hrk/Braid-slides
1
0
Fork 0
Code Issues Pull requests Actions Packages Projects Releases Wiki Activity

typo

Browse source
This commit is contained in:
Heerko 2022-07-20 14:04:17 +02:00
parent dd59fa25f1
commit ed6678f71e
3 changed files with 3 additions and 6 deletions
Show stats Download patch file Download diff file Expand all files Collapse all files

3
html_output/2022-07-20_hrk.html
View file

@ -4,5 +4,4 @@
messageStyle: "none",
TeX : { extensions : ['color.js'] }
});
</script></head><body class="impress-not-supported"><div id="impress-help"></div><div class="header"><p>Soilpunk &#x1F30F;&#x1F918; - Joulethief</p></div><div id="impress"><div class="step step-level-1" step="0" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="0" data-y="0" data-z="0"><h1 id="soilpunk-joulethief">Soilpunk - Joulethief</h1><p>This document is viewable as <a href="https://github.com/hackersanddesigners/soilpunk_joulethief_slides/blob/master/slides.rst">a webpage</a> or as <a href="https://hackersanddesigners.github.io/soilpunk_joulethief_slides/html_output/index.html">a slideshow</a></p></div><div class="step step-level-1" step="1" id="joulethief" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="1600" data-y="0" data-z="0"><h1 id="joulethief">Joulethief</h1><img src="./assets/images/joulethief_simple.jpeg"></img></div><div class="step step-level-1" step="2" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="3200" data-y="0" data-z="0"><h1 id="transistor">Transistor</h1><img src="./assets/images/transistor.png" width="300"></img><img src="./assets/images/analogi-transistor-87050130.gif" width="500"></img><p>Water analogy: the little bit of water from B to E opens the gate for the bigger flow from C to E</p></div><div class="step step-level-1" step="3" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="4800" data-y="0" data-z="0"><h1 id="joulethief-1">Joulethief</h1><img src="./assets/images/joulethief.jpeg"></img></div><div class="step step-level-1" step="4" id="joulethief-step1" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="6400" data-y="0" data-z="0"><h1 id="joulethief-2">Joulethief</h1><img src="./assets/images/joulethief_1.png"></img><p>A small current flows from the battery through the coil and the base-emitter path of the transistor. This opens the emittor-collector path of the transistor.</p></div><div class="step step-level-1" step="5" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="8000" data-y="0" data-z="0"><h1 id="joulethief-3">Joulethief</h1><img src="./assets/images/joulethief_2.png"></img><p>Electricity is now able to travel through the second coil and through the collector-emitter channel of the transistor.</p></div><div class="step step-level-1" step="6" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="9600" data-y="0" data-z="0"><h1 id="joulethief-4">Joulethief</h1><img src="./assets/images/joulethief_3.png"></img><p>The increasing amount of electricity through the second coil generates a negative voltage in the first coil.
An negative voltage is induced in the first coil, which cause the transistor to close.</p></div><div class="step step-level-1" step="7" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="11200" data-y="0" data-z="0"><h1 id="joulethief-5">Joulethief</h1><img src="./assets/images/joulethief_4.png"></img><p>With the transistor closed the energy starts to flow through the output (led).</p></div><div class="step step-level-1" step="8" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="12800" data-y="0" data-z="0"><h1 id="joulethief-6">Joulethief</h1><img src="./assets/images/joulethief_5.png"></img><p>The inductor is now powered by the magnetic field of the coil.</p></div><div class="step step-level-1" step="9" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="14400" data-y="0" data-z="0"><h1 id="joulethief-7">Joulethief</h1><img src="./assets/images/joulethief_6.png"></img><p>When the magnetic field is gone, the whole process <a href="#joulethief-step1">starts over</a>.</p></div><div class="step step-level-1" step="10" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="16000" data-y="0" data-z="0"><h1 id="joulethief-8">Joulethief</h1><p>A more detailed explanation can be found on <a href="https://www.instructables.com/Joule-Thief-Circuit-How-to-Make-and-Circuit-Explan/">instructables</a></p></div><div class="step step-level-1" step="11" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="17600" data-y="0" data-z="0"><h1 id="led">Led</h1><img src="./assets/images/led_polarity.png"></img><p>Make sure to get the LED polarity right. Short leg goes to ground!</p></div><div class="step step-level-1" step="12" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="19200" data-y="0" data-z="0"><h1 id="circuit">Circuit</h1><img src="./assets/images/circuit.png"></img><p><a href="https://github.com/hackersanddesigners/Soilpunk_joulethief">https://github.com/hackersanddesigners/Soilpunk_joulethief</a></p></div></div><script type="text/javascript" src="js/impress.js"></script><script type="text/javascript" src="js/gotoSlide.js"></script><script type="text/javascript" src="js/hovercraft.js"></script></body></html>
