Comprehensive test and measurement service provider-Shenzhen Weike Electronic Technology Co.
Rich Hardware Interface
Supports 2 USB Host 3.0 and 2 USB Host 2.0, 1 USB Device 2.0 (USBTMC), 1 1000M LAN (VXI-11/Telnet/Socket), 1 micro SD card, 1 auxiliary output (Pass/Fail and Trigger Out multiplexed), 1 HDMI video output, 1 10 MHz In and 1 10 MHz Out. HDMI video output connector, 1 x 10 MHz In and 1 x 10 MHz Out.
Eye chart and jitter analysis
- Eye diagram analysis is the core of signal integrity analysis for high-speed systems. the SDS6000L provides eye diagram and jitter analysis of digital signals, automatically extracting clocks from serial data for reconstruction of eye diagrams and jitter calculations;
- Supports automatic measurement of a wide range of eye chart and jitter parameters;
- Support for template testing of eye charts.
Superior performance, high fidelity signal capture and detailing
The SDS6000L series maintains excellent performance in a compact body: the bandwidth is up to 2 GHz, which allows measurement of signals with shorter rise time; the maximum sampling rate of 10 GSa/s captures waveform data more accurately, and the deep storage of up to 500 Mpts/channel allows users to capture signals for longer periods of time with a higher sampling rate, and then zoom in on areas of concern quickly; the innovative SPO technology of Dingyang has a capture rate of up to 750,000 frames/second (Sequence mode), which can easily capture low-probability anomalous events. Adopting Tingyang's innovative SPO technology, it has a waveform capture rate of up to 750,000 frames/sec (Sequence mode), which can easily capture low-probability anomalous events.
12-bit high resolution to meet the needs of higher precision testing
High-resolution oscilloscopes can effectively improve signal measurement accuracy. Traditional 8-bit resolution oscilloscopes have a quantization level of 256, while 12-bit resolution has a quantization level of 4096, which means that for a signal with a measurement voltage of 1V, the minimum signal amplitude that can be measured under 12-bit is 1/4096V, while 8-bit is only 1/256V. 12-bit resolution can be up to 16 times that of the traditional 8-bit, which improves signal measurement accuracy by an order of magnitude.
High-resolution oscilloscopes require a very high level of noise floor, otherwise small signals can easily be drowned in noise. the SDS6000L's noise floor is only 153 μVrms, and its DC gain accuracy can reach ±0.5%, which allows the 12-bit ADC to give full play to its performance and enables users to observe more waveform details.
Flexible networking, up to 512-channel high-speed data acquisition system
SDS6000L has a compact design and compact volume, only 1U high, which can set up a flexible multi-channel acquisition system to obtain a larger measurement range in a smaller space, i.e., multiple (up to 64) oscilloscopes can be triggered by the synchronizer to synchronize the acquisition, and it supports the expansion of up to 512 analog channels; it can be used to realize human-computer interaction through an external monitor and mouse, and it can also be connected to the host PC via the network port to realize remote control of the instrument through the WebServer or the secondary development of host PC software. It can also be connected to the host computer through the network port to realize remote control of the instrument through WebServer or secondary development of host computer software, which is flexible and very suitable for a variety of application scenarios from the laboratory to the production.
Compact design for machine diagnostics and automated testing
The SDS6000L compact oscilloscope has a compact design, its 4-channel model is only 43mm thick and occupies 1U of space, which is different from traditional desktop oscilloscopes that need to occupy 7U, its thin design can greatly save space and provide a better choice for machine diagnosis and automated test scenarios. 8-channel oscilloscopes are packaged in a 2U package, and they can be expanded to a maximum of 512 analog channels, which greatly increases the channel density. This greatly increases channel density. In the field of machine diagnostics and automated testing, most engineers and researchers prefer cost-effective data acquisition solutions with sufficient performance and channel counts, and the SDS6000L series of compact oscilloscopes and the multi-channel high-speed data acquisition system it builds can perfectly meet this demand.
| model number | analog bandwidth | channel number | Maximum real-time sampling rate | Maximum waveform capture rate | Maximum storage depth | vertical resolution |
|---|---|---|---|---|---|---|
| SDS6208L H12 | 2 GHz | 8 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 12-bit |
| SDS6208L H10 | 2 GHz | 8 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 10-bit |
| SDS6204L H12 | 2 GHz | 4 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 12-bit |
| SDS6204L H10 | 2 GHz | 4 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 10-bit |
| SDS6108L H12 | 1 GHz | 8 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 12-bit |
| SDS6108L H10 | 1 GHz | 8 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 10-bit |
| SDS6104L H12 | 1 GHz | 4 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 12-bit |
| SDS6104L H10 | 1 GHz | 4 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 10-bit |
| SDS6058L H12 | 500 MHz | 8 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 12-bit |
| SDS6058L H10 | 500 MHz | 8 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 10-bit |
| SDS6054L H12 | 500 MHz | 4 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 12-bit |
| SDS6054L H10 | 500 MHz | 4 +EXT | 10 GSa/s | 750,000 wfm/s | 500 Mpts/ch | 10-bit |
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