MSO/DPO2000B Mixed Signal Oscilloscope

MSO/DPO2000B Mixed Signal Oscilloscope

The MSO/DPO2000B Mixed Signal Oscilloscope series is the most powerful scope in its class with advanced debug features at an entry-level price. With as many as 20 channels, you can analyze analog and digital signals with a single instrument. Combine that with automated serial and parallel bus analysis and innovative Wave Inspector® controls, you get the tools you need to speed up your debugging. See all oscilloscopes »

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Bandwidth

Up to 200 MHz

Record Length

1 Mpoints

Analog channels

2 or 4

Sample Rate

1 GS/s on all channels

 

Find, Debug and Analyze Faster

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Look at many points in your design with 4 analog and 16 digital channels plus 2 bus waveforms. Find anomalies fast with digital phosphor display and 125 trigger combinations, and use Wave Inspector to pan through 1M waveform points, zoom in, mark points of interest, and navigate from mark to mark. Plus: FilterVu reduces noise, not glitches.

Forget About Manually Decoding Serial Buses

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Reduce errors and save time with automatic serial bus decoding. Plus, optional serial triggering and decoding modules automate triggering on specific packet content, then displays data in analog waveforms and bus views for quick insights.  Also available: options for the leading serial buses in automotive, embedded design and computer applications.

A Probe Interface that Broadens the Possibilities

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The Tek VPI probe interface provides wide application coverage and you don't have to worry about scale factors. Use a wide range of active and current probes that automatically communicate scale factors, enable simple deskewing and provide probe information on the scope display.

Simplify Mixed Signal Debugging

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Debug mixed signal designs with up to 4 analog and 16 digital channels, all time-correlated. Combine digital channels to show parallel buses or decode serial buses. Add in the innovative P6316 logic probe to make it easy to connect to your design and keep track of the signals.

Highlights

  • 16 fully integrated channels, all with 1GS/s sampling rate.
  • Easy to use logic analyzer functionality.
  • Define parallel or serial buses for triggering and decoding.
  • Simple visualization with waveform grouping and color coding.

 


