Introduction to Dingyang SDS6000 Pro Series High Resolution Digital Oscilloscope
SDS6000 Pro series high-resolution digital oscilloscope
Key Features -
Bandwidth: 350 MHz (4 channels only), 500 MHz, 1 GHz, 2 GHz
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Vertical resolution: 12 bit (H12)/10 bit (H10)
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Low background noise: as low as 153 μ Vrms at 2 GHz full bandwidth
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Real time sampling rate: 10 GSa/s(2GHz bandwidth or 8-channel model)
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Storage depth: 500 Mpts(2GHz bandwidth or 8-channel model)
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Waveform refresh rate: 750000 wfm/s (Sequence mode)
High resolution oscilloscope to meet higher precision testing requirements
·12 bit high-resolution ADC sampling for better presentation of waveform details;
·Excellent background noise, with a background noise value of only 153 μ Vrms at 2GHz full bandwidth, allowing the 12 bit ADC to fully utilize its performance;
·Typical DC gain accuracy of ± 0.5%.
Multi channel signal timing testing helps accelerate the research and development process
Multi channel signal timing test is widely used in chip design, automatic driving, automotive power semiconductor, power sequencing test, high-voltage charging and discharging platform, etc. Nowadays, in most embedded circuit designs, there are more and more power rails with specific requirements for power on and power off timing, and even time requirements for power on and power off are specified. Therefore, power sorting is essential. Traditional 4-channel oscilloscopes require multiple acquisitions and module by module inspections, while SDS6000 Pro, with its 8-channel advantage, can simultaneously observe the waveform of 8 channels, obtain the timing of each channel, and help accelerate the research and development process.
Eye diagram and jitter analysis, assisting signal integrity analysis
By using eye diagrams, the effects of intersymbol interference and noise can be observed, reflecting the overall characteristics of the signal and helping to evaluate the quality of the system. Jitter analysis can further analyze and measure system performance to improve the timing redundancy of high-speed circuits.
Excellent user interface and user experience
·Equipped with a 12.1-inch TFT-LCD large display screen with a resolution of 1280 * 800;
·Capacitive touch screen, with various gestures specifically defined for oscilloscope operation, greatly improves the efficiency of instrument control;
·Embedded Web Server, allowing for remote access and operation of the oscilloscope through web pages;
·Supports mouse and keyboard operations.
Serial protocol triggering and decoding covering multiple industries
SDS6000 Pro provides multiple serial protocol triggers and decoding, covering multiple industries.
| I2C, SPI | Embedded serial protocol triggering and decoding |
| UART | PC serial protocol triggering and decoding |
| CAN, CAN FD, LIN, FlexRay ,SENT | Triggering and Decoding of Automotive Serial Protocol |
| I2S | Audio serial protocol triggering and decoding |
| MIL-STD-1553B | Flight system serial protocol triggering and decoding |
| Manchester | Ethernet Serial Protocol Decoding |
| ARINC429 | Decoding of Avionics Serial Protocol |
Powerful measurement function
The SDS6000 Pro can measure over 60 parameters, including horizontal, vertical, inter channel delay, and mixed measurement.
The parameter statistics function can display five measurement values of any parameter: current value, average value, minimum value, maximum value, and standard deviation; It can simultaneously measure and statistically analyze 12 different parameters. Histogram statistics can visually display the probability distribution of parameters; Trend charts can reflect the changes in parameters over time.
In addition, for measurements in the horizontal direction (such as period, pulse width, etc.), the traditional method of obtaining only one measurement value per frame is abandoned, and all measurement values of specified horizontal items in a frame are calculated and included in statistics, greatly improving testing efficiency.
Specifications
| bandwidth | 350 MHz 、500 MHz 、1 GHz、2 GHz |
| Real time sampling rate | 5 GSa/s, 10 GSa/s (2GHz bandwidth or 8-channel model) |
| number of channels | 4/8+EXT |
| Storage depth | 250 Mpts/CH, 500 Mpts/CH (2GHz bandwidth or 8-channel model) |
| Maximum waveform capture rate | 750000 wfm/s (Sequence mode) |
| interface | USB 3.0 Host x2, USB 2.0 Host x2, USB 2.0 Device, LAN, micro SD card, HDMI, external trigger input, auxiliary output (TRIG OUT, PASS/FAIL), 10 MHz In (only 8 channels), 10 MHz Out (only 8 channels), AWG (only 8 channels) |
| measurement | More than 50 parameter measurements and support histogram and trend chart statistics |
| Data analysis and processing tools | Search, navigation, history, template testing, digital multimeter, Bode plot, power analysis (optional), waveform histogram, counter, jitter and eye diagram analysis (optional) |
| screen | 12.1-inch capacitive touch screen display with a resolution of 1280 * 800 |
| Trigger Type | Edge, Slope, Pulse width, Window, Runt, Interval, Dropout, Pattern, Video, Nth Edge, Delay, Build/Hold Time, Serial Trigger |
| Serial triggering and decoding (standard) | I2C, SPI, UART, CAN, LIN |
| Serial triggering and decoding (optional) | CAN FD, FlexRay, I2S, MIL-STD-1553B, SENT, Manchester,ARINC429 |
| Digital channel (optional) |
16 channels, 500 MSa/s sampling rate, 12.5 Mpts/ch storage depth; 16 channels, 1 GSa/s sampling rate, 50 Mpts/ch storage depth (2GHz bandwidth or 8-channel model)) |
| Signal generator (optional) | 4 channels: External isolation 8 channels: built-in Maximum output frequency 25 MHz, sampling rate 125 MSa/s, waveform length 16 kpts |
| Standard probe | 500 MHz, 1 set per channel |