From: "Opgeslagen met Windows Internet Explorer 8"
Subject: Diode
Date: Wed, 26 Sep 2012 20:49:19 +0200
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<HTML><HEAD><TITLE>Diode</TITLE>
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<H1 class=3DfirstHeading>Diode</H1>
<P>Een <B>diode</B> is een elektronisch onderdeel dat de elektrische =
stroom z=E9=E9r=20
goed in =E9=E9n richting geleidt, maar praktisch niet in de andere. Een =
diode=20
functioneert als het ware als een elektronisch ventiel. De geleidende =
richting=20
noemt men de <I>doorlaatrichting</I> en de andere richting de=20
<I>sperrichting</I>.</P>
<P>Dit is echter een enigszins vereenvoudigde voorstelling van zaken. =
Ook in de=20
doorlaatrichting van een diode gaat pas stroom vloeien als de spanning =
over de=20
diode een bepaalde waarde heeft bereikt. Pas boven deze waarde gaat de =
diode=20
zich als een laagohmige weerstand gedragen. Deze spanning is afhankelijk =
van het=20
type diode.</P>
<P>Diodes worden soms ook gelijkrichters genoemd, omdat ze gebruikt =
kunnen=20
worden voor het omzetten van een wisselstroom in een =
gelijkstroom.&nbsp;</P>
<TABLE width=3D827>
  <TBODY>
  <TR>
    <TD bgColor=3D#c0c0c0 vAlign=3Dtop width=3D473 align=3Dleft>Op de =
diode staat een=20
      ring.&nbsp;<BR>De ring geeft de - kant of kathode aan.<BR>Een LED =
is een=20
      diode die licht geeft.<BR>Het zijn de kleine rode of groene =
"lampjes" in=20
      elektrische apparaten.=20
      <P>&nbsp;</P>
      <P>&nbsp;</P></TD>
    <TD width=3D340><IMG border=3D0=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diodes=
.JPG"=20
      width=3D262 height=3D198></TD></TR>
  <TR>
    <TD bgColor=3D#c0c0c0 vAlign=3Dtop width=3D473 align=3Dleft>Een =
diode laat de=20
      stroom maar in een richting door.&nbsp;In het schema zijn de twee =
diodes=20
      verschillend aangesloten.<BR>In dit voorbeeld zal het tweede =
lampje nooit=20
      branden. </TD>
    <TD width=3D340><IMG border=3D0=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode.=
gif"=20
      width=3D262 height=3D198></TD></TR>
  <TR>
    <TD bgColor=3D#c0c0c0 vAlign=3Dtop width=3D473 align=3Dleft>
      <H2>Doorlaatspanning</H2>
      <P>In een gebruikelijke halfgeleiderdiode, die op silicium is =
gebaseerd,=20
      zal de spanning over een geleidende diode ongeveer 0,6 a 0,7 volt=20
      bedragen. Deze waarde is anders voor andere typen diodes. Bij =
LED=92s, die=20
      niet op silicium maar op gallium als halfgeleider zijn gebaseerd, =
kan deze=20
      spanning echter 1,4 tot 2,5 volt bedragen, de kleur van het =
uitgestraalde=20
      licht is afhankelijk van het gebruikte halfgeleidermateriaal.</P>
      <P> </P></TD>
    <TD width=3D340><IMG border=3D0=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/led.gi=
f"=20
      width=3D262 height=3D198></TD></TR></TBODY></TABLE>
<TABLE width=3D827 height=3D6163>
  <TBODY>
  <TR>
    <TD height=3D19 width=3D819 colSpan=3D2>
      <P><FONT color=3D#000000 size=3D-1 =
face=3DVerdana><STRONG><U>Diode, symbool=20
      :</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD height=3D152 width=3D313>
      <CENTER><IMG alt=3D"Symbole de la diode" align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode2=
.gif"=20
      width=3D150 height=3D66 naturalsizeflag=3D"3"></CENTER></TD>
    <TD bgColor=3D#eaeaea height=3D152 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>De diode bestaat uit een deel =
halfgeleider-=20
      materiaal met "P" doping (waaraan positief geladen atomen of =
atomen met=20
      ontbrekende elektronen zijn toegevoegd). Dat wordt 'geplakt' tegen =
een=20
      laag "N" doping halfgeleidermateriaal (zijnde negatief geladen =
atomen of=20
      atomen met een elektron te veel op de buitenste schil) . Let op de =

      aanduidingen voor de "anode" en de "kathode" die de elektroden van =
de=20
      diode voorstellen.</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>"P" materiaal is=20
      silicium-halfgeleidermateriaal dat is "verontreinigd" met "P" =
stoffen.=20
