulating waveform 1 Enable the modulation fuction Press WaveGen modulation modulation on the frontal panel 2 Set FM modulation Press WaveGen modulation ty...

Page 86: ... PWM Pulse Width Modulation consists of carrier waveform and modulation waveform the pulse width of carrier waveform changes with the transient voltage of modulation waveform 1 Enable the modulation fuction Press WaveGen modulation modulation on the frontal panel 2 Set PWM modulation Press WaveGen modulation types PM 3 Set the Modulating Waveform Press WaveGen modulation waveform sin square triang...

Page 87: ...burst count on the frontal panel 3 Set data Source Press WaveGen burst data source on the frontal panel Manual At this time trigger button is optional Press trigger once and the signal source outputs a waveform with a set number of cycles Pass Fail Run the pass fail test open output and select output to DDS After the waveform is output according to the set output mode specify the waveform with the...

Page 88: ...l of the oscilloscope Press Source softkey to select the channel CH1 CH4 to be tested Note Only channels enabled can be selected Rule Range Users can define their desired test rule range Press horizontal and vertical softkey respectively rotate V0 to adjust the pass fail rule range Press Create softkey to apply the rule currently created Test and Output You can set the output form of the test resu...

Page 89: ... displays the statistic results and outputs a pulse and the beeper sounds not related to the on off state of the sound Press Output softkey to show the output of test results from the Aux at the rear panel When the oscilloscope detects a waveform that does not conform to the set mode the rear panel Aux will not output the waveform If no waveform that does not conform to the set mode is detected th...

Page 90: ...lculation formula of segment number distribution is as follows N 128 1024 1024 The current storage capacity integer to the Nth power of 2 1 The maximum storage of MPO6000EDU is 128Mpts Under the condition of maintaining 1GSa s sampling rate the segmented storage range is supported 1 80000 segments 15 2 Enable Segmentation Acquisition Function Utility acquisition segmentation acquisition segmentati...

Page 91: ...eform over a period of time before STOP Waveform playback function can play the current recorded waveform During the playback the information shown in the figure below will be displayed in the upper right corner of the screen The data on the left side of the figure is the specific frame displayed on the current screen which changes constantly during playback The data on the right represents the ma...

Page 92: ...o 1 s 5 s 10s and 30 s 3 Infinite In this mode the oscilloscope displays the waveform newly acquired without clearing the waveform acquired formerly The waveform acquired formerly will be displayed in relatively low brightness color and the waveform newly acquired will be displayed in normal brightness and color Infinite persistence can be used to measure noise and jitter and to capture incidental...

Page 93: ...f cool and warm colors Press Display on the frontal panel color mode color temperature select enable to enable color temperature function You can judge the probability of the waveform appearing by comparing the color of the current waveform with that shown in the figure below 2 Grayscale Grayscale function uses the bright and dark colors to reflect the size of frequency of the waveform The higher ...

Page 94: ...ope to internal or external storage the format is ref When recalling the reference waveform will display on the screen directly 4 CSV Save the waveform data to external storage you can specify the file name and the path to save the format is csv The storage file contains the waveform data of the displayed logical channel and the main setting information of the oscilloscope CSV files don t support ...

Page 95: ... USB flash disc in which a firmware program is saved in USB Host interface on the front panel of the oscilloscope 2 Utility Update Update firmware Manually select the firmware file start the upgrade process 3 Use V0 to select the up file to update and press V0 to select the updating file 4 Press F3 to start the updating process 5 The prompt message that says you have updated successfully will pop ...

Page 96: ...ected transferring this signal to other control systems for convenient viewing of test results 19 8 System Settings 1 Set the key sound When the sound is enabled you can hear the sound of the beeper when you press a menu softkey or when the prompt message pops up Press Utility System set Sound to select off or on The default is on 2 Time Setting 19 9 Self test Self test includes screen test keyboa...

Page 97: ... The USB connected icon is displayed in the lower right corner of the oscilloscope screen Install IO software Keysight IO libraries suite installed Click the following url to download the latest Keysight IO Libraries Suite http www keysight com main software jspx ckey 2175637 lc chi cc CN nid 1 1143 0 00 id 2175637 Double click the application to start the installation The installation process may...

