New DSCope DSTouch 2CH Handheld Oscilloscope 4.3inch Touch Screen FPGA + DRAM DS4T252 50MHz 200MSa/s / DS4T1012 200MHz 1GSa/s
New DSCope DSTouch 2CH Handheld Oscilloscope 4.3inch Touch Screen FPGA + DRAM DS4T252 50MHz 200MSa/s / DS4T1012 200MHz 1GSa/s
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Traditional desktop oscilloscopes meet our signal debugging needs. However, they have some drawbacks. For instance, they require AC power and have restricted measurement grounding, which can introduce safety hazards. They are also bulky, expensive, noisy, and their physical knobs and buttons are easily damaged. This makes them less accessible for entry-level users due to their high cost and learning threshold.
DSTouch maintains or exceeds the performance of desktop oscilloscopes while shrinking to palm-size (117x77x20mm). This makes it ultra-portable and convenient to carry and use anytime, anywhere. The lithium battery power supply design eliminates the constraints of cables and signal grounding, while the all-touch interaction makes it easy to operate. DSTouch also supports advanced features like FFT-based spectrum analysis and real-time protocol decoding, making it an ideal tool for signal analysis.
Festures:
FPGA and DRAM:
- Its core consists of a powerful FPGA hardware waveform processing engine and DRAM memory, rather than an MCU-based software implementation. DRAM and FPGA is essential for high frame rates and smooth waveforms.
Ultra-high Waveform Refresh Rate:
- Its real-time performance is better than that of ordinary MCU solutions.
Storage Depth:
- Its storage depth is as high as 16Mpts.
Accuracy and Noise:
- The original high-precision oscillator (for EPSON) with low temperature drift and hardware real-time frequency measurement are used. High-precision frequency display with three decimal places reserved
- DC/DC power supply ripple analysis: measured millivolt level of weak signals, support 20M bandwidth limit. Tool for power supply ripple measurement
- It has a minimum vertical sensitivity of 10mV/div and less background noise
- Withstand voltage of BNC input terminal ± 200V
- When used with a X100 high-voltage probe, the oscilloscope can measure signals of ±2000V. When measuring high voltage, please pay attention to grounding. The high-voltage probe should be purchased separately.
Touch Screen to Operate:
- The oscilloscope is designed with a complete set of "single finger touch" operation. All functions are simplified into 1-3 steps of touch and swipe, so users can use the buttons and menu easily.
- With 2 taps, you can add/remove a measurement option. 20 automatic measurement options available.
- The horizontal resolution supports single-finger swipe adjustment of the entire waveform area. At the same time, the roller area can be quickly adjusted by dragging and dropping.
- Extensive channel control options are available vertically, with wheel adjustment. Support quick adjustment by dragging and dropping.
- It supports storage and on-boarding in 9 configurations. In order to adapt to different measurement scenarios, users can switch configurations with one click.
Package include
Description
Description
Traditional desktop oscilloscopes meet our signal debugging needs. However, they have some drawbacks. For instance, they require AC power and have restricted measurement grounding, which can introduce safety hazards. They are also bulky, expensive, noisy, and their physical knobs and buttons are easily damaged. This makes them less accessible for entry-level users due to their high cost and learning threshold.
DSTouch maintains or exceeds the performance of desktop oscilloscopes while shrinking to palm-size (117x77x20mm). This makes it ultra-portable and convenient to carry and use anytime, anywhere. The lithium battery power supply design eliminates the constraints of cables and signal grounding, while the all-touch interaction makes it easy to operate. DSTouch also supports advanced features like FFT-based spectrum analysis and real-time protocol decoding, making it an ideal tool for signal analysis.
Festures:
FPGA and DRAM:
- Its core consists of a powerful FPGA hardware waveform processing engine and DRAM memory, rather than an MCU-based software implementation. DRAM and FPGA is essential for high frame rates and smooth waveforms.
Ultra-high Waveform Refresh Rate:
- Its real-time performance is better than that of ordinary MCU solutions.
Storage Depth:
- Its storage depth is as high as 16Mpts.
Accuracy and Noise:
- The original high-precision oscillator (for EPSON) with low temperature drift and hardware real-time frequency measurement are used. High-precision frequency display with three decimal places reserved
- DC/DC power supply ripple analysis: measured millivolt level of weak signals, support 20M bandwidth limit. Tool for power supply ripple measurement
- It has a minimum vertical sensitivity of 10mV/div and less background noise
- Withstand voltage of BNC input terminal ± 200V
- When used with a X100 high-voltage probe, the oscilloscope can measure signals of ±2000V. When measuring high voltage, please pay attention to grounding. The high-voltage probe should be purchased separately.
Touch Screen to Operate:
- The oscilloscope is designed with a complete set of "single finger touch" operation. All functions are simplified into 1-3 steps of touch and swipe, so users can use the buttons and menu easily.
- With 2 taps, you can add/remove a measurement option. 20 automatic measurement options available.
- The horizontal resolution supports single-finger swipe adjustment of the entire waveform area. At the same time, the roller area can be quickly adjusted by dragging and dropping.
- Extensive channel control options are available vertically, with wheel adjustment. Support quick adjustment by dragging and dropping.
- It supports storage and on-boarding in 9 configurations. In order to adapt to different measurement scenarios, users can switch configurations with one click.
Package include
Item Specifics
Item Specifics
