Piles-Alkaline - Historique des versions

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2014-09-15T11:00:32Z

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2014-09-15T09:00:52Z

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2014-09-15T08:46:45Z

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Admin le 14 septembre 2014 à 14:29

2014-09-14T14:29:38Z

Admin : Page créée avec « {{PILES-NAV}} {{ADFImage|Piles-Alkaline-00.jpg|640px}} {{bloc-etroit|text=Alkaline batteries are the most common batteries you will come across. They are the ones sold in e... »

2014-09-14T14:27:39Z

Page créée avec « {{PILES-NAV}} {{ADFImage|Piles-Alkaline-00.jpg|640px}} {{bloc-etroit|text=Alkaline batteries are the most common batteries you will come across. They are the ones sold in e... »

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{{PILES-NAV}}

{{ADFImage|Piles-Alkaline-00.jpg|640px}}

{{bloc-etroit|text=Alkaline batteries are the most common batteries you will come across. They are the ones sold in every store, so they're great for projects that need to be 'user serviceable.' They have higher power density than NiCads and slightly better power density than NiMH. However, they are one-time use. Cels are 1.5V, and availble in sizes from coin cells to AAAA to D cell. One nice thing about having multiple sizes with a standard voltage is that you can always just specify the next size up when you need more capacity and capability. You'll get the published capacity rate if they are discharged at about 0.1'''C'''.}}

{{ADFImage|Piles-Alkaline-01.jpg|640px}}

6V lantern batteries (image above) are very large alkalines made of a couple large cells, they're rather convenient in that they're available in many stores, have massive capacity and capability and you can clip/solder onto their tabs pretty easily.

{{ADFImage|Piles-Alkaline-02.jpg|640px}}

9V batteries are a strange case: they're actually made of 6 very small 1.5V batteries, pretty much the size of coin cells. As a result they have very low capacity and capability and are very expensive. If you are drawing more than 20mA then they are probably not a good idea to use.

'''{{underline|Pour:}}''' Popular, well known, safe, long shelf life

'''{{underline|Contre:}}''' Non-rechargeable, low-capability

'''{{underline|Prices:}}''' AA size battery costs about $1 and has up to 3000 mAh of charge capacity.

'''{{underline|Power density:}}''' 100 Wh/kg

{{PILES-TRAILER}}

← Version précédente		Version du 15 septembre 2014 à 11:00
Ligne 24 :		Ligne 24 :


−	'''{{underline\|Prix:}}''' Les piles AA sont très bon marché et peuvent contenir une '''quantité de puissance''' de l'ordre de 3000 mAh.	+	'''{{underline\|Prix:}}''' Les piles AA sont très bon marché et peuvent contenir une ''quantité de puissance'' de l'ordre de 3000 mAh.

@@ Ligne 11 : / Ligne 11 : @@
 {{ADFImage|Piles-Alkaline-01.jpg|480px}}
-V lantern batteries (image above) are very large alkalines made of a couple large cells, they're rather convenient in that they're available in many stores, have massive capacity and capability and you can clip/solder onto their tabs pretty easily.
+Les piles carrée 6V pour lampe de poche sont réalisés à l'aide de très grosses piles alkalines, c'est également une pile assez pratique car elle est disponible dans de nombreux magasins et disposent d'une MASSIVE quantité de puissance et d'une GRANDE capacité de puissance (toujours à décharger à 0.1C). Il est très facile d'y brancher des pinces crocodiles ou même d'y souder directement vos fils d'alimentation.
 {{ADFImage|Piles-Alkaline-02.jpg|480px}}
-V batteries are a strange case: they're actually made of 6 very small 1.5V batteries, pretty much the size of coin cells. As a result they have very low capacity and capability and are very expensive. If you are drawing more than 20mA then they are probably not a good idea to use.
+Les piles 9 Volts représentent un cas a part: ces piles sont réalisées à l'aide de 6 très petites piles de 1.5V (presque la taille des piles boutons). En conséquence, les piles de 9V disposent d'une très faible capacité de décharge (un petit ''C'') tout en étant assez couteuse. Si vous avez besoin de plus de 20mA, il est préférable d'utiliser un autre format de pile. Comme pour les piles boutons, les piles 9 volts sont plutôt destinés à alimenter maintenir un système à faible consommation ou système de veille.
-'''{{underline|Pour:}}''' Popular, well known, safe, long shelf life
+'''{{underline|Pour:}}''' Populaire, largement répandue, connue, sécurisé et longue durée de vie.
-'''{{underline|Contre:}}''' Non-rechargeable, low-capability
+'''{{underline|Contre:}}''' Non rechargeable, faible capacité de décharge (environ 0.1C)
-'''{{underline|Prices:}}''' AA size battery costs about $1 and has up to 3000 mAh of charge capacity.
+'''{{underline|Prix:}}''' Les piles AA sont très bon marché et peuvent contenir une '''quantité de puissance''' de l'ordre de 3000 mAh.
-'''{{underline|Power density:}}''' 100 Wh/kg
+'''{{underline|Densité energétique:}}''' 100 Wh/kg
 {{PILES-TRAILER}}

