我们在测量高电容时遇到了类似的问题(后来通过购买我们的Agilent U1733C LCR测量仪解决了这个问题)。
然而,在购买U1733c之前,我们意识到我们可以使用Agilent 34410A欧姆刻度(可能与34411A欧姆刻度相似或相同)对非常高价值的电容进行“粗略”测试。
我们在一个简短的技术中概述了基于欧姆标度恒定电流源的程序。
note链接:http://www.gellerlabs.com/HiValCMsrmnts.htm |
使用欧姆表测量高电容值。
以上来自于谷歌翻译
以下为原文
We had a similar problem in measuring high capacitance (later solved with the purchase of our Agilent U1733C LCR meter).
However, before the U1733c purchase, we realized that we could do "rough" testing of very high valued capacitors using the Agilent 34410A ohms scales (probably similar or identical to the 34411A ohms scales).
We outlined the procedure, based on the ohms scale constant current source, in a brief tech. note Link: http://www.gellerlabs.com/HiValCMsrmnts.htm | Using an Ohm Meter to Measure High Capacitance Values.
我们在测量高电容时遇到了类似的问题(后来通过购买我们的Agilent U1733C LCR测量仪解决了这个问题)。
然而,在购买U1733c之前,我们意识到我们可以使用Agilent 34410A欧姆刻度(可能与34411A欧姆刻度相似或相同)对非常高价值的电容进行“粗略”测试。
我们在一个简短的技术中概述了基于欧姆标度恒定电流源的程序。
note链接:http://www.gellerlabs.com/HiValCMsrmnts.htm |
使用欧姆表测量高电容值。
以上来自于谷歌翻译
以下为原文
We had a similar problem in measuring high capacitance (later solved with the purchase of our Agilent U1733C LCR meter).
However, before the U1733c purchase, we realized that we could do "rough" testing of very high valued capacitors using the Agilent 34410A ohms scales (probably similar or identical to the 34411A ohms scales).
We outlined the procedure, based on the ohms scale constant current source, in a brief tech. note Link: http://www.gellerlabs.com/HiValCMsrmnts.htm | Using an Ohm Meter to Measure High Capacitance Values.
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