</script></head><body class="impress-not-supported"><div id="impress-help"></div><div class="header"><p>Soilpunk &#x1F30F;&#x1F918; - Joulethief</p></div><div id="impress"><div class="step step-level-1" step="0" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="0" data-y="0" data-z="0"><h1 id="soilpunk-joulethief">Soilpunk - Joulethief</h1><p>This document is viewable as <a href="https://github.com/hackersanddesigners/soilpunk_joulethief_slides/blob/master/slides.rst">a webpage</a> or as <a href="https://hackersanddesigners.github.io/soilpunk_joulethief_slides/html_output/index.html">a slideshow</a></p></div><div class="step step-level-1" step="1" id="joulethief" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="1600" data-y="0" data-z="0"><h1 id="joulethief">Joulethief</h1><img src="./assets/images/joulethief_simple.jpeg"></img></div><div class="step step-level-1" step="2" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="3200" data-y="0" data-z="0"><h1 id="transistor">Transistor</h1><img src="./assets/images/transistor.png" width="300"></img><img src="./assets/images/analogi-transistor-87050130.gif" width="500"></img><p>Water analogy: the little bit of water from B to E opens the gate for the bigger flow from C to E</p></div><div class="step step-level-1" step="3" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="4800" data-y="0" data-z="0"><h1 id="joulethief-1">Joulethief</h1><img src="./assets/images/joulethief.jpeg"></img></div><div class="step step-level-1" step="4" id="joulethief-step1" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="6400" data-y="0" data-z="0"><h1 id="joulethief-2">Joulethief</h1><img src="./assets/images/joulethief_1.png"></img><p>A small current flows from the battery through the coil and the base-emitter path of the transistor. This opens the emittor-collector path of the transistor.</p></div><div class="step step-level-1" step="5" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="8000" data-y="0" data-z="0"><h1 id="joulethief-3">Joulethief</h1><img src="./assets/images/joulethief_2.png"></img><p>Electricity is now able to travel through the second coil and through the collector-emitter channel of the transistor.</p></div><div class="step step-level-1" step="6" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="9600" data-y="0" data-z="0"><h1 id="joulethief-4">Joulethief</h1><img src="./assets/images/joulethief_3.png"></img><p>The increasing amount of electricity through the second coil generates a negative voltage in the first coil, which cause the transistor to close.</p></div><div class="step step-level-1" step="7" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="11200" data-y="0" data-z="0"><h1 id="joulethief-5">Joulethief</h1><img src="./assets/images/joulethief_4.png"></img><p>With the transistor closed the energy starts to flow through the output (led).</p></div><div class="step step-level-1" step="8" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="12800" data-y="0" data-z="0"><h1 id="joulethief-6">Joulethief</h1><img src="./assets/images/joulethief_5.png"></img><p>The inductor is now powered by the magnetic field of the coil.</p></div><div class="step step-level-1" step="9" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="14400" data-y="0" data-z="0"><h1 id="joulethief-7">Joulethief</h1><img src="./assets/images/joulethief_6.png"></img><p>When the magnetic field is gone, the whole process <a href="#joulethief-step1">starts over</a>.</p></div><div class="step step-level-1" step="10" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="16000" data-y="0" data-z="0"><h1 id="joulethief-8">Joulethief</h1><p>A more detailed explanation can be found on <a href="https://www.instructables.com/Joule-Thief-Circuit-How-to-Make-and-Circuit-Explan/">instructables</a></p></div><div class="step step-level-1" step="11" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="17600" data-y="0" data-z="0"><h1 id="led">Led</h1><img src="./assets/images/led_polarity.png"></img><p>Make sure to get the LED polarity right. Short leg goes to ground!</p></div><div class="step step-level-1" step="12" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="19200" data-y="0" data-z="0"><h1 id="circuit">Circuit</h1><img src="./assets/images/circuit.png"></img><p><a href="https://github.com/hackersanddesigners/Soilpunk_joulethief">https://github.com/hackersanddesigners/Soilpunk_joulethief</a></p></div></div><script type="text/javascript" src="js/impress.js"></script><script type="text/javascript" src="js/gotoSlide.js"></script><script type="text/javascript" src="js/hovercraft.js"></script></body></html>