@@ Ligne 4 : / Ligne 4 : @@
 {{bloc-etroit|text=Les piles Alkaline sont les piles les plus courantes. Il est possible d'en trouver dans tous les magasins et sont idéale pour les projets où l'utilisateur à l'autorisation de remplacer la source d'alimentation (comprenez "remplacer les piles"). Ces piles disposent d'une plus grande densité de puissance que les piles NiCD (Nickel Cadmium) et une densité de puissance sensiblement plus grande que les piles NiMH (Nickel Metal Hybride).<br />
-However, they are one-time use. Cels are 1.5V, and availble in sizes from coin cells to AAAA to D cell. One nice thing about having multiple sizes with a standard voltage is that you can always just specify the next size up when you need more capacity and capability. You'll get the published capacity rate if they are discharged at about 0.1'''C'''.}}
+Cependant, ces piles sont à usage unique. Une cellule Alkaline fait 1.5V et est disponible du format pile bouton à pile AAAA (mini pile crayon) à la [http://fr.wikipedia.org/wiki/Format_des_piles_et_accumulateurs_%C3%A9lectriques massive pile LR20] (dite "taille D").
 {{ADFImage|Piles-Alkaline-01.jpg|480px}}

@@ Ligne 1 : / Ligne 1 : @@
 {{PILES-NAV}}
-{{ADFImage|Piles-Alkaline-00.jpg|640px}}
+{{ADFImage|Piles-Alkaline-00.jpg|480px}}
-{{bloc-etroit|text=Alkaline batteries are the most common batteries you will come across. They are the ones sold in every store, so they're great for projects that need to be 'user serviceable.' They have higher power density than NiCads and slightly better power density than NiMH. However, they are one-time use. Cels are 1.5V, and availble in sizes from coin cells to AAAA to D cell. One nice thing about having multiple sizes with a standard voltage is that you can always just specify the next size up when you need more capacity and capability. You'll get the published capacity rate if they are discharged at about 0.1'''C'''.}}
+{{bloc-etroit|text=Les piles Alkaline sont les piles les plus courantes. Il est possible d'en trouver dans tous les magasins et sont idéale pour les projets où l'utilisateur à l'autorisation de remplacer la source d'alimentation (comprenez "remplacer les piles"). Ces piles disposent d'une plus grande densité de puissance que les piles NiCD (Nickel Cadmium) et une densité de puissance sensiblement plus grande que les piles NiMH (Nickel Metal Hybride).<br />
-{{ADFImage|Piles-Alkaline-01.jpg|640px}}
+{{ADFImage|Piles-Alkaline-01.jpg|480px}}
 V lantern batteries (image above) are very large alkalines made of a couple large cells, they're rather convenient in that they're available in many stores, have massive capacity and capability and you can clip/solder onto their tabs pretty easily.
-{{ADFImage|Piles-Alkaline-02.jpg|640px}}
+{{ADFImage|Piles-Alkaline-02.jpg|480px}}
 V batteries are a strange case: they're actually made of 6 very small 1.5V batteries, pretty much the size of coin cells. As a result they have very low capacity and capability and are very expensive. If you are drawing more than 20mA then they are probably not a good idea to use.

← Version précédente		Version du 14 septembre 2014 à 14:29
Ligne 12 :		Ligne 12 :

	9V batteries are a strange case: they're actually made of 6 very small 1.5V batteries, pretty much the size of coin cells. As a result they have very low capacity and capability and are very expensive. If you are drawing more than 20mA then they are probably not a good idea to use.		9V batteries are a strange case: they're actually made of 6 very small 1.5V batteries, pretty much the size of coin cells. As a result they have very low capacity and capability and are very expensive. If you are drawing more than 20mA then they are probably not a good idea to use.
		+

	'''{{underline\|Pour:}}''' Popular, well known, safe, long shelf life		'''{{underline\|Pour:}}''' Popular, well known, safe, long shelf life