      Voor "N" geldt het omgekeerde.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D19 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P><FONT color=3D#000000 size=3D-1 face=3DVerdana><STRONG><U>Hoe =
testen ? Wat=20
      zijn de karakteristieken ?</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D162 vAlign=3Dtop width=3D313>
      <P><FONT size=3D-1 face=3DVerdana>Hiernaast zie je een =
schakeling.<BR>De=20
      </FONT><FONT color=3D#ff0000 size=3D-1 face=3DVerdana>+<B> =
</B></FONT><FONT=20
      size=3D-1 face=3DVerdana>van de voeding wordt met de anode van de =
diode=20
      verbonden. Via de weerstand R is de </FONT><FONT color=3D#0000ff =
size=3D-1=20
      face=3DVerdana><B>min</B></FONT><FONT size=3D-1 =
face=3DVerdana>kant van de=20
      kathode verbonden aan de min-kant van de bron . De diode staat dan =

      </FONT><FONT color=3D#004080 size=3D-1 face=3DVerdana><STRONG>in=20
      doorlaatrichting gepolariseerd </STRONG></FONT><FONT =
color=3D#000000 size=3D-1=20
      face=3DVerdana><STRONG>(er kan stroom =
vloeien).</STRONG></FONT><FONT size=3D-1=20
      face=3DVerdana><BR>Andersom zou de diode natuurlijk omgekeerd of=20
      </FONT><FONT color=3D#004080 size=3D-1 =
face=3DVerdana><B>invers</B></FONT><FONT=20
      size=3D-1 face=3DVerdana> aangesloten zijn, en er zou geen stroom =
vloeien. De=20
      diode staat dan <B>GESPERD</B> .</FONT></P></TD>
    <TD height=3D162 width=3D500>
      <CENTER><FONT size=3D-2 face=3DVerdana><IMG alt=3D"Diode dans le =
sens passant"=20
      align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode3=
.gif"=20
      width=3D150 height=3D130 =
naturalsizeflag=3D"3"></FONT></CENTER></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D82 vAlign=3Dtop width=3D819 =
colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana>Voor onze studie laten we de=20
      voedingsspanning van 0 tot + Vcc veranderen (een arbitraire =
waarde). Bij=20
      elke waarde van Vcc nemen we ook de waarde van de stroom op. =
Daarna keren=20
      we de polariteit van de bron om en doen hetzelfde. Met andere =
woorden, we=20
      hebben in het eerste geval de <B>doorlaat</B>curve opgenomen om =
nadien de=20
      <B>sperrichting</B> op te nemen. Het resultaat onder grafische =
vorm vinden=20
      we hieronder: we noemen dit de <B><U>stroom /=20
      spanning</U>karakteristiek</B> van de diode.</FONT></P></TD></TR>
  <TR>
    <TD height=3D315 vAlign=3Dtop width=3D819 colSpan=3D2>
      <CENTER><FONT size=3D-2 face=3DVerdana><BR><BR><IMG=20
      alt=3D"Carat=C8ristique de la diode" align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode4=
.gif"=20
      width=3D358 height=3D276 =
naturalsizeflag=3D"3"></FONT></CENTER></TD></TR>
  <TR>
    <TD bgColor=3D#ffffe1 height=3D353 vAlign=3Dtop width=3D819 =
colSpan=3D2>
      <P>&nbsp;</P>
      <P><FONT size=3D-1 face=3DVerdana><B><U>De diode in=20
      doorlaatrichting:</U></B></FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Zolang de spanning onder de 0,7 =
V blijft=20
      vloeit er maar een te verwaarlozen stroom die we als NUL =
beschouwen. Het=20
      is alsof een "open" schakelaar in de kring werd geplaatst. Vanaf =
die 0,7 V=20
      zien we plots een stroom opduiken. Vergroten we deze Vcc nog meer =
dan=20
      merken we over de klemmen van de diode een bijna constante 0,7 V, =
maar de=20
      stroom door de diode zal snel stijgen. De beperking van stroom is =
te=20
      danken aan de weerstand in serie. Als die er niet zou zijn, zou de =
stroom=20
      door de diode snel zo groot worden dat de diode sneuvelt. Deze 0,7 =
V noemt=20
      men de <B>drempelspannig</B>. Deze spanning is afhankelijk van het =
soort=20
      halfgeleider: hier dus voor silicium. Voor germanium is deze =
lager:=20
      ongeveer 0,2 =E0 0,3 V. Bij germanium verloopt de overgang naar =
geleiding=20
      ook heel wat minder abrupt.</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana><B><U>De diode in sperrichting=20
