Comprehensive test and measurement service provider-Shenzhen Weike Electronic Technology Co.
12-bit high-resolution sampling: better rendering of waveform details
The SDS1000X EDU adopts a 12-bit analog-to-digital converter, which can achieve 4096 quantization levels, which is 16 times the signal resolution of traditional 8-bit oscilloscopes. Combined with the excellent noise floor, it can make the captured waveforms more "clean and clear" on the screen, which is conducive to the observation as well as accurate measurement.
Teaching and experimental waveforms
Educators and students can use SAG1021I or other SIGLENT signal source products to quickly generate a variety of teaching waveforms and experimental signals, whether it is the basic understanding of the waveforms or complex experimental analysis, can be easily realized, so that the teaching and experimentation more comfortable.
Math operations: 4-way parallelism improves efficiency
4 independent Math waveforms, support for more than 20 commonly used mathematical operations, in addition to the basic mathematical operations, the oscilloscope also provides derivatives, integrals, logarithms, and other algebraic operations, in addition to supporting the formula editor to customize the expression of the operation, used to achieve the complexity of the nested arithmetic, mathematical operations waveforms and measurements can be used as a parameter for other mathematical operations.
FFT: The perfect combination of time and frequency domains
Hardware-accelerated FFT function, with a maximum number of 2M points, provides superior spectral resolution while still maintaining a high spectral refresh rate. Supports a variety of window functions, normal, average, and maximum hold modes, and automatic marking of peaks and formation of lists.
Rich Trigger Functions: Pinpointing Trigger Events
The SDS1000X EDU series provides a variety of trigger modes for precise isolation of signal events of interest. In addition to simple triggers such as edge, slope, pulse width, and under-amplitude, it also supports complex trigger conditions such as code trigger and video trigger, and it also comes standard with a wide range of bus protocol triggers, including I2C, SPI, UART, CAN, LIN, and CAN FD, FlexRay, which can help users quickly lock the event of interest in the complicated sampling information.
Template testing: high speed verification of product quality
Hardware-based template test function that can perform up to 70,000 tests per second. Generate templates based on user-defined vertical and horizontal tolerances, and determine whether the test fails by comparing whether the signal under test touches the template. Not only can you pre-set the acquisition stop and buzzer alarm when the test fails, but you can also automatically take a screenshot of the failed frames or store them in the history frame, which is very suitable for unattended monitoring of abnormal signals over a long period of time.
Power Analysis: Enabling Power Supply Design and Evaluation
Power analysis function can help users to quickly measure and analyze many items in the field of power electronics, such as power quality, harmonics, inrush current, switching loss, output ripple, transient response, etc. After selecting the power analysis function, you can correctly connect the voltage and current probes according to the connection guide, in addition, together with baudot software, you can also measure and analyze the power loop response, which can be a substitute for expensive network analyzers under certain circumstances. In some cases, it can replace the expensive network analyzer, which can be widely used in the fields of switching power device parameter measurement, power control loop modulation characterization and line power harmonic analysis.
Digital Logic Signal Analysis: Toward Mixed Signal Acquisition and Analysis
The 16-channel logic analyzer probe can add 16 digital channels to the instrument without affecting other test functions, which can quickly solve the problems of analog-digital mixed-signal design and analysis.
| model number | analog bandwidth | channel number | Maximum real-time sampling rate | Maximum waveform capture rate | Maximum storage depth | vertical resolution | Reference price (including tax) |
|---|---|---|---|---|---|---|---|
| SDS1202X EDU | 220 MHz | 2 | 2 GSa/s | 500,000 wfm/s | 100 Mpts/ch | 12-bit | Contact Quote |
| SDS1204X EDU | 220 MHz | 4 | 2 GSa/s | 500,000 wfm/s | 100 Mpts/ch | 12-bit | Contact Quote |
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