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Hantek DSO2D15 Dual Channel Digital Storage Oscilloscope /AFG Signal Generator
✓ High reliability and long service life
✓ Easy handling and user-friendliness
✓ Fast and competent customer service
✓ 12 months warranty
Hantek DSO2D15 Dual Channel Digital Storage Oscilloscope /AFG Signal Generator is backordered and will ship as soon as it is back in stock.
Hantek DSO2D15 Dual Channel Digital Storage Oscilloscope /AFG Signa...
Description
Description
Hantek DSO2D15 – Dual-channel digital oscilloscope with integrated AFG signal generator (150 MHz, 1GSa/s)
The Hantek DSO2D15 is a powerful and cost-effective digital oscilloscope ideally suited for a wide range of professional and industrial applications. With a bandwidth of 150 MHz, a sampling rate of 1 GSa/s, and a memory depth of 8M, it offers excellent performance at an affordable price. Combining a dual-channel oscilloscope and a 25 MHz AFG signal generator in a single instrument, it is ideally suited for communications, aerospace, national defense, embedded systems, research, and education.
In modern development, service, and diagnostic environments, an oscilloscope is an indispensable tool for analyzing electrical signals. The Hantek DSO2D15 enables the precise display of time-dependent voltage waveforms and helps technicians visualize complex signal shapes. Especially in troubleshooting electronic assemblies or developing embedded systems, the device offers a practical combination of performance, ease of use, and functionality.
The integration of an arbitrary function generator (AFG) transforms the Hantek DSO2D15 into a versatile measuring instrument capable of not only analyzing signals but also generating them. This allows for realistic testing of electronic circuits, simulations, and targeted testing of components under various signal conditions.
Key features of the Hantek DSO2D15
- 150 MHz bandwidth and 1GSa/s sampling rate: Enables precise measurements and detailed signal analysis.
- 8M memory depth: More memory for detailed signal recording
- Integrated 25MHz waveform generator: Supports the output of standard and user-defined waveforms.
- 14 trigger modes and 5 serial protocol triggers: Versatile triggering options for precise signal analysis
- 32 automatic measurement functions: With real-time statistics on maximum, minimum and average values
- Digital voltage and frequency measurement: 3-digit digital voltmeter and 6-digit frequency display
- SCPI remote control: Enables control via SCPI commands
High bandwidth for precise signal representation
With a bandwidth of 150 MHz, the Hantek DSO2D15 is capable of reliably displaying even rapid signal changes. Sufficient bandwidth is crucial, especially with high-frequency digital signals or fast clock signals, to accurately reproduce signal edges. This allows developers and service technicians to precisely identify timing problems, signal interference, or electromagnetic interference.
Sampling rate and memory depth in practical use
The maximum sampling rate of 1 GSa/s ensures that even fast signal waveforms are captured in detail. Combined with a memory depth of 8M, the Hantek DSO2D15 can record long signal waveforms without losing important details. A large memory depth is particularly crucial when analyzing sporadic errors or infrequent disturbances.
Integrated AFG signal generator
A special feature of the Hantek DSO2D15 is its integrated arbitrary waveform generator with a maximum output frequency of 25 MHz. This generator can produce various standard waveforms, including sine, square, triangle, and pulse shapes. Furthermore, user-defined waveforms can also be created to simulate specific test conditions.
The combination of a signal generator and an oscilloscope allows for the creation of complete test environments with just one device. For example, developers can generate input signals and simultaneously analyze the response of an electronic circuit.
Signal triggers and analysis functions
Multiple trigger modes for targeted signal acquisition
The Hantek DSO2D15 features 14 different trigger modes for targeted signal capture. Triggers are necessary to reliably display recurring signal events on the screen. Especially with complex digital signals or serial communication protocols, flexible trigger functions enable significantly more precise analysis.
Serial bus analysis
The Hantek DSO2D15 's integrated bus decoding supports important serial communication protocols such as UART, I2C, SPI, CAN, and LIN. These interfaces are used in modern microcontroller systems, industrial controls, and vehicle networks.
Bus analysis allows developers and service technicians to interpret data packets directly on the oscilloscope. This enables the rapid identification of communication errors, timing problems, or faulty data transmissions.
Automatic measurement functions
The device offers a total of 32 automatic measurement functions. These include, among others:
- Voltage peak values
- Effective value (RMS)
- frequency
- Period
- Rise and fall times
- Duty Cycle
The integrated real-time statistics display maximum, minimum, and average values. This gives users a quick overview of signal stability and potential fluctuations.
Technical data
| category | specification |
|---|---|
| Model | DSO2D15 |
| Channels | 2 channels + 1 channel (AFG) |
| bandwidth | 150 MHz |
| Sampling rate | 1GSa/s |
| Storage depth | 8M |
| Waveform Generator (AFG) | 1 channel, 25 MHz |
| Vertical area | 2mV/div to 10V/div |
| Trigger types | Edge, Impulse, Video, Slope, Overtime, Window, Pattern, Interval, Under Amp, UART, LIN, CAN, SPI, IIC |
| BUS decoding | RS232/UART, I2C, SPI, CAN, LIN |
| Automatic measurements | 32 types with real-time statistics (Max., Min., Std. deviation) |
| Digital voltage display | 3-digit |
| Hardware frequency display | 6 digits |
| SCPI remote control | Supports |
| USB interface | USB 2.0 (power supply and communication) |
Typical areas of application in development and service
Electronics development
In development environments, the Hantek DSO2D15 enables detailed analysis of electronic circuits. Developers can check signal integrity, optimize waveforms, and detect errors in circuit designs early on.
