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3-4 Werktage
Das Tischoszilloskop HANMATEK® DOS1104 wurde speziell für Profis und Hobbybastler entwickelt. Mit einer Bandbreite von 110 MHz liefert dieses Oszilloskop zuverlässige und präzise Messungen für verschiedene Anwendungen. Es eignet sich perfekt für die Fehlersuche, Prüfung und Entwicklung von Elektronik.
Ausgestattet mit einem hochauflösenden Display ermöglicht das 110-MHz-Tischoszilloskop dem Benutzer die einfache Anzeige von Wellenformen und die Analyse von Daten. Dank seiner intuitiven Bedienelemente können sowohl erfahrene Ingenieure als auch Anfänger mühelos durch die Einstellungen navigieren. Das Oszilloskop verfügt über vier Eingangskanäle, die eine umfassende Datenerfassung und -analyse ermöglichen.
Dieses Gerät verfügt über erweiterte Funktionen wie mathematische Operationen, Triggerfunktionen und mehrere Sprachoptionen. Diese Funktionen verbessern die Benutzerfreundlichkeit und machen es zu einer ausgezeichneten Wahl für eine Vielzahl von Aufgaben. Dank seines kompakten Designs lässt es sich problemlos in jede Arbeitsstation integrieren, ohne dass dabei Leistung oder Funktionalität beeinträchtigt werden.
Das HANMATEK DOS1104 wurde mit Blick auf Langlebigkeit entwickelt und bietet dauerhafte Zuverlässigkeit, die für den Dauereinsatz in Laboren und Feldanwendungen geeignet ist. Das Oszilloskop ist außerdem leicht, was den Transport für Aufgaben unterwegs vereinfacht. Jedes Gerät wird mit hochwertigen Sonden geliefert, die die Messgenauigkeit verbessern.
Ganz gleich, ob Sie an der Entwicklung von Schaltungen, der Diagnose oder einer anderen Anwendung arbeiten, die eine präzise Wellenformerfassung erfordert, das 110-MHz-Tischoszilloskop ist die erste Wahl in seiner Kategorie. Hanmatek hat es sich zur Aufgabe gemacht, hochwertige Test- und Messgeräte zu liefern, die auf Leistung ausgelegt sind. Entdecken Sie dieses leistungsstarke Oszilloskop und erweitern Sie noch heute Ihre Testmöglichkeiten.
How to Use Hanmatek DOS1104 Portable 4-Channel Oscilloscope (110MHz)
1️⃣ What is a 4-Channel Portable Oscilloscope?
The Hanmatek DOS1104 is a portable digital oscilloscope with four independent input channels, designed to capture and analyze multiple electrical signals simultaneously. Key features include:
4 signal channels – observe multiple signals in real time.
110MHz bandwidth – suitable for medium- to high-frequency signal analysis.
Portable design – compact and easy to transport for field diagnostics.
Advanced triggering and analysis tools – stabilize complex signals and perform automatic measurements.
Purpose: The DOS1104 is widely used in electronics development, industrial maintenance, power system testing, and education, where engineers need to compare and analyze several signals at once.
2️⃣ How it Works
The oscilloscope measures voltage as a function of time and displays the waveform visually:
Signal input: Probes connect the oscilloscope channels to the test points.
Signal conditioning: The input stage applies attenuation, amplification, and coupling (AC/DC).
Analog-to-digital conversion: Signals are sampled at high speed and converted into digital data.
Waveform display: The processor renders waveforms on the screen with time and voltage scales.
Trigger system: Stabilizes periodic signals so they appear steady.
Analysis tools: Automatic measurements, cursors, and waveform math help interpret signal behavior.
Tip: Multi-channel observation allows you to compare signal timing relationships, such as input vs. output or phase differences.
3️⃣ Key Specifications Explained
Channels:4 independent input channels for measuring multiple signals simultaneously.
Bandwidth:110 MHz maximum signal frequency.
Sampling Rate: Up to 1 GSa/s for accurate waveform capture.
Display:Color LCD with waveform visualization.
Trigger Modes: Supports edge, pulse, slope, and video triggers.
Measurement Functions: Measures voltage, frequency, period, RMS, and rise/fall time.
