We have a present for you today. It's something that people have been regularly asking for, despite our best efforts to be as clear as possible that Yoctopuce doesn't provide ready-to-use solutions. In the end, we decided to make a small exception:-) and to give you an application to easily visualize the values measured by Yoctopuce sensors. If you work under Windows, you will be able to display graphs, indicators, and other gadgets in a few clicks. Follow the guide...
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The usual method to detect smoke consists in measuring the reflection of a light beam on the smoke particles suspended in the air. Although we don't explicitly have a smoke detector in our product catalogue, we recently started offering a product which can be used for this: the Yocto-RangeFinder. Indeed, this sensor uses exactly the same principle for its main feature (distance measurement) and can therefore easily be used as USB smoke detector, or even as a networked smoke detector.
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We are adding today a new product to our family of position sensors: the Yocto-RangeFinder. It is a kind of intermediate between the low-cost Yocto-Proximity and a precise but expensive laser rangefinder. So let's see how much you can expect from this new piece of hardware...
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Nowadays, most laboratory measuring tools have an RS232 port and/or a USB port, enabling you to drive them remotely. Usually, the manufacturers of this kind of instruments offer a proprietary software to drive them from a computer. This piece of software is usually more or less easy to use and not necessarily free. Obviously, it is tempting to get rid of the original software and to drive the devices on one's own. The question that we pondered this week was to know whether there was a universal way to drive this kind of equipment from an arbitrary software.
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From time to time, a customer contacts Yoctopuce support to complain about significant instabilities on measures performed with a Yocto-Thermocouple. Each time, the conclusion is the same: the instabilities are the result of an unwanted ground loop. The Yocto-Thermocouple is not an electrically isolated module: there is no electric separation between the measuring part and the USB part. This has consequences that you must clearly understand. This is what we are going to explain this week.
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