Diagnostics of control units and embedded systems
The Hantek DSO2D15 can be used to monitor digital communication signals when analyzing microcontroller systems or industrial controls. Reliable bus decoding is particularly crucial for diagnosing CAN, SPI, or I2C communication.
Laboratory, training and research
The Hantek DSO2D15 also offers a practical way to analyze electronic signals and learn measurement techniques in technical training centers and research laboratories. Its intuitive operation makes it suitable for both beginners and experienced developers.
Software and connectivity options
- Easy-to-install software: Compatible with Windows XP, 7, 8, 10; ready to use immediately without additional drivers.
- USB communication: USB 2.0 power supply and communication interface, supports hot-plugging
Remote control via SCPI
The Hantek DSO2D15 can be fully controlled by computer via the SCPI interface. This is particularly advantageous in automated test systems or laboratory environments. Measurement sequences can be automated and results can be directly integrated into software environments.
Data transfer and analysis
The USB interface enables fast transfer of measurement data to the computer. This allows waveforms to be archived, analyzed, or saved for documentation purposes. In development projects, this facilitates collaboration between different teams.
Scope of delivery
- Hantek DSO2D15 Oscilloscope
- Instruction CD
- Battery terminal connection
Quick start in measurement technology
Thanks to its compact design and easy installation, the Hantek DSO2D15 can be put into operation quickly. After connecting the probes and the power supply, the device is immediately ready for initial measurements.
Practical measurement technology for professional applications
The Hantek DSO2D15 combines powerful signal diagnostics, integrated signal generation, and advanced analysis functions in a compact instrument. Its combination of high bandwidth, large memory depth, and extensive trigger options enables reliable analysis of complex electronic systems.
For developers, service technicians and research institutions, the Hantek DSO2D15 is therefore a versatile tool that can be used for precise diagnostics as well as for development and testing tasks.
Shipping and payment conditions
Shipping and payment conditions
FREE SHIPPING ON ORDERS OVER €50!!
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You can choose to pay by prepayment, PayPal (direct debit and credit card via PayPal), or cash on delivery. A surcharge of €9.99 will be added for cash on delivery payments.
Free shipping within Germany for orders over €50
Shipping costs within the EU are €14.99.
Delivery within Germany takes 2-3 working days.
Further information
The importance of automotive diagnostic devices for vehicle maintenance
The importance of automotive diagnostic devices for vehicle maintenance
Original diagnostic devices for cars and trucks are indispensable tools for modern vehicle maintenance and repair. These devices make it possible to read error codes generated by the various control units of a vehicle. By using professional diagnostic devices, workshops and vehicle owners can quickly and precisely identify and resolve problems. This increases the efficiency of the repair processes and contributes to the longevity of the vehicles. Professional diagnostic devices also offer advanced functions such as in-depth diagnostics and programming of control units, which is particularly useful for complex repairs and maintenance work. With a vehicle diagnostic device, you can ensure that your vehicle is always in perfect condition.
Why professional diagnostic devices are indispensable
Why professional diagnostic devices are indispensable
Professional diagnostic devices are specially designed for use in workshops and by professionals. They offer comprehensive diagnostic capabilities and support a wide range of vehicle makes and models. These devices can not only read and clear error codes , but also display live data and perform special tests such as actuator tests. They also allow the calibration of control units and the performance of service resets. Thanks to these advanced functions , professional diagnostic devices can make the work of mechanics much easier and improve the quality of the repairs carried out. A professional diagnostic device is therefore an indispensable tool for every professional workshop.
How OBD diagnostic devices work
How OBD diagnostic devices work
OBD (On-Board Diagnostic) systems are standardized diagnostic tools used in almost all modern vehicles. These systems monitor the vehicle's performance and emissions and store error codes when a problem occurs. OBD diagnostic devices can read these error codes and provide detailed information about the condition of the vehicle. This includes monitoring engine parameters, exhaust emissions and other critical systems. By using OBD diagnostic devices regularly, potential problems can be identified and resolved early before they lead to larger and more costly damage. An OBD diagnostic device should therefore be in every vehicle to make car diagnostics efficient and comprehensive.
Auto diagnostics: A key to efficient vehicle repair
Auto diagnostics: A key to efficient vehicle repair
Auto diagnostics includes a variety of techniques and tools for monitoring and analyzing the condition of a vehicle. By using modern original diagnostic devices for cars and trucks Mechanics can carry out precise fault analyses and make targeted repairs. This not only saves time, but also costs for the vehicle owner. Modern diagnostic devices also offer the option of carrying out software updates and making adjustments to the vehicle control units. This is particularly important for optimizing vehicle performance and adapting to individual requirements. The continuous development of diagnostic technology helps to ensure that vehicles can be operated more safely and efficiently. With a reliable car diagnostic device, you always have all the important information at hand to optimally maintain and repair your vehicle.