Models

Model Analog Bandwidth Sample Rate Record Length Analog Channels Digital Channels List Price Buy Online
DPO2002B 70 MHz 1 GS/s 1 Mpoints 2 -
-
Configure & Quote
DPO2012B 100 MHz 1 GS/s 1 Mpoints 2 -
-
Configure & Quote
DPO2004B 70 MHz 1 GS/s 1 Mpoints 4 -
-
Configure & Quote
MSO2002B 70 MHz 1 GS/s 1 Mpoints 2 16
-
Configure & Quote
DPO2022B 200 MHz 1 GS/s 1 Mpoints 2 -
-
Configure & Quote
DPO2014B 100 MHz 1 GS/s 1 Mpoints 4 -
-
Configure & Quote
MSO2012B 100 MHz 1 GS/s 1 Mpoints 2 16
-
Configure & Quote
MSO2004B 70 MHz 1 GS/s 1 Mpoints 4 16
-
Configure & Quote
DPO2024B 200 MHz 1 GS/s 1 Mpoints 4 -
-
Configure & Quote
MSO2022B 200 MHz 1 GS/s 1 Mpoints 2 16
-
Configure & Quote
MSO2014B 100 MHz 1 GS/s 1 Mpoints 4 16
-
Configure & Quote
MSO2024B 200 MHz 1 GS/s 1 Mpoints 4 16
-
Configure & Quote
Model DPO2002B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog Channels
2
Model DPO2012B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog Channels
2
Model DPO2004B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog Channels
4
Model MSO2002B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
216
Model DPO2022B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog Channels
2
Model DPO2014B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog Channels
4
Model MSO2012B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
216
Model MSO2004B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
416
Model DPO2024B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog Channels
4
Model MSO2022B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
216
Model MSO2014B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
416
Model MSO2024B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
416
Model Analog Bandwidth Sample Rate Record Length Analog Channels Digital Channels List Price Buy Online
DPO2002B 70 MHz 1 GS/s 1 Mpoints 2 -
-
Configure & Quote
DPO2012B 100 MHz 1 GS/s 1 Mpoints 2 -
-
Configure & Quote
DPO2004B 70 MHz 1 GS/s 1 Mpoints 4 -
-
Configure & Quote
MSO2002B 70 MHz 1 GS/s 1 Mpoints 2 16
-
Configure & Quote
DPO2022B 200 MHz 1 GS/s 1 Mpoints 2 -
-
Configure & Quote
DPO2014B 100 MHz 1 GS/s 1 Mpoints 4 -
-
Configure & Quote
MSO2012B 100 MHz 1 GS/s 1 Mpoints 2 16
-
Configure & Quote
MSO2004B 70 MHz 1 GS/s 1 Mpoints 4 16
-
Configure & Quote
DPO2024B 200 MHz 1 GS/s 1 Mpoints 4 -
-
Configure & Quote
MSO2022B 200 MHz 1 GS/s 1 Mpoints 2 16
-
Configure & Quote
MSO2014B 100 MHz 1 GS/s 1 Mpoints 4 16
-
Configure & Quote
MSO2024B 200 MHz 1 GS/s 1 Mpoints 4 16
-
Configure & Quote
Model DPO2002B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog Channels
2
Model DPO2012B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog Channels
2
Model DPO2004B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog Channels
4
Model MSO2002B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
216
Model DPO2022B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog Channels
2
Model DPO2014B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog Channels
4
Model MSO2012B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
216
Model MSO2004B
Analog BandwidthSample RateRecord Length
70 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
416
Model DPO2024B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog Channels
4
Model MSO2022B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
216
Model MSO2014B
Analog BandwidthSample RateRecord Length
100 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
416
Model MSO2024B
Analog BandwidthSample RateRecord Length
200 MHz1 GS/s1 Mpoints
Analog ChannelsDigital Channels
416
Data SheetSoftware Package / Software OptionDescriptionConfigure and Quote
DPO2AUTO Application Module: Automotive Serial Triggering and Analysis (CAN, LIN) Configure & Quote
DPO2BND Application Module; Bundle module, including DPO2AUTO, DPO2COMP & DPO2EMBD, for MSO DPO2000B Series Configure & Quote
DPO2COMP Application Module: Computer Serial Triggering and Analysis (RS-232/422/485/UART) Configure & Quote
DPO2EMBD Application Module: Embedded Serial Triggering and Analysis (I2C, SPI) Configure & Quote
Low Voltage Single Ended Probes
Datasheet LinkProbeDescriptionConfigure and Quote
TAP1500 Active Probe: 1.5 GHz, 10X, Single-ended, TekVPI Configure & Quote
Current Probe
Datasheet LinkProbeDescriptionConfigure and Quote
TCP0020 Probe, AC/DC Current; 20 Amp; 50 MHz BW; TekVPI Interface; Certificate of Traceable Calibration Standard Configure & Quote
TCP0150 Current Probe: 20 MHz, 5 mA to 212 A, AC/DC, TekVPI Configure & Quote
TCP2020 CURRENT PROBE; DC COUPLED, 50 MHZ BW, 20 A, BNC interface Configure & Quote
High Voltage Differential Probes
Datasheet LinkProbeDescriptionConfigure and Quote
TDP0500

