Hantek DSO2D10 Digital Storage Oscilloscope, 2 Channels, 100 MHz, 1GSa/S with 1CH
✓ High reliability and long service life
✓ Easy handling and user-friendliness
✓ Fast and competent customer service
✓ 12 months warranty
Hantek DSO2D10 Digital Storage Oscilloscope, 2 Channels, 100 MHz, 1GSa/S with 1CH is backordered and will ship as soon as it is back in stock.
Description
Description
Hantek DSO2C10 Digital Oscilloscope – 2-Channel, 100MHz Bandwidth, 1GSa/s
The Hantek DSO2C10 is a cost-effective, compact digital oscilloscope designed for a wide range of technical applications. With a bandwidth of 100 MHz and a sampling rate of 1 GSa/s, it offers excellent performance for signal monitoring and analysis in communications, aerospace, national defense, embedded systems, computer applications, research, and education.
A digital oscilloscope like the Hantek DSO2C10 primarily serves to visualize electrical signals and display voltage waveforms over time. Visual signal analysis is crucial, especially in the development and diagnosis of electronic systems. The device enables technicians and engineers to quickly identify signal shapes, frequencies, amplitudes, and interference.
Thanks to modern digital technology, the Hantek DSO2C10 combines high measurement accuracy with a compact design. The combination of a 100 MHz bandwidth and a 1 GSa/s sampling rate allows for reliable analysis of fast signal waveforms, such as those found in microcontroller circuits, communication interfaces, or power supplies.
Key features of the Hantek DSO2C10
- 100 MHz bandwidth and 1GSa/s sampling rate: Precise measurements for detailed signal analysis
- 8M memory depth: Enables the recording and storage of long signal data
- Versatile 1-channel 25MHz waveform generator: Supports arbitrary waveform output
- 14 trigger modes and 5 serial protocol triggers: For flexible and accurate signal acquisition
- 32 automatic measurement functions: statistics on maximum, minimum and average values
- Digital voltage and frequency display: 3-digit voltmeter and 6-digit frequency display
- SCPI remote control: Enables control via SCPI commands for PC connection
High sampling rate for accurate signal reconstruction
The maximum sampling rate of 1 GSa/s means that the Hantek DSO2C10 can capture up to one billion data points per second. This allows even rapidly changing signal variations to be displayed precisely. A high sampling rate is crucial, especially in digital bus systems or clock lines, to reveal timing problems.
Large memory depth for detailed signal recording
With a memory depth of 8 million points, the Hantek DSO2C10 can record long signal sequences without losing detail resolution. This is particularly helpful for sporadic errors or when analyzing communication protocols. Technicians can thus retrospectively investigate even rare signal disturbances or timing deviations.
Practical applications in development and workshop
Electronics development and prototype construction
The Hantek DSO2C10 is frequently used in development environments to analyze new circuits. Developers can, for example, directly visualize signals from microcontrollers, sensors, or analog circuits and examine them for errors. An oscilloscope is particularly indispensable in the development of embedded systems.
Diagnosis of digital communication interfaces
Modern electronic systems operate with numerous communication interfaces. The Hantek DSO2C10 supports triggering and decoding for several serial protocols. This allows data transmissions on bus systems such as UART, SPI, or I2C to be analyzed.
Typical diagnostic tasks include:
- Analysis of timing problems in serial data lines
- Testing signal levels at communication interfaces
- Identification of interference pulses or signal distortions
- Examination of clock and data lines
Measurements in education and research
The Hantek DSO2C10 is also frequently used in universities, technical schools, and laboratory environments. Students use it to learn fundamental electronics measurement methods, such as the analysis of sine, square, or triangle waves. At the same time, the device is ideally suited for experimental setups in laboratory practicals.
Trigger technology for targeted signal acquisition
Versatile trigger modes
Trigger functions are a key component of any digital oscilloscope. The Hantek DSO2C10 offers a total of 14 different trigger modes, allowing for the targeted capture of specific signal events. These include, for example, edge triggering, pulse width triggering, and window triggering.
These functions allow the oscilloscope to automatically react to a specific signal event and start recording at that precise moment. This is particularly helpful for sporadic errors that occur only rarely.
Triggers for serial bus systems
The Hantek DSO2C10 also supports special triggers for serial communication protocols. This allows specific data packets or communication events to be captured selectively.
- UART / RS232
- SPI
- I2C
- CAN
- LIN
These functions significantly simplify troubleshooting in complex embedded systems.
Integrated waveform generator for signal generation
Signal source for testing purposes
A special feature of the Hantek DSO2C10 is its integrated waveform generator with an output frequency of up to 25 MHz. This allows the generation of various test signals that can be directly fed into circuits.
Typical signal forms include, for example:
- sine
- rectangle
- triangle
- pulse
- Custom waveforms
Combination of signal generation and analysis
The combination of generator and oscilloscope in a single device enables efficient test setups. Developers can generate a signal and simultaneously analyze its behavior in the target system. This reduces the need for additional measuring instruments in the lab or workshop.
Software integration and PC connectivity
SCPI remote control for automated measurements
The Hantek DSO2C10 supports SCPI commands (Standard Commands for Programmable Instruments). This allows the oscilloscope to be controlled via software. Measurements can thus be fully automated in automated test environments.
Typical applications of remote control:
- Automated measurement processes in test laboratories
- Data acquisition for long-term measurements
- Integration into measurement software or custom programs
USB communication and data transfer
The Hantek DSO2C10 can be directly connected to a computer via its integrated USB 2.0 interface. This connection allows for both device control and the export of measurement data or screen recordings.
The software installation is straightforward and allows for quick integration into existing measurement environments.
Technical data
| category | specification |
|---|---|
| Model | DSO2C10 |
| Channels | 2 channels + 1 channel (waveform generator) |
| bandwidth | 100 MHz |
| Sampling rate | 1GSa/s |
| Storage depth | 8M |
| Waveform generator output | 25 MHz, 1 channel |
| 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) |
| Input impedance | 1MΩ ±2%, 20pF ±3pF |
| Damping factor | 1X, 10X, 100X, 1000X |
| Maximum input voltage | 300V CAT II, 30V RMS (10X) |
Software and connectivity options
- Easy-to-install software: Compatible with Windows XP, 7, 8 and 10; ready to use immediately without additional drivers.
- USB communication: USB 2.0 interface, supports plug-and-play and hot-plugging.
Integration into existing measurement environments
Thanks to software support and standardized SCPI communication, the Hantek DSO2C10 can be easily integrated into existing measurement systems. Engineers can, for example, incorporate the oscilloscope into automated test systems or development platforms.
Scope of delivery
- Hantek DSO2C10 Oscilloscope
- USB data cable
- Clothespin cord
- power cable
Application advantages for technology and electronic diagnostics
The Hantek DSO2C10 digital oscilloscope offers versatile measurement functions and high ease of use. It is the ideal choice for engineers and technicians who need a cost-effective yet powerful oscilloscope for professional applications.
Thanks to its comprehensive analysis functions, integrated signal generation, and PC connectivity, the device is suitable for professional development environments as well as training institutions and workshops. The Hantek DSO2C10 thus combines a compact design, powerful measurement technology, and flexible application possibilities in a modern digital oscilloscope.
Shipping and payment conditions
Shipping and payment conditions
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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
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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.



