• ZDS4054 Plus
ModelsAnalog bandwidth Number of channelsReal-time sampling rate for each channel Memory depthWaveform capture rate Protocol decodingNumber of FFT analysis pointsParameter measurement statisticsFIR filter
ZDS4054 Plus500MHz44G512Mpts>1Mwfms/s30 kinds4M51 kindsYes
ZDS4034 Plus350MHz44G512Mpts>1Mwfms/s30 kinds4M51 kindsYes
ZDS4024 Plus200MHz44G512Mpts >1Mwfms/s30 kinds4M51 kindsYes
ZDS3054 Plus500MHz4 4G250Mpts >330Kwfms/s 30 kinds4M 51 kinds Yes
ZDS3034 Plus350MHz44G250Mpts >330Kwfms/s 30 kinds 4M51 kindsYes
ZDS3024 Plus 200MHz44G250Mpts >330Kwfms/s 30 kinds 4M51 kindsYes

What is a data mining oscilloscope?

By capturing 512M massive waveforms and having an in-depth data mining capability, and a smooth operation experience based on a full touch screen, ZDS4000 series data mining oscilloscopes offer a brand new model of analysis to locate problems.

Step 1 of data mining: 512M large data storage

Memory depth is the product of sampling rate and sampling time. Therefore, 512M large memory depth can achieve long-time waveform capture without any distortion.

Step 2 of data mining: Exception capture at 1M capture rate

The faster the waveform capture rate is, the shorter the dead time. The ZDS4000 series oscilloscope has the highest capture rate of 1M waveforms/second in the industry. When combined with the mask trigger function, there is greatest probability of discovery and capture the abnormal signal.

Step 3 of data mining: True parameter measurement

Different from traditional oscilloscopes which only measure one period or use re-measurement mode by reducing samples, the ZDS4000 series oscilloscope measures every period of each frame of the waveform through FPGA full hardware parallel processing and based on original sampling rate and 512Mpts full memory depth. It only takes about 1 second to realize true parameter measurement of 512Mpts data, with the measurement items as many as 51 kinds and support for simultaneous display of 24 parameters. This measurement has essential difference with the traditional oscilloscope measurement, which is also a major breakthrough in oscilloscope test methods.

Step 4 of data mining: Waveform search and intelligent marking

The ZDS4000 series oscilloscope not only provides 512M waveform data, but also is equipped with a powerful waveform search and intelligent marking function. You can locate the abnormal position in 512Mpts waveform data through such search conditions as edge, pulse width, runt, rising/falling time, cycle/frequency, etc; and mark abnormal signals with an intelligent marking function. In this process, all measurement is performed by FPGA full hardware acceleration, and the whole process can be completed at around 1 second.

Analytical plug-ins and unique functions

  • Different from the individual charging for every analytical plug-in, all plug-ins of the ZDS4000 series oscilloscope are standard configuration, which can provide a further analysis for interested waveforms, greatly improving the fault debugging efficiency of overall system signals and assisting engineers to quickly locate the problem.

  • Each channel of the ZDS4000 series oscilloscope is equipped with a filter ranging from 50Hz to 200MHz, which is particularly suitable for filtering out unwanted signals, observing occasions where there are particular bandwidth signals, and supporting trigger and measurement analysis of waveform after filtering.

  • The ZDS4000 series oscilloscope supports the dual-ZOOM mode, which can set the zoom coefficient for two windows separately to display the waveform of two different timeline ranges simultaneously. Combined with convenient touch and large knob operations, the waveform of each window can be easily controlled.

  • If the signal to be captured is a low duty cycle pulse or a burst signal and there is a long idle time between signals, the segmented storage function of the ZDS4000 series oscilloscope can effectively extend the waveform sampling time.

  • The ZDS4000 series oscilloscope supports custom operations among waveform channels. Instead of simple operations such as addition, subtraction, multiplication, and division, its operations are conducted according to customized waveform formulas. Suppose the voltage waveform inputs to channel l and the current waveform inputs to channel 2 inputs, an energy curve can be obtained directly by setting the formula of Intg (CH1*CH2). As all operations are based on FPGA hardware acceleration, all operation waveforms can be presented within a few hundred milliseconds.

  • The majority of oscilloscopes on the market can only support the FFT analysis of 8K sample points at most. If the sampling rate is 1G, the frequency resolution is only 125 kHz; therefore, in most cases, it is impossible to accurately judge the spectral distribution of signals. The ZDS4000 series oscilloscope eliminates the simple function parcel. It applies a professional processing chip internally, breaks through technical barriers, and upgrades the number of FFT analysis points to 4M sample points. Its frequency resolution can be accurate to 250 Hz under the same sampling rate of 1G, and it is able to accurately analyze the source of interference in circuits as to improve the practical value of the oscilloscope's FFT greatly.

  • The data mining oscilloscope can not only use its powerful analysis function to perform various analyses, but also export a large waveform data of 512M via Ethernet for further offline analysis through the Wave Analyze software equipped with the oscilloscope.

  • Different from the individual charging for every analytical plug-in, all plug-ins of the ZDS4000 series oscilloscope are standard configuration, which can provide a further analysis for interested waveforms, greatly improving the fault debugging efficiency of overall system signals and assisting engineers to quickly locate the problem.

Product Origins

2016The ZDS4000 series oscilloscope came to the market, which opened a new era of oscilloscope data mining and analyzing.
2015250M memory depth, redefining the oscilloscope yet again!
2014Short incoming of ZDS2022 oscilloscope with ultimate perfection.
2012ZHIYUAN Electronics developed the third oscilloscope. However, its release was postponed to improve user experience.
ZHIYUAN Electronics is a late bloomer for pursuing competitive products and good quality.
2010The second oscilloscope came to the market in small quantities as a trial production.
Since it was not a competitive product according to the strict standards of ZHIYUAN Electronics,
the market opportunity was set aside in order to begin research on the third model.
2008ZHIYUAN Electronics developed the first desktop oscilloscope to accumulate and sum up relevant experience for starting research on the second model.
......2007ZHIYUAN Electronics participated in formulating the national standard of the digital oscilloscope.2005ZHIYUAN Electronics cooperated with colleges and universities to start preliminary research on the oscilloscope.2004ZHIYUAN Electronics developed a virtual oscilloscope to accumulate relevant technology.