      :</U></B></FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Zoals verwacht is er geen =
geleiding. Er=20
      vloeit bijna geen stroom, slechts een zeer kleine verliesstroom =
kan=20
      gemeten worden. De orde van grootte is microamp=E8re (miljoenste =
amp=E8re).=20
      Vergroten we de inverse spanning dan zal op een bepaald moment =
toch een=20
      aanzienlijke stroom gaan vloeien. Bij deze spanning zal de diode =
meestal=20
      doorslaan (de geest geven =3D dood). Naargelang de constructie van =
de diode=20
      kan dit effect toch nuttig gebruikt worden: dan spreekt men van =
een=20
      "<B>zenerdiode</B>". Dit zien we later nog. De zenerspanning of=20
      doorslagspanning is groter dan de drempelspanning. De =
materiaalkeuze=20
      bepaalt de zenerspanning. Bij de doorslag- of zenerspanning blijft =
de=20
      spanning over de diode min of meer constant, al naargelang de=20
      constructie.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D19 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P><FONT color=3D#000000 size=3D-1 =
face=3DVerdana><STRONG><U>Nuttig om te=20
      onthouden :</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD bgColor=3D#ff0000 height=3D66 vAlign=3Dtop width=3D313>
      <P><STRONG><FONT color=3D#ffff00 size=3D-1 face=3DVerdana>De =
siliciumdiode die=20
      in doorlaatrichting gepolariseerd staat, vertoont over haar=20
      aansluitklemmen een spanning van ongeveer =
0,7V.</FONT></STRONG></P></TD>
    <TD bgColor=3D#ff0000 height=3D66 vAlign=3Dtop width=3D500>
      <P><STRONG><FONT color=3D#ffff00 size=3D-1 face=3DVerdana>De =
invers=20
      gepolariseerde diode gedraagt zich als een OPEN schakelaar zolang =
de=20
      spanning onder de doorslagspanning ( of zenerspanning )=20
      blijft.</FONT></STRONG></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D29 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana><STRONG><U>Een wat andere =
voorstelling van=20
      de diode :</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD height=3D277 vAlign=3Dtop width=3D313>
      <P><FONT size=3D-1 face=3DVerdana>Bekijken we de figuur hier =
rechts. Het=20
      symbool van de diode is de perfecte diode waaraan we, om precies =
te zijn,=20
      nog een bepaalde spanningsbron moeten toevoegen. We kunnen de =
diode dus=20
      voorstellen als een SPANNINGSBRON in serie met de perfecte diode =
(0,7 V=20
      voor Si). Let goed op de polariteit van de bron. De bron is steeds =

      <B>tegengesteld</B> aan de polariteit van de diode in doorlaatzin. =
We=20
      noemen deze spanning de tegenspanning.</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Eigenlijk moet je weten dat deze =
lading door=20
      diffusie van ladingen opgebouwd wordt. Door de grenslaag heen =
diffuseren=20
      de meerderheidsladingen en bouwen zo een drempelspanning op. Meer =
hierover=20
      in gespecialiseerde literatuur.</FONT></P></TD>
    <TD height=3D277 width=3D500>
      <CENTER><IMG alt=3D"La diode mod=C8lis=C8e" align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode5=
.gif"=20
      width=3D132 height=3D45 naturalsizeflag=3D"3"></CENTER></TD></TR>
  <TR>
    <TD height=3D162 vAlign=3Dtop width=3D313>
      <CENTER><IMG alt=3D"diode6.gif (1614 octets)" align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode6=
.gif"=20
      width=3D162 height=3D147 naturalsizeflag=3D"3"></CENTER></TD>
    <TD bgColor=3D#e9e9ff height=3D162 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Bekijken we nu een =
voorbeeld:</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Wat is de stroom die we mogen =
verwachten in=20
      deze kring (hou rekening met de diffusiespanning) ?</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Toepassen van de wet van Ohm =
leert=20
      ons:<BR>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; U=20
      &nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; =
10 -=20
      0,7<BR>I =3D&nbsp; ___&nbsp;&nbsp;&nbsp; I=3D _________&nbsp; =3D =
0.093=20
      A<BR>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; R=20
