Main Features:  

Autoscale function  

FFT function  

Support both DSO and LA  

25MHz~100MHz Bandwidth, up to 500MS/s real  time sample rate  

16 optional logic input channels  

Max 6000 points record length for each channel  

Dual channels + External trigger + Logic Analyzer  

8 inch color LCD display for large view  

Support USB data transmission,display by real-time  

Advanced trigger functions: Edge trigger, Bus  

trigger, Pattern trigger,Sequential queue trigger,  

Distributed queue trigger and Data width trigger.  

USB Flash Disk Storage  


Design and Debug  

Circuit function test  

 Identified signals logic information  

Mixed signal circuit test  

Education & Training

Oscilloscope Specification:

Logic Analyzer Specification:




Digital Storage Oscilloscope  


Up to 100Mhz bandwidth, up to 500MS/s Sample rate (Real-time)  

Dual Channels  

Max. Storage 6000 points each channel  

Adjustable trigger sensitivity  

Advanced trigger functions: Edge trigger, Video trigger and Alternate trigger, Mains supply trigger.

Logic Analyzer  

20S/s~400MS/s Sample rate (step by 1-2-5)  

16 optional logic input channels  

Max. 4M record length for each channel  

Threshold Level setting (0~4V)  

4 BUS setting  

Random trigger position setting  

Digital filter function  

Flexible data searching methods  

Various advanced trigger functions  

Support USB data transmission and U-storage.

2 in 1 Test and Measurement Instrument  

Digital storage oscilloscopes are familiar to most engineers as an effective tool for analog circuit analysis.  The OWON Mixed–Signal Oscilloscope (MSO) is different from other test instruments because customers can obtain the benefits of a very capable oscilloscope and Logical analyzer in a single portable signal test instrument. By integrating analog and digital measurement technology, users can view, trigger and analyze two types of signals on one instrument.

Powerful Test and Measuring Functions  

OWON MSO's have powerful test and analysis functions, which include Multi-trigger functions, Bus setting, Threshold Level adjustment setting, Data searching, Digital filter, Save and recall trigger setting, Auto bus measuring, Cursor measuring, Pre-trigger setting, Code Setting, USB storage, and more.  The OWON MSO series has functions written specifically for TTL and CMOS logic families. This allows it to analyze the most common digital circuits fast which saves R&D time.

Capture and Analysis of Signal Glitches

The time sequence waveform generated in a digital circuit is commonly disrupted by glitches.  A single purpose logic analyzer can not measure the shape of a glitch but only analyze high and low levels. Thus, an engineer needs an oscilloscope in addition to a logic analyzer to accurately identify and remove glitches.


Complementary Functions Improve the Measurement Accuracy

Waveforms from a logical analyzer are obtained by comparison between a test signal and threshold level.  An incorrect threshold level would lead to confusion for the entire test sequence.  The OWON MSO can help the user understand the time sequence information exactly so that the threshold Level can be set correctly.


Intuitive Controls  

The control panel of the MSO5022 and MSO7102 use OWON's standard layout which is familiar to many users, so current users can save time and intuitively learn the functions of this new product.

Widespread Education Tool  

With our competitive pricing of the MSO5022 and MSO7102, they can be widely used in schools and institutions for electronics education including digital circuit analysis. This was the case for our low cost oscilloscopes.

Many Uses for Logic Analyzer    

(1) To test multi-signal at the same time  

(2) To test digital signal same as hardware test  

(3) To trigger the high and low level models on several wires at the same time and examine the results

(4) To trace the execution of software in the system timely.


(1) Electronic circuits, communication, optoelectronics, etc.  

(2) R&D, design, and debugging of digital circuits.  

(3) Education and training in the field of digital circuits and signals.

Digital real-time sampling technology

With advanced digital sampling technology,users can detect and debug signals from two channels simultaneously. Real-time sampling allows for the capture of unrepeatable signals such as glitches, complex edge details, or other high frequency signal components. This allows engineers to identify and control many obscure signal changes.

High Precision Sampling Technology

The MSO series utilizes very precise sampling technology to simultaneously collect 16 test signals.  The user is in control of the graphical display of each signal so that an engineer can easily analyze signals of interest.

Excellent Trigger Functions  

Strong trigger functions enable a user to detect time sequences reliability and accurately by many methods. As a tool of logic analysis, trigger function performance decides the practicality of the instrument.The MSO series incorporates many trigger functions including Edge trigger, Bus trigger,Pattern trigger, Sequential queue trigger,Distributed queue trigger,and Data width trigger.

Flexible Setting of Trigger Position  

An unexpected event or bug in a digital circuit often happens at a certain moment,and the analysis should be based on signal changes before and after that moment. Since,the trigger points for the MSO5022 and MSO7102 are adjustable, an engineer is able to observe the time sequence before and after the triggered event and point-analyze the specific data queue timely and effectively.

Bus Functions Help Analyze Time Sequences Quickly and Effectively

To analyze logical  time sequences, signals are often collected from many channels which results in too many data channels being shown on the screen.This makes the data very hard to analyze. For example,an address bus or data bus is composed of multidigit data,and choosing some of the channels as one independent bus significantly reduces the number of channels viewed together. The OWON MSO series allows the user 4 bus groups to organize the 16 logic input channels.

Threshold Setting

The threshold signal as a standard for the high and low level of a digital signal can determine the accuracy of a whole measurement.  Our MSO series offers threshold settings ranging from 0 to 4V and includes many independent threshold settings to meet many particular testing conditions.

Search Data Quickly

Trigger position and the analysis of a certain pattern are the keys to debugging logical circuits,and how to lock the trigger position quickly or search the expected bus patterns are the foundations of improving debugging efficiency. Our MSO series supplies search modes such as trigger position,bus pattern, and state settings to locate the time sequences quickly and exactly.

Digital filter

The random of noise or glitch in the digital circuit can effect  the analysis of the whole waveform or change the  time sequence result. Our digital  filter function is able to inhibit the burrs effecti-vely when the signals change on the bus, and make the waveform clear to be analyzed.

Storage setting

For a complicated circuit, it is essential to set different triggers to analyze a time sequence, and the same trigger setting usually must be used repeatedly.  If we reset the trigger condition,much time and energy will lost.That’s not a problem for our MSO series,because we can save the trigger settings, and the repeatable trigger is available for recall after saving.


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