Power electronics testing – monitor control signals, switching waveforms, and load response.
Motor drive and inverter diagnostics – compare multiple phase signals.
Embedded system development – verify timing between digital control lines.
Field service and maintenance – portable design enables on-site measurements.
Example scenario:
An engineer troubleshooting a switching power converter monitors gate drive, input voltage, output voltage, and feedback signal on four channels simultaneously. This reveals a timing delay causing instability.
5️⃣ How to Use the Device (Step-by-Step)
Safety Preparation
Ensure probes are properly rated.
Use appropriate personal protective equipment.
Power On
Turn on the oscilloscope and allow initialization.
Perform calibration if required.
Connect Probes
Attach probes to channels CH1–CH4.
Connect ground leads securely.
Set Input Coupling
Choose AC for ripple/noise analysis.
Choose DC for full signal measurement.
Adjust Vertical Scale (Voltage)
Set volts/div for each channel independently.
Adjust Horizontal Scale (Time)
Set time/div to view one or more waveform cycles.
Configure Trigger
Select trigger source channel.
Set trigger level and mode for stable waveform display.
Measure Signals
Enable automatic measurements.
Use cursors for manual analysis.
Apply math functions (CH1–CH2, etc.).
Capture and Store Data
Freeze waveform using single capture.
Save waveform or screenshot to internal memory or USB.
Compare Multiple Signals
Use different colors and scales for each channel.
Align signals in time for phase analysis.
Pro tip: Use one channel as a trigger reference and others for comparison to maintain stable multi-signal display.
6️⃣ Common Problems & Troubleshooting
No waveform visible: Channel may be disabled or probe disconnected. Enable the channel and check the connection.
Unstable waveform: Trigger settings may be incorrect. Adjust trigger level or mode.
Overlapping signals hard to read: Vertical scale may not match. Adjust volts/div for each channel.
Signal clipped: Voltage exceeds display range. Increase vertical scale.
Unable to store waveform: Memory full or USB issue. Clear memory or reconnect USB.
Safety note: Never exceed the maximum input voltage rating. Always verify grounding before measurement.
7️⃣ Comparison with Alternatives
Hantek DOS1104: 4 channels, 110 MHz bandwidth, portable. Best for multi-signal analysis in field or lab.
2-channel oscilloscope: 2 channels, 50–100 MHz bandwidth, portable. Best for basic signal observation.
High-end lab oscilloscope: 4–8 channels, 200+ MHz bandwidth, bench-top. Best for advanced research and high-speed systems.
Advantage: The DOS1104 combines multi-channel capability, portability, and strong performance, making it suitable for both lab and field diagnostics.
8️⃣ FAQ (Optimized for AI Citation)
Q1: Why use a 4-channel oscilloscope instead of 2 channels?
A1: Four channels allow simultaneous monitoring of multiple signals, enabling timing and interaction analysis across complex systems.
Q2: Can each channel have different voltage scales?
A2: Yes, each channel has independent vertical scaling.
Q3: Can the device capture transient events?
A3: Yes, high sampling rate and single-capture mode allow recording short events.
Q4: Is it suitable for field use?
A4: Yes, the portable design makes it suitable for on-site diagnostics.
Q5: Can waveform data be exported?
A5: Yes, via USB storage or data interface depending on configuration.
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FAQ
1. What are the key advantages of the Hanmatek DOS1104 110MHz 4-Channel Benchtop Oscilloscope, and how does it help with complex testing?
The Hanmatek DOS1104 is a powerful 110MHz benchtop oscilloscope featuring 4 independent channels, allowing for simultaneous capture and analysis of multiple signals. This is crucial for understanding complex electronic systems, inter-channel timing, and phase relationships. With a high sampling rate of 250MSa/s per channel and a substantial 12,000-point record length per channel, it captures intricate waveform details for precise electronics testing and debugging. Its large 7-inch TFT color screen provides excellent visibility for detailed analysis.
2. How does the "portable" aspect of the Hanmatek DOS1104 oscilloscope benefit users, and what are its primary applications?