      =
&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&=
nbsp;=20
      100</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D24 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana><STRONG><U>Noties over =
instelpunt en=20
      werkingspunt bij een diode :</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD bgColor=3D#ffffe1 height=3D26 vAlign=3Dtop width=3D819 =
colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana>Deze kennis zal ons te pas komen =
bij de=20
      studie van de werking van transistoren.</FONT></P></TD></TR>
  <TR>
    <TD bgColor=3D#ffffe1 height=3D216 vAlign=3Dtop width=3D313>
      <P><FONT size=3D-1 face=3DVerdana>We hernemen hiervoor het reeds =
bekende=20
      schema, maar ditmaal met andere waarden. Het is niet ingewikkeld =
om de=20
      </FONT><FONT color=3D#004080 size=3D-1=20
      face=3DVerdana><STRONG>belastingslijn</STRONG></FONT><FONT =
size=3D-1=20
      face=3DVerdana> voor de diode te tekenen.<BR>Om een stroom =
doorheen een=20
      kring te kennen passen we volgende functie toe:</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana><BR>&nbsp;&nbsp;&nbsp;&nbsp; Vcc =
-Vd<BR>I=3D=20
      =
_________<BR>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;=20
      R</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Verderop wordt dit wel wat =
duidelijker=20
      .</FONT></P></TD>
    <TD height=3D216 vAlign=3Dtop width=3D500>
      <CENTER><FONT size=3D-1><IMG alt=3D"diode7.gif (1531 octets)" =
align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode7=
.gif"=20
      width=3D158 height=3D126 naturalsizeflag=3D"3"><BR></FONT><FONT =
size=3D-1=20
      face=3DVerdana>Vcc =3D 3 V<BR>Vd =3D spanning van de =
diode</FONT></CENTER></TD></TR>
  <TR>
    <TD bgColor=3D#ffffe1 height=3D365 vAlign=3Dtop width=3D819 =
colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana>Met deze formule kunnen we de =
belastingslijn=20
      bepalen en tekenen. Hiervoor gaan we uit van twee =
veronderstellingen. De=20
      eerste is dat Vd eerst aan NUL Volt gelijk is wat ons =
geeft:</FONT></P>
      <P><FONT size=3D-1 =
face=3DVerdana>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; 3 -=20
      0</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>I =3D&nbsp; _______ =3D 0.03A of =
30 mA.&nbsp;=20
      Dit punt is het karakteristieke punt voor U=3D0 en I=3D =
0.03A</FONT></P>
      <P><FONT size=3D-1=20
      face=3DVerdana>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;=20
      100</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Het tweede is dat Vd gelijk is =
aan de=20
      voedingsspanning of 3V, wat ons oplevert:</FONT></P>
      <P><FONT size=3D-1 =
face=3DVerdana>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; 3=20
      - 3</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>I =3D&nbsp; ________&nbsp; =
=3D&nbsp; 0. Het=20
      karakteristieke punt voor U=3D3V en I=3D0</FONT></P>
      <P><FONT size=3D-1=20
      =
face=3DVerdana>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;=20
      100</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>We beschikken nu over twee =
punten en het=20
      volstaat om deze met elkaar te verbinden om de belastingslijn te=20
      verkrijgen. Het snijpunt van deze lijn met de curve van de diode =
zelf,=20
      levert ons het instelpunt P van de diode. Dit werkingspunt van de =
diode=20
      leert ons volgende bijzonderheden: U(over diode)=3D0.75 en I =3D =
22mA=20
      (ongeveer). De rest van de voedingsspanning van 3 V staat over de=20
      weerstand van 100 </FONT>&#937;<FONT size=3D-1 face=3DVerdana> =
(ziet je dat=20
      ?)</FONT></P></TD></TR>
  <TR>
    <TD height=3D345 vAlign=3Dtop width=3D819 colSpan=3D2>
      <CENTER><IMG border=3D0 align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode8=
.gif"=20
      width=3D378 height=3D330 naturalsizeflag=3D"3"></CENTER></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#ff0000 height=3D21 width=3D819 colSpan=3D2>
      <P>&nbsp;</P></TD></TR>
