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File name: | No Programming Required_ Digitizing Signals and Analyzing Data with a DMM - Application Note 5991-22 [preview No Programming Required Digitizing Signals and Analyzing Data with a DMM - Application Note 5991-22] |
Size: | 421 kB |
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Mfg: | Agilent |
Model: | No Programming Required Digitizing Signals and Analyzing Data with a DMM - Application Note 5991-22 🔎 |
Original: | No Programming Required Digitizing Signals and Analyzing Data with a DMM - Application Note 5991-22 🔎 |
Descr: | Agilent No Programming Required_ Digitizing Signals and Analyzing Data with a DMM - Application Note 5991-2284EN c20140725 [6].pdf |
Group: | Electronics > Other |
Uploaded: | 05-06-2021 |
User: | Anonymous |
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File name No Programming Required_ Digitizing Signals and Analyzing Data with a DMM - Application Note 5991-22 Keysight Technologies No Programming Required: Digitizing Signals and Analyzing Data with a DMM Application Note Introduction Keysight Technologies, Inc. digital multimeters are ubiquitous on work benches and in automated test systems. You have most likely used one at some point in time. They measure basic electrical properties and give you a clear reading. More sophisticated DMMs have higher precision, data logging capability, and higher measurement speeds. If your DMM has these capabilities, you can use it to digitize your signals. Digitizing is useful to understand your signal better, and you can plot the data for a visual representation of your signal. Digitizing with your DMM has been simpliied with the Keysight DMM Connectivity Utility. This measurement brief explains how the new Keysight DMM app can help you digitize your signals and understand your data faster. In a couple of clicks, it can graph your measurements. The app also synchronizes multiple DMMs and allows you to put together a multichannel DMM system. Snapshot A mechanical engineering student was designing an airplane wing for his luid dynamics class. In order to evaluate the lex of the wing under different conditions, he needed to be able to measure forces on the wing in at least four different locations. He had some force transducers that change resistance depending on strain, these sensors were as old as he is. Since he is an undergrad, he did not have access to the really expensive equipment that the Graduate students use. He realized that he had access to the electronics' lab equipment to borrow a few DMMs. The student downloaded the Keysight DMM Connectivity Utility and used the app to setup his measurement. He was going to take lot of discrete data points then put the data together in Excel later. But he found out that he can use this app to digitize all four points and graph the data right away. In an afternoon, he's able to digitize the tranducer outputs in parallel and sweep through all of the test conditions. He then spent the rest of the weekend "studying". 03 | Keysight | No Programming Required: Digitizing Signals and Analyzing Data with a DMM |
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