Differential Probe: 500 MHz, 5X/50X, +/- 42V, TekVPI

Configure & Quote
TDP1000 Differential Probe: 1 GHz, 5X/50X, +/- 42V, TekVPI Configure & Quote
THDP0100 Differential PROBE; 100 MHZ TekVPI DIFFERENTIAL HIGH VOLTAGE PROBE Configure & Quote
THDP0200 Differential PROBE; 200 MHZ TekVPI DIFFERENTIAL HIGH VOLTAGE PROBE Configure & Quote
TMDP0200 Differential PROBE; 200 MHZ TekVPI DIFFERENTIAL MEDIUM VOLTAGE PROBE;TMPD0200 Configure & Quote
Passive Probe
Datasheet LinkProbeDescriptionConfigure and Quote
TPP0100 Passive Probe: 100 MHz, 10X, BNC Configure & Quote
TPP0200 Passive Probe: 200 MHz, 10X, BNC Configure & Quote
Data SheetAccessoryDescription
119872600 POWER SUPPLY: AC-DC, EXTERNAL; 90-264VAC, 47-63 HZ, IEC320-C14 IN; 12VDC, 5A, CABLE WITH 5.5MM OD 2.1MM ID BARREL OUT; SAFETY CONTROLLED
ACD2000 Soft Carrying Case
EDUKIT Educators Resource Kit
HCTEK4321 Hard Carrying Case
RMD2000 Rackmount Kit
TPA-BNC Probe adapter from TekProbe-BNC to TekVPI
Data SheetModuleDescriptionConfigure and Quote
DPO2CONN Communication I/O Module: Ethernet and External Monitor Out Configure & Quote
The MSO2000B Series offers the best debugging capability on the highest usable number of channels in its class.
0h 2m 13s
Programing - How to get and plot a waveform from DPO/MSO/MDO4000 Series scope in Python
There are a few things that are needed for programming with an oscilloscope. First it's important to have a copy of your oscilloscopes Programmers manual. This can be found be searching for manuals on Tek.com and specifying Programmers manual in the…
FAQ ID: 64796 16 Jul 2019
How do I clear my memory using TekSecure on a MSO/DPO/MDO4000 Series oscilloscope?
This procedure for clearing the memory on oscilloscope can be applied to the DPO/MSO/MDO4000, DPO/MSO3000 and DPO/MSO2000 Series oscilloscope families. By clearing the memory you will lose all saved reference waveforms, saved setups and all other settings…
FAQ ID: 64686 16 Jul 2019
How do I set up a I2C Bus Decode
The procedure to set up a I2C bus decode and trigger is simple once you understand the basics. First you have to have the correct module or scope option. Second make sure your signal is on screen and taking up as much of the DAC as possible with good…
FAQ ID: 64756 16 Jul 2019
How do I set up a RS232 bus decode
The procedure to set up a RS232 bus decode and trigger is simple once you understand the basics. First you need to have the correct module or scope option. Second make sure your signal is on screen and taking up as much of the screen as possible with good…
FAQ ID: 64761 16 Jul 2019
What is aliasing and how do I detect it and fix it on my oscilloscope?
Aliasing is basically a form of under sampling and what is displayed on the scopes is an indistinguishable waveform. The under sampled waveform is then contstructed to look like a slower frequency waveform or a flat line in the case of the sample rate…
FAQ ID: 64691 16 Jul 2019
How do I save and load a reference waveform to a DPO/MSO3000 series oscilloscope?
This Video will explain how to setup, save and load a reference waveform. It can be done through a USB flash drive or by internal memory. This method for using reference waveforms can be applied to all MSO/DPO2000, MSO/DPO3000, MSO/DPO/MDO4000 series…
FAQ ID: 64641 16 Jul 2019
How do I run a Signal Path Compensation (SPC) on an DPO/MSO/MDO4000 Series oscilloscope?
Signal Path Compensation (SPC) should be run anytime you are getting DC offsets in your signals, or your scope has moved locations and might have changed temperature, or if it's been more then a month since your last SPC. This is a standard procedure,…
FAQ ID: 64681 16 Jul 2019
How do I utilize the measurement features on a DPO/MSO/MDO3000 and DPO/MSO/MDO4000 Series oscilloscope?
The Measurements are the same as the DPO/MSO2000 Series scopes. By going into the measurement menu you can add and remove up to 4 measurements. You can gate the measurements which allows you to only measure the part of the captured waveform that you…
FAQ ID: 64651 16 Jul 2019
How do I set up a CAN bus decode