  <TR>
    <TD height=3D21 width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D19 width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana><STRONG><U>De belangrijkste =
karakteristieken=20
      :</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D197 width=3D313>
      <P><FONT size=3D-1 face=3DVerdana>De doorlaatcurve is eigenlijk =
een=20
      samenstelling van alle bijzondere punten die op twee manieren =
opgenomen=20
      kunnen worden. Je kan ofwel bij middel van een instelbare spanning =
telkens=20
      opnieuw het overeenstemmend instelpunt bepalen, ofwel kan je de =
weerstand=20
      R (100 </FONT>&#937;<FONT size=3D-1 face=3DVerdana> ) veranderlijk =
maken en voor=20
      elke waarde een punt gaan bepalen. We noemen dit het opnemen van =
de=20
      doorlaat kromme. Gelukkig hebben de constructeurs dit al voor de =
gebruiker=20
      gedaan: je kan deze data in zgn. databoeken =
vinden.</FONT></P></TD>
    <TD bgColor=3D#e9e9e9 height=3D197 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Noot:</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Alles wat is aangeduid met =
"</FONT><FONT=20
      face=3DVerdana><B>f</B></FONT><FONT size=3D-1 face=3DVerdana>" =
(forward)=20
      betekent dat men in doorlaatzin werkt.<BR><BR>Alles met de =
indicatie=20
      "</FONT><FONT face=3DVerdana><B>r </B></FONT><FONT size=3D-1 =
face=3DVerdana>"=20
      (reverse) betekent dat men de sperzin werkt.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D82 width=3D313>
      <P><FONT color=3D#ff0000 size=3D-1 face=3DVerdana><STRONG>VF : =
Spanning in=20
      doorlaat, continu.<BR>VFM : Spanning in doorlaat, piekwaarde (=20
      maximum)<BR>VR : Spanning gesperd, continu<BR>VRM : Spanning =
gesperd, in=20
      piekwaarde</STRONG></FONT></P></TD>
    <TD height=3D82 vAlign=3Dtop width=3D500>
      <P><FONT color=3D#ff0000 size=3D-1 face=3DVerdana><STRONG>IF =
:continue stroom,=20
      in doorlaat<BR>IFM :Piekstroom, in =
doorlaat</STRONG></FONT></P></TD></TR>
  <TR>
    <TD height=3D21 width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D34 width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana>Wees attent voor voedingen met =
hogere=20
      spanning. De waarden in sperrichting "r" , moeten, zeker bij =
diodes, in=20
      acht genomen worden op straffe van vernieling (zelfs=20
    explosie).</FONT></P></TD></TR>
  <TR>
    <TD bgColor=3D#ff0000 height=3D21 width=3D819 colSpan=3D2>
      <P>&nbsp;</P></TD></TR>
  <TR>
    <TD bgColor=3D#ffffd9 height=3D774 width=3D819 colSpan=3D2>
      <P><BR><FONT size=3D-1 face=3DVerdana><STRONG><U>Op het praktisch =
vlak=20
      :<BR>Als je niet zeker bent of een diode nog OK is kan je bij =
middel van=20
      een universeel- of multimeter een controle doen =
:</U></STRONG></FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Je sluit de diode aan op de twee =
klemmen van=20
      de meter en je ziet duidelijk dat in sperrichting de =
weerstandswaarde=20
      zowat oneindig is. ( Let er wel op dat bij de meeste =
universeelmeters, de=20
      rode meetpen bij weerstandmetingen NEGATIEF is, en de zwarte =
positief ! )=20
      In doorlaatrichting zal je een bepaalde ( lage ) weerstandswaarde =
meten.=20
      Volgens de constructie ( lage stroom of klein-vermogen diodes) kan =
de=20
      gemiddelde weerstand vari=EBren naargelang het gaat om een diodes =
voor=20
      kleine vermogens of voor grotere vermogens. Ervaring zal je het=20
      onderscheid leren.</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>Heeft je meter geen speciaal =
meetbereik voor=20
      diodes, dan voer je volgende metingen uit:</FONT></P>
      <P align=3Dcenter><IMG border=3D0=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/meetin=
strument1..png"=20
      width=3D587 height=3D208></P>
      <P align=3Dcenter>Heeft je meettoestel wel een speciaal meetbereik =
voor=20
      diodes, dan voer je de meting daar uit.</P>
      <P align=3Dcenter><IMG border=3D0=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/meetin=
