... 超量程显示Over range Indication 采样速度Conversion Rate 2.5次/秒(DC)或1次/秒(AC) ...
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分别设置不同的采样速度(Sampling Speed)为100,500,1000,2000,4000,6000,8000,11000 点/S ,按“确定”钮。
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...ution)、量化误差(quantizing error)、转换精度(conversion rate)、采样时间(sampling time)、采样速度(sampling rate)和电源抑制比(power supply rejection ratio)等。其中分辨率又称为转换精度。
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采样时钟速度 Sample Clock Speed
The increasing digitalization in all spheres of electronics applications, from telecommunications systems to consumer electronics appliances, requires ADCs with a higher sampling rate, higher resolution, and lower power consumption. Hence the same performance requirements come to the S/H circuits.
随着通信系统和消费类电子设备的发展,需要ADC具有更快的采样速度、更高的采样精度和更低的功耗,同样也需要其前端的采样/保持电路具有高速、高精度、低功耗的性能。
参考来源 - 高速高精度采样/保持电路理论模型与技术实现·2,447,543篇论文数据,部分数据来源于NoteExpress
单台采样速度可控制在2秒左右,多台同时采样误差较低;
The sampling speed of one unit can be controlled in 2 seconds , and many use together can reduce error.
采样速度和保持精度,是采样保持电路设计制作者最为关注的两项指标。
Sampling rate and holding accuracy are two most concerned targets in designing the sample-and-hold circuit.
某些研究领域的数据采样速度要求越来越高,数据采集也要求有更高的自动化程度。
In some research domain data sample speed becomes higher and higher, and data acquisition requires higher automation.
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