SL2000高速數(shù)據(jù)采集單元是一種用于嵌入式系統(tǒng)的隔離示波器/高速數(shù)據(jù)采集器。
可以使用與DL950和DL350相同的插件模塊。
只需一個SL2000單元，您就可以同時記錄從低電壓到1000V的隔離模擬信號、數(shù)字信號、編碼器信號、來自車載網(wǎng)絡(luò)的CAN/CAN FD/LIN/SENT通信信號以及振動、應(yīng)變和溫度等NVH信號。
高達(dá)200 MS/s
隔離1000 V輸入，7000 V輸入，帶差分探頭
高達(dá)8 G點內(nèi)存
高達(dá)160 CH*（5個單元連接并同步）
*使用720221 16通道模塊時最多640通道
10 Gbps PC流
實時計算/功率計算/電機dq分析
Two operation modes: oscilloscope and recorder
There are two modes, "Scope Mode" and "Memory Recorder Mode", to suit the environment and purpose.
Scope Mode
This is an operation mode suitable for measuring high-speed signals and repetitive waveforms.
Like an oscilloscope, the waveform is recorded each time a trigger occurs according to the set time axis setting (T/Div) and number of sampling points.
The measurement range is displayed in scale units (V/Div).
Memory Recorder Mode
This is an operation mode suitable for measuring continuous waveforms over long periods of time.
Like a data logger or recorder, it performs one-shot measurements with predefined measurement conditions, and records input signals by setting the sampling interval and recording time.
The measurement range is displayed relative to the full width (upper and lower limits).
Maximum 200 MS/s, isolated 1000 V input. Up to 7000 V possible with differential probe
High-speed sampling of up to 200 MS/s 14 bits is possible, allowing you to accurately capture switching waveforms of high-speed inverters and rapid noise around power supplies.
In addition, when combined with a large-capacity memory of up to 8 G points, you can record continuously for up to 20 seconds even at high-speed sampling of 200 MS/s.
The 720212 can provide isolated 1000V input when combined with the 700929 (10:1) /702902 (10:1) /701947 (100:1) passive probes.
The 701255 High-Speed 10MS/s 12-Bit Non-Isolated Module or Isolated Module can be combined with the 701905 Conversion Cable and 701977 High-Voltage Differential Probe to measure high voltages up to 7000V.
Action on trigger and GO/NO-GO judgement
The Action on Trigger function automatically performs predefined tasks-such as saving data files, activating a buzzer, or sending notifications-when a trigger condition is met. Additionally, it can perform pass/fail (GO/NO-GO) evaluations based on waveform parameters such as shape or amplitude, and execute actions based on the result.