strument2..png"=20
      width=3D402 height=3D287></P></TD></TR>
  <TR>
    <TD bgColor=3D#ff0000 height=3D21 width=3D819 colSpan=3D2>
      <P>&nbsp;</P></TD></TR>
  <TR>
    <TD height=3D19 width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana><STRONG><U>Andere soorten diodes =

      :</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD height=3D34 width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana>Op de markt kan je diodes voor =
allerlei=20
      verschillende toepassingen vinden (kopen !). We gaan hier de meest =
bekende=20
      types of soorten even overlopen</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#eaeaea height=3D126 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1 face=3DVerdana><STRONG>Zener=20
      iode:</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffe1 height=3D126 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Waar de klassieke diode in de =
vernieling=20
      gaat bij invers gebruik over de zenerspanning, kan men deze =
eigenschap=20
      door de bijzondere bouw van de zenerdiode nuttig aanwenden. Op dat =

      ogenblik vertoont zo'n diode immers een min of meer constante =
spanning bij=20
      stijgende stroom. Deze constante spanning kan men bijvoorbeeld bij =

      stabilisatieschakelingen gebruiken (zie later). Deze spanning =
dient dan=20
      als een referentie voor de vergelijking met andere=20
    spanningen.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#eaeaea height=3D103 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1=20
      face=3DVerdana><STRONG>Schottky-diode</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffe1 height=3D103 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Wordt vrij frequent in HF =
gebruikt als=20
      component in bijv. mengschakelingen. De drempelspanning is vrij =
laag (0,25=20
      V) en door de kleinere minderheidslading schakelt ze zeer =
snel.</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana>De grote-vermogens-Schottky =
wordt ook bij=20
      voedingen gebruikt.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#eaeaea height=3D66 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1 face=3DVerdana><STRONG>LED of =
diode met=20
      </STRONG></FONT><FONT size=3D-1=20
      face=3DVerdana><B>electroluminescentie</B></FONT></P></TD>
    <TD bgColor=3D#ffffe1 height=3D66 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Op zowat alle moderne toestellen =
vinden we=20
      deze dioden terug als signaalindicator. De <B>LED</B> licht in=20
      doorlaatrichting op bij een paar tot een enkele tientallen =
milliamp=E8res al=20
      naargelang gewenste lichtopbrengst of kleur.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#eaeaea height=3D163 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1=20
      face=3DVerdana><STRONG>Varicapdiode</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffe1 height=3D163 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>De naam laat het al vermoeden. =
Het gaat hier=20
      om een diode die een variabele capiciteit vertoont. Voor de =
details wordt=20
      naar studieboeken verwezen. Het volstaat hier te vermelden dat de =
sperlaag=20
      volgens de sperspanning in dikte verandert ( vergroot bij =
stijgende=20
      inverse spanning ). Hierin kan men gemakkelijk een condensator =
herkennen.=20
      Door de verandering van deze laagdikte is de grootte van de =
capaciteit=20
      omgekeerd evenredig met de aangelegde sperspanning. Anders =
bekeken: onder=20
      invloed van een tegenspanning varieert de condensator in waarde. =
De=20
      spanningsafhankelijke oscillator (VCO of Voltage Controlled =
Oscillator) is=20
      een voorbeeld van een toepassing.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#eaeaea height=3D43 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1=20
      face=3DVerdana><STRONG>Gunndiodes</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffe1 height=3D43 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Gebruikt bij hyperfrequenties =