3
html_output/index.html
View file

@ -4,5 +4,4 @@
messageStyle: "none",
TeX : { extensions : ['color.js'] }
});
</script></head><body class="impress-not-supported"><div id="impress-help"></div><div class="header"><p>Soilpunk &#x1F30F;&#x1F918; - Joulethief</p></div><div id="impress"><div class="step step-level-1" step="0" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="0" data-y="0" data-z="0"><h1 id="soilpunk-joulethief">Soilpunk - Joulethief</h1><p>This document is viewable as <a href="https://github.com/hackersanddesigners/soilpunk_joulethief_slides/blob/master/slides.rst">a webpage</a> or as <a href="https://hackersanddesigners.github.io/soilpunk_joulethief_slides/html_output/index.html">a slideshow</a></p></div><div class="step step-level-1" step="1" id="joulethief" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="1600" data-y="0" data-z="0"><h1 id="joulethief">Joulethief</h1><img src="./assets/images/joulethief_simple.jpeg"></img></div><div class="step step-level-1" step="2" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="3200" data-y="0" data-z="0"><h1 id="transistor">Transistor</h1><img src="./assets/images/transistor.png" width="300"></img><img src="./assets/images/analogi-transistor-87050130.gif" width="500"></img><p>Water analogy: the little bit of water from B to E opens the gate for the bigger flow from C to E</p></div><div class="step step-level-1" step="3" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="4800" data-y="0" data-z="0"><h1 id="joulethief-1">Joulethief</h1><img src="./assets/images/joulethief.jpeg"></img></div><div class="step step-level-1" step="4" id="joulethief-step1" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="6400" data-y="0" data-z="0"><h1 id="joulethief-2">Joulethief</h1><img src="./assets/images/joulethief_1.png"></img><p>A small current flows from the battery through the coil and the base-emitter path of the transistor. This opens the emittor-collector path of the transistor.</p></div><div class="step step-level-1" step="5" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="8000" data-y="0" data-z="0"><h1 id="joulethief-3">Joulethief</h1><img src="./assets/images/joulethief_2.png"></img><p>Electricity is now able to travel through the second coil and through the collector-emitter channel of the transistor.</p></div><div class="step step-level-1" step="6" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="9600" data-y="0" data-z="0"><h1 id="joulethief-4">Joulethief</h1><img src="./assets/images/joulethief_3.png"></img><p>The increasing amount of electricity through the second coil generates a negative voltage in the first coil.
An negative voltage is induced in the first coil, which cause the transistor to close.</p></div><div class="step step-level-1" step="7" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="11200" data-y="0" data-z="0"><h1 id="joulethief-5">Joulethief</h1><img src="./assets/images/joulethief_4.png"></img><p>With the transistor closed the energy starts to flow through the output (led).</p></div><div class="step step-level-1" step="8" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="12800" data-y="0" data-z="0"><h1 id="joulethief-6">Joulethief</h1><img src="./assets/images/joulethief_5.png"></img><p>The inductor is now powered by the magnetic field of the coil.</p></div><div class="step step-level-1" step="9" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="14400" data-y="0" data-z="0"><h1 id="joulethief-7">Joulethief</h1><img src="./assets/images/joulethief_6.png"></img><p>When the magnetic field is gone, the whole process <a href="#joulethief-step1">starts over</a>.</p></div><div class="step step-level-1" step="10" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="16000" data-y="0" data-z="0"><h1 id="joulethief-8">Joulethief</h1><p>A more detailed explanation can be found on <a href="https://www.instructables.com/Joule-Thief-Circuit-How-to-Make-and-Circuit-Explan/">instructables</a></p></div><div class="step step-level-1" step="11" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="17600" data-y="0" data-z="0"><h1 id="led">Led</h1><img src="./assets/images/led_polarity.png"></img><p>Make sure to get the LED polarity right. Short leg goes to ground!</p></div><div class="step step-level-1" step="12" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="19200" data-y="0" data-z="0"><h1 id="circuit">Circuit</h1><img src="./assets/images/circuit.png"></img><p><a href="https://github.com/hackersanddesigners/Soilpunk_joulethief">https://github.com/hackersanddesigners/Soilpunk_joulethief</a></p></div></div><script type="text/javascript" src="js/impress.js"></script><script type="text/javascript" src="js/gotoSlide.js"></script><script type="text/javascript" src="js/hovercraft.js"></script></body></html>