Depending on what scope you have will depend on what options are availiable for decoding your CAN signal. For all the DPO/MSO2000/3000/4000/5000 and MDO3000/4000 Series scopes there are modules or license keys that can be purchased. Once you have one,…
FAQ ID: 64751 16 Jul 2019
How can I increase the measurement accuracy using automated measurements vs cursors?
While Cursors are quick and easy at approximating measurements, using the automated measurements can give you a much better and accurate measurement results. Here are some techniques to be successful in making accurate measurements. Always use automated…
FAQ ID: 62606 16 Jul 2019
How do I utilize the XY display feature on a DPO/MSO/MDO4000 Series oscilloscope?
The XY display format can be used to measure the phase relationship between two or more synchronous signals. This measurement technique involves inputting one signal into the vertical system as usual and then another signal into the horizontal system –…
FAQ ID: 64666 16 Jul 2019
Programing - How do I get a Screen Capture from DPO4000 scope using Python?
There are a few things that are needed for programming with an oscilloscope. First it's important to have a copy of your oscilloscopes Programmers manual. This can be found be searching for manuals on Tek.com and specifying Programmers manual in the…
FAQ ID: 64791 16 Jul 2019
How do I reduce noise on signals using an oscilloscope?
There are many methods to reduce many types of noise on a signal. Tektronix oscilloscopes can do this through bandwidth limiting the scope input, averaging your signal, changing the sampling method to hi-resolution mode, and more. This video demonstrates…
FAQ ID: 64706 16 Jul 2019
Difference between Position and Offset on an oscilloscope
To answer this first you need to understand the layout of how your waveform trace is displayed. On your oscilloscope you generally will see either 8 or 10 divisions vertically on the screen. Along the left side of the screen you will see a marker…
FAQ ID: 247211 10 Jul 2019
How Do I Set Up a Parallel Bus Decode?
For doing Parallel Bus decode Tektronix recommends using a MSO or MDO + MSO option Series oscilloscopes. This feature comes standard in the Bus menu and can be used in a variety of ways. Start by turning it on, selecting the channel and setting your…
FAQ ID: 64771 26 Jun 2019
How do I use TekVISA to send commands to my instrument?
TekVISA Download Link:TEKVISA CONNECTIVITY SOFTWARE In order to communicate with and control the scope, you can use OpenChoice Talker-Listener. Back on the Application and Utilities panel, click on OpenChoice Talker Listener and click Start Application…
FAQ ID: 69181 25 Jun 2019
What is TekVISA and how can I use it to communicate with and control my instrument?
VISA is an acronym that stands for Virtual Instrument Software Architecture. In a nutshell, VISA handles the communications between your computer’s OS and the instrument.  You may be familiar with TekVISA, which is Tektronix’s own brand of VISA. Agilent…
FAQ ID: 69176 25 Jun 2019
How do I use the programmer manual for my instrument?
TekVISA Download Link: TEKVISA CONNECTIVITY SOFTWARE Hello and welcome to Tektronix, today I’m presenting the last part in the 3-part series on using TekVISA. I’ll be giving a basic overview of programmer manuals and how to use them to find the correct…
FAQ ID: 69186 25 Jun 2019
TekVPI Probe Power Requirements on Digital Phosphor Oscilloscopes
This technical brief gives configuration information for using TekVPI probes with oscilloscopes that include the TekVPI probe interface. It gives the maximum internal probe power available from each oscilloscope series, and lists the power consumption for…
Literature number: 55W-28827-7
Technical Brief 04 Jun 2019
Probing Techniques for Accurate Voltage Measurements on Power Supplies with Oscilloscopes
This application note explains probing techniques for making high-quality measurements on power supplies. It covers the use of passive and differential probes with emphasis on applications in power conversion circuits.
Literature number: 51W-60161-3
Application Note 03 Jun 2019
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