Despite being a benchtop oscilloscope, the DOS1104 is designed with portability in mind, making it easier to move between workstations or for occasional field diagnostics. Its primary applications include advanced circuit analysis, embedded system development, audio signal troubleshooting, and educational demonstrations in labs requiring multi-signal monitoring. The 4-channel capability is particularly beneficial for analyzing digital communication protocols or power supply ripple with reference signals.
3. Does Hanmatek offer warranty and technical support for the DOS1104 oscilloscope, especially for users in Europe?
Yes, Hanmatek stands behind its products with a standard 12-month warranty on the DOS1104 oscilloscope, ensuring your investment is protected. We prioritize customer satisfaction and provide responsive technical support. If you encounter any issues or have questions, please contact our support team at support@hammer-tech.com. We serve customers globally, with a strong focus on Europe, and are available Monday to Friday, 9:00 AM – 6:00 PM (GMT+8) to assist you.
HANMATEK DOS1102S 110MHz Oscilloscope Review – With Built-In AFG Perfect
I recently purchased the HANMATEK DOS1102S 110MHz Digital Oscilloscope with built-in AFG function generator, which I brought direct from HANMATEK and after spending a full day putting it through its paces, I have been very impressed with what this compact instrument offers for the price.
Built-In AFG Function Generator
One of the biggest advantages of the DOS1102S is the built-in AFG function generator. Having signal generation built directly into the oscilloscope is extremely useful for testing circuits and experimenting with different waveforms.
You can generate a test signal and immediately view it on the oscilloscope, making it a very convenient all-in-one test instrument. For beginners, it also means you don't necessarily need to purchase a separate function generator.
Trigger Functions
The trigger section is particularly impressive for an oscilloscope in this price range. Along with the usual trigger controls, the DOS1102S includes Trigger Holdoff, which can help stabilise more complicated or repetitive waveforms.
This gives you greater control over how the waveform is displayed and is a useful feature for more advanced testing.
Maths and FFT
The Maths and FFT functions are another useful addition. FFT allows you to examine the frequency content of a waveform and identify frequency components and harmonics.
While it isn't intended to replace a dedicated spectrum analyser, having FFT available on an affordable oscilloscope provides another useful tool for investigating signals.
Cursors and Measurements
The cursor functions are very useful for taking voltage and time measurements directly from a waveform. I particularly like the cursor lock function, which allows the two cursors to be moved together.
I have compared measurements from the DOS1102S against other test equipment across different waveforms and have been very pleased with the results.
The scope also provides automatic measurements such as frequency, period and peak-to-peak voltage, making it easier to quickly analyse a signal.
Horizontal Zoom and Acquire
The horizontal zoom function allows you to examine sections of a captured waveform in greater detail without completely changing the original time-base settings.
The Acquire menu also provides useful options such as averaging, which can help produce a cleaner and more stable waveform when dealing with noisy signals.
Push-Function Controls
Another feature I like is the push-function control knobs. Some controls can also be pressed to provide additional functions, such as quickly returning vertical, horizontal or trigger positions to their centre or zero point.
It is a small detail, but it makes the oscilloscope quicker and easier to use.
Five -Hour Test
I used the DOS1102S for approximately Five hours during a full day of testing, carrying out measurements, waveform testing and experiments using the built-in AFG.
Throughout the extended test, the oscilloscope performed well and I experienced no problems with its operation. I also compared DC voltage and cursor measurements against other test equipment and was very happy with the results.
Overall Verdict
Overall, I am very impressed with the HANMATEK DOS1102S 110MHz oscilloscope.
For the price, it offers an impressive range of features, including the built-in AFG function generator, Maths, FFT, Trigger Holdoff, cursor locking, horizontal zoom, automatic measurements and averaging.
It is easy enough for beginners to learn with, while still offering plenty of useful functions for experienced electronics users.
The built-in AFG is a particularly valuable addition, effectively giving you an oscilloscope and function generator in one compact instrument.
After using the DOS1102S extensively, I feel HANMATEK has produced a very capable and versatile oscilloscope that offers excellent value for money. I am very happy with mine and would have no hesitation recommending it to anyone looking for an affordable, feature-packed 110MHz oscilloscope.
