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You're reading from  The Ultimate Guide to Informed Wearable Technology

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Published inOct 2022
PublisherPackt
ISBN-139781803230597
Edition1st Edition
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Christine Farion
Christine Farion
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Christine Farion

Christine Farion is a Post Graduate Lecturer at The Glasgow School of Art for MDes Inn and Interaction Design. A PhD in Smart objects in the domain of Forgetfulness, Christine has been involved in teaching computing, programming, electronics, and prototyping for over 15 years. Previously she created interactive installations internationally, and did research and support for a visual impairment charity. Her interests are memory, accessibility, and physical computing. Currently researching and creating wearable technologies, her focus is on the way we experience our environment and interact with others. This involves interaction to improve quality of life, interpersonal communication, and community well-being.
Read more about Christine Farion

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Using a multimeter

We can use a multimeter to measure resistance, voltage, and current. It’s a great way to see what’s going on in our circuit. Using a multimeter, we can check our connections and find breaks in the circuit; it tells us when something is broken. Multimeters, as shown in Figure 2.6, come in different sizes and prices. Starting with a low-cost one will be suitable for our circuits. I have a small portable one. They have a dial so that you can select the function you need. A multimeter will have probes that we’ll use to connect to the circuit to take measurements. You’ll notice these are also black and red, following the same convention we’ve been using for our circuits, too. If your probes are removable, make sure the black probe is in the COM port and that the red probe is in the mAVΩ port. Additionally, note that the multimeter uses the convention of red wire for positive/power and black for negative/ground. You should read...

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The Ultimate Guide to Informed Wearable Technology
Published in: Oct 2022Publisher: PacktISBN-13: 9781803230597

Author (1)

author image
Christine Farion

Christine Farion is a Post Graduate Lecturer at The Glasgow School of Art for MDes Inn and Interaction Design. A PhD in Smart objects in the domain of Forgetfulness, Christine has been involved in teaching computing, programming, electronics, and prototyping for over 15 years. Previously she created interactive installations internationally, and did research and support for a visual impairment charity. Her interests are memory, accessibility, and physical computing. Currently researching and creating wearable technologies, her focus is on the way we experience our environment and interact with others. This involves interaction to improve quality of life, interpersonal communication, and community well-being.
Read more about Christine Farion