Page 98: ...ent usb The figure shows the connected state of USB device Click on the interactive IO a command is sent arbitrarily and the computer communicates with the device Double click to open the host computer software click file connection connection mode and select the current connection mode At this point the lower left corner of the upper computer software shows the connected state ...

Page 99: ...right corner of the oscilloscope screen shows the connected network icon Open network and sharing center local connection property Internet protocol version 4 TCP IPv4 set the computer s IP address to 192 168 1 2 or any other IP 192 168 1 2 192 168 1 255 except oscilloscope IP the default IP is 192 168 1 127 set the subnet mask as the default value The lower right corner of the oscilloscope screen...

Page 100: ...Set oscilloscope network parameters Utility system Settings network and confirm after setting corresponding IP address subnet mask gateway and DNS Open IO software and select the recognized device Open the upper computer software and select the corresponding connection mode ...

Page 101: ...l of the oscilloscope and the serial port end is connected to the computer Open IO program select add device and set serial port properties baud rate is 115200 The list of My instrument COM of IO software shows connected devices Click interactive IO to send any instruction and the computer communicates with the device Open the upper computer software and select the corresponding connection mode ...

Page 102: ...ignal to verify it has been connected to the probe correctly 4 Affirm that all measured circuits have signals to output 5 Turn up the magnitude for DC signals with large magnitude 6 In addition you may press the Auto Measure button to perform an automatic detection of signals at first If there is still no display of waveform please contact Hantek technology support department in time 3 If the wave...

Page 103: ...tion V1 1 101 LEVEL knob to reset the trigger level back to the center of the signal 3 Check the trigger mode to confirm it is a right choice for the input signal The default trigger mode is edge trigger However it is not suitable for all kinds of input signals ...

Page 104: ...re than 5 The oscilloscope must be within the factory calibration interval All specifications are guaranteed unless noted typical Oscilloscope Specifications Acquisition Acquisition Methods Real time sample Real time sample rate 1 GSa s single channel 500 MSa s two channels 250 MSa s three four channels Peak detection Analog channel 4ns Note digital channels don t support Average mode Analog chann...

Page 105: ... DC AC or GND Note digital channels don t support Input impedance DC coupling Analog channel 25pF 3pF 1MΩ 2 Digital channel 300KΩ 2 8 pF 3 pF Supported probe attenuation factor Analog channel 1X 10X 100X 1000X Voltage classes 300V CAT II Maximum input voltage Analog channel 300VRMS 10X Digital channel 25V 25V Horizontal Waveform interpolation sin x x Maximum record length Single channel maximum 12...

Page 106: ...g 0 4ns Sample interval sec div 200 Vertical Bandwidth 3db DPO6084 DPO6104 DPO6204 80MHz 100MHz 200MHz Vertical resolution Analog channel 8bit Digital channel 1bit Vertical scale range Input BNC position is 500μV div 10V div Position range 500μV div to 120mV div 1V 122mV div to 1 2V div 10V 1 22V div to 10V div 50V Optional analog bandwidth limitation Typical 20MHz Bass response 3db In BNC positio...

Page 107: ...CMOS 1 65 V 2 5 V CMOS 1 25 V 1 8 V CMOS 0 9 V ECL 1 3 V PECL 3 7 V LVDS 1 2 V 0V User defined Threshold range 7 0V 10mV step by step Threshold accuracy 100mV 3 threshold setting Dynamic range 5 0V threshold Minimum voltage swing 500 mVpp Vertical resolution 1 bit Trigger Triggerlevelrange 5 divisions from the center of the screen Trigger mode auto general single Level CH1 CH4 4 divisions from the...

Page 108: ...0 D3 3 D4 0 D4 3 Pulse width range 8ns 10s Video trigger Signal standard NTSC PAL Signal source CH1 CH4 Synchronization Scanning line line number odd field even field all field Slope trigger Slope rise fall condition When Signal source CH1 CH4 Time range 8ns 10s Overtime trigger Signal source CH1 CH4 D1 0 D1 3 D2 0 D2 3 D3 0 D3 3 D4 0 D4 3 Polarity Positive polarity negative polarity Time range 8n...