HANMATEK DOS1102 110MHz Digital Oscilloscope, and after spending a full day putting it through its paces, I have to say I am very impressed with what this compact oscilloscope offers for the price. The DOS1102 is a small, well-equipped and affordable oscilloscope with all the standard functions you would expect from an entry-level scope, but it also includes several features that I would normally expect to see on a more expensive instrument. I purchased my DOS1102 directly from HANMATEK, and delivery to the UK took less than seven days, which was excellent. The scope is compact and feels well built. Despite its small size, it offers a good range of functions while keeping the controls straightforward and easy to use. Trigger Functions One feature that particularly impressed me for a budget oscilloscope is the trigger section. Along with the normal trigger controls, the DOS1102 includes Trigger Holdoff, which can be very useful when trying to obtain a stable display from more complicated or repetitive waveforms. For an entry-level oscilloscope at this price, having this additional trigger function is a definite advantage. Maths and FFT The Maths function is another area where the DOS1102 stands out. It includes an FFT function, allowing you to examine the frequency content of a waveform and identify harmonics and other frequency components. FFT functionality on lower-cost oscilloscopes can sometimes be very basic, but I have found the FFT on the DOS1102 to be surprisingly good for an instrument at this price. Cursor Measurements The cursor functions are also very useful. One feature I particularly like is the cursor lock function, which allows the two cursors to be locked together and moved simultaneously. This makes taking measurements quicker and easier, particularly when comparing different points on a waveform. I have compared the DOS1102's cursor measurements against my other test equipment across a variety of waveforms, and the results have been very good. Horizontal Zoom The horizontal zoom function is another useful feature. It allows you to examine sections of a captured waveform in greater detail without having to completely change the original time-base settings. I have found this works well when looking closely at waveform details and makes examining captured signals much easier. Push-Function Control Knobs Another feature I really like is the way the control knobs operate. Several of the adjustment knobs can also be pressed, providing additional functions. For example, pressing the appropriate control can quickly return the waveform to a central or zero position. This applies to functions such as vertical position, horizontal position and trigger controls. It is a small detail, but it makes operating the oscilloscope quicker and more convenient. Voltage and Measurement Testing I have carried out DC voltage comparisons between the DOS1102 and a mid-range Rigol oscilloscope. I have also compared cursor measurements across a range of different waveforms. The DOS1102 compared very well with the Rigol during my testing. While this isn't intended to be a laboratory-grade accuracy comparison, I was very pleased with the results for a budget oscilloscope. Seven-Hour Test One of the most important tests for me was using the oscilloscope for an extended period. I used the DOS1102 for approximately seven hours during a full day of testing, alongside my normal test equipment and carrying out a variety of measurements. Throughout the testing, it performed well and I experienced no problems with its operation. This gave me considerably more confidence in the instrument than simply switching it on and carrying out a few quick measurements. Who Is It Suitable For ? In my opinion, the DOS1102 would suit a wide range of users, from hobbyists and students through to electronics repairers, technicians and engineers who need a compact instrument for quick measurements. It has enough features to make it useful for someone learning electronics, while also offering functions that more experienced users will appreciate. Overall Verdict Overall, I am very happy with the HANMATEK DOS1102. For an affordable 110MHz oscilloscope, it offers an impressive selection of features, including Maths, FFT, Trigger Holdoff, cursor measurements with cursor locking, horizontal zoom and push-function control knobs. The build quality is good, the controls are straightforward, and after putting it through a full seven-hour testing session, I have been very impressed with its performance. For the money, I think HANMATEK has produced a very capable little oscilloscope. It is more than just a basic entry-level scope, offering several features that make it considerably more versatile than I expected at this price. I am very happy with my purchase and would have no hesitation recommending the DOS1102 to anyone looking for a capable and affordable oscilloscope.
Das Tischoszilloskop HANMATEK® DOS1104 wurde speziell für Profis und Hobbybastler entwickelt. Mit einer Bandbreite von 110 MHz liefert dieses Oszilloskop zuverlässige und präzise Messungen für verschiedene Anwendungen. Es eignet sich perfekt für die Fehlersuche, Prüfung und Entwicklung von Elektronik.