(extreem hoge=20
      frequentie) om mengschakelingen en oscillatoren voor in dit domein =
te=20
      realiseren.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2></TD></TR>
  <TR>
    <TD height=3D86 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P><A class=3Dimage=20
      title=3D"Symbolen voor enkele typen diode voor gebruik in =
elektronische schema's"=20
      =
href=3D"http://nl.wikipedia.org/wiki/Afbeelding:Diodeschema's.jpg"><IMG=20
      class=3Dthumbimage border=3D0=20
      alt=3D"Symbolen voor enkele typen diode voor gebruik in =
elektronische schema's"=20
      =
src=3D"http://upload.wikimedia.org/wikipedia/commons/thumb/0/05/Diodesche=
ma's.jpg/180px-Diodeschema's.jpg"=20
      width=3D180 height=3D80></A>Symbolen voor enkele typen diodes in =
elektronische=20
      schema's.</P></TD></TR>
  <TR>
    <TD bgColor=3D#ff0000 height=3D21 vAlign=3Dtop width=3D819 =
colSpan=3D2>
      <P>&nbsp;</P></TD></TR>
  <TR>
    <TD height=3D18 vAlign=3Dtop width=3D819 colSpan=3D2><FONT size=3D-1 =

      face=3DVerdana><STRONG><U>Diodes gebruiken voor Digitale=20
      Poorten</U></STRONG></FONT> </TD></TR>
  <TR>
    <TD height=3D1 vAlign=3Dtop width=3D315><FONT size=3D2 =
face=3DVerdana>Probeer zelf=20
      uit te vissen hoe het werkt.</FONT> </TD>
    <TD height=3D1 vAlign=3Dtop width=3D502></TD></TR>
  <TR>
    <TD height=3D45 vAlign=3Dtop width=3D315>
      <P align=3Dleft>Een OF-poort </P></TD>
    <TD height=3D45 vAlign=3Dtop width=3D502>Een EN-poort </TD></TR>
  <TR>
    <TD height=3D139 vAlign=3Dtop width=3D315><IMG border=3D0 =
align=3Dleft=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/of_sch=
ak_diode.gif"=20
      width=3D150 height=3D150> </TD>
    <TD height=3D139 vAlign=3Dtop width=3D502><IMG border=3D0=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/en_sch=
_diode.gif"=20
      width=3D150 height=3D150> </TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P></P></TD></TR>
  <TR>
    <TD height=3D19 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana><STRONG><U>Toepassingen voor=20
      diodes</U></STRONG></FONT></P></TD></TR>
  <TR>
    <TD height=3D19 vAlign=3Dtop width=3D819 colSpan=3D2>
      <P><FONT size=3D-1 face=3DVerdana>Nu volgende enkele concrete=20
      toepassingen:</FONT></P></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D67 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1 =
face=3DVerdana><STRONG>Gelijkrichting van=20
      spanning</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffe1 height=3D67 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>In een ander hoofdstuk gaan we =
hier dieper=20
      op in. De diode wordt hier gebruikt om wisselstroom in =
gelijkstroom om te=20
      zetten, want onze toestellen werken meestal op gelijkspanning. =
Anders zijn=20
      batterijen of gebruik van een omzetter nodig.</FONT></P></TD></TR>
  <TR>
    <TD height=3D151 vAlign=3Dtop width=3D313>
      <P><FONT size=3D-1 face=3DVerdana>Voeren we aan onze diode een =
sinusoidale=20
      spanning toe:<BR><IMG alt=3D"diode11.gif (2044 octets)" =
align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode1=
1.gif"=20
      width=3D262 height=3D112 naturalsizeflag=3D"3"></FONT></P></TD>
    <TD height=3D151 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Kijk nu wat er op de uitgang=20
      komt:<BR><BR><IMG alt=3D"diode12.gif (1507 octets)" align=3Dbottom =

      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode1=
2.gif"=20
      width=3D252 height=3D58 =
naturalsizeflag=3D"3"></FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D313>
      <P></P></TD>
    <TD height=3D21 vAlign=3Dtop width=3D500>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D295 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1=20
      =
face=3DVerdana><STRONG>Polariteitsbeveiliging</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffe1 height=3D295 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Mogelijk hebt je al meegemaakt =
wat er=20