Page 109: ...on When Signal source CH1 CH4 D1 0 D1 3 D2 0 D2 3 D3 0 D3 3 D4 0 D4 3 Time range 8ns 10s Delay trigger Edge type Rising edge falling edge Signal source CH1 CH4 condition When Time range 8ns 10s Set up hold trigger Edge type Rising edge falling edge Signal source CH1 CH4 condition When Time range 8ns 10s Runt trigger Polarity Positive polarity negative polarity Condition When Signal source CH1 CH4 ...

Page 110: ...igh low Baud rate optional 110 300 600 1200 2400 4800 9600 14400 19200 38400 57600 115200 230400 380400 460400 bit s Baud rate user defined 300bit s 334000bit s LIN trigger condition When Interval field synchronization field ID field synchronization error identifier ID and data Signal source CH1 CH4 D1 0 D1 3 D2 0 D2 3 D3 0 D3 3 D4 0 D4 3 Data format Hex hexadecimal Baud rate optional 110 300 600 ...

Page 111: ...500000 62500 83300 100000 125000 250000 500000 800000 1000000 Baud rate user defined 5kbit s 1Mbit s SPI trigger Signal source CH1 CH4 D1 0 D1 3 D2 0 D2 3 D3 0 D3 3 D4 0 D4 3 Data format Hex hexadecimal Data bit width 4 8 16 24 32 IIC trigger Signal source SDA SCL CH1 CH4 D1 0 D1 3 D2 0 D2 3 D3 0 D3 3 D4 0 D4 3 Data format Hex hexadecimal Data index 0 7 When condition Start bit stop bit no respons...

Page 112: ...e AC effective value DC Frequency meter hardware 6 bits frequency meter Display Display type 7 TFT diagonal liquid crystal Display resolution 800 horizontal 480 vertical pixels Display colour 16 million colours 24 bits true colour Persistence time minimum 1 s 5 s 10 s 30S infinite Display type dot vector Display mode Color temperature gray scale Display brightness adjustable Grid type adjustable G...

Page 113: ... Sampling wave Frequency range 0 1Hz 1MHz Index Frequency range 0 1Hz 5MHz Semi distortion Frequency range 0 1Hz 1MHz lorentz Frequency range 0 1Hz 1MHz Dual tone multiple frequency Frequency range 0 1Hz 1MHz Gauss Frequency range 0 1Hz 1MHz ECG Frequency range 0 1Hz 1MHz Arbitrary wave Frequency range 0 1 Hz至10 MHz Waveform length 8KSa Frequency accuracy 100 ppm 10 kHz 50 ppm 10 kHz resolution 0 ...

Page 114: ...20mm Environment Operating temperature 0 50 C 32 122 F Storage temperature 40 71 C 40 159 8 F Humidity 104 40 C 90 relative humidity 106 122 41 C 50 C 60 relative humidity Cooling method convection Altitude Operating and non operating 3 000m 10 000 feet Random vibration 0 31 g RMS from 50Hz to 500Hz 10 minutes on each axis Non operating 2 46g RMS from 5Hz to 500Hz 10 minutes on each axis Mechanica...

Page 115: ...the accessories from the local distributer Stardard accessories 4 passive voltage probes X1 X10 1 power cord 1 USB cable 1 LAN cable BNC to BNC cable Note DPO6004B series doesn t supply BNC cable DPO6004 series and MPO6004D series supply 2 BNC to BNC cable MPO6004EDU series supply 3 BNC to BNC cable 1 CD Warranty card Certificate of qualification Calibration certificate ...

Page 116: ...ector X 0 0 X 0 0 Fasten and installed hardware X 0 X X 0 0 Orther accessories including probes X 0 0 X 0 0 Others 0 0 0 0 0 0 X means that at least the content of this poisonous and harmful substance in a homogeneous material of this component exceeds the limit specified in the SJ T 11363 2006 standard 0 indicates that the content of this poisonous and harmful substance in all homogeneous materia...

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