| 0,0 → 1,33 |
|---|
| <?xml version="1.0" encoding="windows-1250"?> |
| <?xml-stylesheet href="http://test.mlab.cz/Web/CSS/ProjectInfo.css" type="text/css"?> |
| <!DOCTYPE ProjectInfo SYSTEM "http://test.mlab.cz/Web/CSS/ProjectInfo.dtd"> |
| <design> |
| <header> |
| <name-short> |
| Není dioda jako dioda |
| </name-short> |
| <version> |
| 01 |
| </version> |
| <state> |
| active |
| </state> |
| </header> |
| <picture> |
| <img href="">Obrázek</img> |
| </picture> |
| <anotation lang="cs"> |
| Vybrali jsme zástupce od nejbìnìjích diod a zmìøili jsme, jaké je |
| na diodách napìtí v propustném smìru pøi rùzných proudech. Pouili jsme |
| diody germaniové, køemíkové a LED. |
| <br/> |
| Na závìr je uvedeno mìøení na diodì v závislosti na teplotì. Dioda jako |
| teplomìr. |
| </anotation> |
| <anotation lang="en"> |
| We have selected representants of different diods (Germanium, Silicon, LED) |
| and measured current/voltage characteristics. |
| <br /> |
| At the end there is an application of silicon diode used as temperature sensor. |
| </anotation> |
| </design> |