Condensateur électrochimique, 3300uF, 16VDC - RD1C338M12025BB
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)
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| Quantité | HT | TTC |
|---|---|---|
| 1 - 4 | 1.17€ | 1.42€ |
| 5 - 9 | 1.11€ | 1.34€ |
| 10 - 24 | 1.04€ | 1.26€ |
| 25 - 47 | 1.01€ | 1.22€ |
| Quantité | U.P | |
|---|---|---|
| 1 - 4 | 1.17€ | 1.42€ |
| 5 - 9 | 1.11€ | 1.34€ |
| 10 - 24 | 1.04€ | 1.26€ |
| 25 - 47 | 1.01€ | 1.22€ |
Livraison en 2-3 jours, avec suivi postal!
Condensateur électrochimique, 3300uF, 16VDC - RD1C338M12025BB. Condensateur électrochimique, 3300uF, 16VDC. Capacité: 3300uF. Tension VDC: 16VDC. Durée de vie: 2000 heures. Distance entre connexions (pas): 5mm. Série: RD. Température de fonctionnement: -55...+105°C. Tolérance: ±20%. Hauteur: 25mm. Diamètre: 12.5mm. Raccordement électrique: connexions radiales. MSL: n/a. Information: n/a. Produit d'origine constructeur Samwha. Quantité en stock actualisée le 04/09/2025, 04:56.
Produits équivalents :
CEL3300UF16V-C
Condensateur électrochimique, 16V, 3300uF. Tension continue: 16V. Capacité: 3300uF. Diamètre: 13m...
Condensateur électrochimique, 16V, 3300uF. Tension continue: 16V. Capacité: 3300uF. Diamètre: 13mm. Durée de vie: 2000 heures. Longueur: 25mm. Configuration: montage vertical. Matériau du condensateur: électrolyte d'aluminium. Type de condensateur: électrolyte/électrochimique. Distance entre connexions (pas): 5mm. Courant d'impulsion: 1170mA. RoHS: oui. Montage/installation: montage traversant pour circuit imprimé. Série: TK. Tolérance: 20 %. Température de fonctionnement: -55...+105°C
Condensateur électrochimique, 16V, 3300uF. Tension continue: 16V. Capacité: 3300uF. Diamètre: 13mm. Durée de vie: 2000 heures. Longueur: 25mm. Configuration: montage vertical. Matériau du condensateur: électrolyte d'aluminium. Type de condensateur: électrolyte/électrochimique. Distance entre connexions (pas): 5mm. Courant d'impulsion: 1170mA. RoHS: oui. Montage/installation: montage traversant pour circuit imprimé. Série: TK. Tolérance: 20 %. Température de fonctionnement: -55...+105°C
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Renseignements et aide technique
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Tous droits réservés, RPtronics, 2024.