</script></head><body class="impress-not-supported"><div id="impress-help"></div><div class="header"><p>Soilpunk &#x1F30F;&#x1F918; - Joulethief</p></div><div id="impress"><div class="step step-level-1" step="0" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="0" data-y="0" data-z="0"><h1 id="soilpunk-joulethief">Soilpunk - Joulethief</h1><p>This document is viewable as <a href="https://github.com/hackersanddesigners/soilpunk_joulethief_slides/blob/master/slides.rst">a webpage</a> or as <a href="https://hackersanddesigners.github.io/soilpunk_joulethief_slides/html_output/index.html">a slideshow</a></p></div><div class="step step-level-1" step="1" id="joulethief" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="1600" data-y="0" data-z="0"><h1 id="joulethief">Joulethief</h1><img src="./assets/images/joulethief_simple.jpeg"></img></div><div class="step step-level-1" step="2" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="3200" data-y="0" data-z="0"><h1 id="transistor">Transistor</h1><img src="./assets/images/transistor.png" width="300"></img><img src="./assets/images/analogi-transistor-87050130.gif" width="500"></img><p>Water analogy: the little bit of water from B to E opens the gate for the bigger flow from C to E</p></div><div class="step step-level-1" step="3" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="4800" data-y="0" data-z="0"><h1 id="joulethief-1">Joulethief</h1><img src="./assets/images/joulethief.jpeg"></img></div><div class="step step-level-1" step="4" id="joulethief-step1" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="6400" data-y="0" data-z="0"><h1 id="joulethief-2">Joulethief</h1><img src="./assets/images/joulethief_1.png"></img><p>A small current flows from the battery through the coil and the base-emitter path of the transistor. This opens the emittor-collector path of the transistor.</p></div><div class="step step-level-1" step="5" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="8000" data-y="0" data-z="0"><h1 id="joulethief-3">Joulethief</h1><img src="./assets/images/joulethief_2.png"></img><p>Electricity is now able to travel through the second coil and through the collector-emitter channel of the transistor.</p></div><div class="step step-level-1" step="6" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="9600" data-y="0" data-z="0"><h1 id="joulethief-4">Joulethief</h1><img src="./assets/images/joulethief_3.png"></img><p>The increasing amount of electricity through the second coil generates a negative voltage in the first coil, which cause the transistor to close.</p></div><div class="step step-level-1" step="7" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="11200" data-y="0" data-z="0"><h1 id="joulethief-5">Joulethief</h1><img src="./assets/images/joulethief_4.png"></img><p>With the transistor closed the energy starts to flow through the output (led).</p></div><div class="step step-level-1" step="8" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="12800" data-y="0" data-z="0"><h1 id="joulethief-6">Joulethief</h1><img src="./assets/images/joulethief_5.png"></img><p>The inductor is now powered by the magnetic field of the coil.</p></div><div class="step step-level-1" step="9" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="14400" data-y="0" data-z="0"><h1 id="joulethief-7">Joulethief</h1><img src="./assets/images/joulethief_6.png"></img><p>When the magnetic field is gone, the whole process <a href="#joulethief-step1">starts over</a>.</p></div><div class="step step-level-1" step="10" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="16000" data-y="0" data-z="0"><h1 id="joulethief-8">Joulethief</h1><p>A more detailed explanation can be found on <a href="https://www.instructables.com/Joule-Thief-Circuit-How-to-Make-and-Circuit-Explan/">instructables</a></p></div><div class="step step-level-1" step="11" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="17600" data-y="0" data-z="0"><h1 id="led">Led</h1><img src="./assets/images/led_polarity.png"></img><p>Make sure to get the LED polarity right. Short leg goes to ground!</p></div><div class="step step-level-1" step="12" data-rotate-x="0" data-rotate-y="0" data-rotate-z="0" data-scale="1" data-x="19200" data-y="0" data-z="0"><h1 id="circuit">Circuit</h1><img src="./assets/images/circuit.png"></img><p><a href="https://github.com/hackersanddesigners/Soilpunk_joulethief">https://github.com/hackersanddesigners/Soilpunk_joulethief</a></p></div></div><script type="text/javascript" src="js/impress.js"></script><script type="text/javascript" src="js/gotoSlide.js"></script><script type="text/javascript" src="js/hovercraft.js"></script></body></html>

3
slides.rst
View file

@ -69,8 +69,7 @@ Joulethief
.. image:: ./assets/images/joulethief_3.png
The increasing amount of electricity through the second coil generates a negative voltage in the first coil.
An negative voltage is induced in the first coil, which cause the transistor to close.
The increasing amount of electricity through the second coil generates a negative voltage in the first coil, which cause the transistor to close.
----