      gebeurt als je een toestel verkeerd op een batterij aansluit . Dit =
kan=20
      simpelweg door een verstrooidheid gebeuren... Je kan schade =
voorkomen door=20
      in serie een diode in voorwaartse zin (geleidend) te plaatsen. Het =
geheel=20
      ziet er als volgt uit:</FONT></P>
      <P><FONT size=3D-1 face=3DVerdana><IMG=20
      alt=3D"Protection d'un =C8quipement =C8lectronique" align=3Dbottom =

      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode9=
.gif"=20
      width=3D178 height=3D130 naturalsizeflag=3D"3"><BR>De diode geeft =
een=20
      natuurlijke beveiliging tegen ompoling. Een klein spanningsverlies =
(0,7 V)=20
      is de keerzijde, maar bij een gestabiliseerde voeding volstaat het =
om de=20
      uitgangsspanning met 0,7 V op te drijven. Meestal is dit =
spanningsverlies=20
      echter zo klein dat de werking van het toestel niet in het gedrang =

      komt.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D313>
      <P></P></TD>
    <TD height=3D21 vAlign=3Dtop width=3D500>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D226 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1 face=3DVerdana><STRONG>Gebruik =
als=20
      spanningsbegrenzer</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffd9 height=3D226 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Vooral bij digitale schakelingen =
is het soms=20
      nodig om een bepaalde golfvorm in grootte te beperken voor de =
goede=20
      werking van de rest van de schakeling. Hier volgt een voorbeeld ( =
let op:=20
      de weerstand dient om het wegwerken van het verschil mogelijk te =
maken=20
      ).<BR><IMG alt=3D"diode10.gif (1591 octets)" align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode1=
0.gif"=20
      width=3D204 height=3D112 naturalsizeflag=3D"3"><BR><BR>Je krijgt =
als uitgang een=20
      vierkantspaning van 5,7 tot 10 V. Of een uitwijking van 4,3=20
  V</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D313>
      <P></P></TD>
    <TD height=3D21 vAlign=3Dtop width=3D500>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D221 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1 face=3DVerdana><STRONG>De diode =
als=20
      schakelaar</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffd9 height=3D221 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Stel je hebt een oscillator en =
je wil op een=20
      eenvoudige manier een condensator bij - of afschakelen ( om =
stapsgewijs de=20
      frequentie te veranderen).<BR><IMG alt=3D"diode13.gif (1517 =
octets)"=20
      align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode1=
3.gif"=20
      width=3D168 height=3D123 naturalsizeflag=3D"3"><BR>Het volstaat om =
een positieve=20
      spanning op punt A te zetten om de condensator in of uit het =
circuit te=20
      halen. De oscillatorfrequentie zal dit schakelen =
volgen.</FONT></P></TD></TR>
  <TR>
    <TD height=3D21 vAlign=3Dtop width=3D313>
      <P></P></TD>
    <TD height=3D21 vAlign=3Dtop width=3D500>
      <P></P></TD></TR>
  <TR>
    <TD bgColor=3D#e9e9ff height=3D256 vAlign=3Dtop width=3D313>
      <P><FONT color=3D#004080 size=3D-1 face=3DVerdana><STRONG>De diode =
als=20
      spanningsstabilisator</STRONG></FONT></P></TD>
    <TD bgColor=3D#ffffd9 height=3D256 vAlign=3Dtop width=3D500>
      <P><FONT size=3D-1 face=3DVerdana>Hier moeten we wel een geschikt =
type van=20
      diode gebruiken namelijk de zenerdiode.<BR><IMG=20
      alt=3D"diode14.gif (1665 octets)" align=3Dbottom=20
      =
src=3D"http://www.sparrendal.be/emonds/elektronica3IW/lessen/diode/diode1=
4.gif"=20
      width=3D208 height=3D156 naturalsizeflag=3D"3"><BR>Let er nogmaals =
op dat de=20
      diode in sperzin gebruikt wordt en hou er tevens rekening mee dat =
door de=20
      hogere spanning en de stroom, het vermogen dat de diode dissipeert =
ook=20
      aanzienlijk groter is. Reken naargelang de toepassing op 1 =E0 2=20
      Watt...</FONT></P></TD></TR></TBODY></TABLE></BODY></HTML>

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