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Accueil Produitscondensateur de puce en céramique

± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005

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± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005

Chine ± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005 fournisseur

Image Grand :  ± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005

Détails sur le produit:

Lieu d'origine: Originale
Nom de marque: Original Manufacturer
Certification: RoHS
Numéro de modèle: 0.20pF-3.9pF

Conditions de paiement et expédition:

Quantité de commande min: 1
Prix: Negotiation
Détails d'emballage: emballage d'origine
Délai de livraison: En stock
Conditions de paiement: TTT, Paypal, Western Union et ainsi de suite
Capacité d'approvisionnement: 80000
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Description de produit détaillée
L taille: 0,4 ±0.02mm Taille de W: 0,2 ±0.02mm
Taille de T: 0,2 ±0.02mm Largeur terminale externe e: 0,07 à 0.14mm
Distancez entre les terminaux externes g: 0.13mm mn. Code de taille en pouce (millimètres): 01005 (0402M)
Capacité: 0.20pF-3.9pF Tension nominale: 50VDC

 

GRM0225C1HR20WA03 0.20pF 0.4×0.2mm condensateur de puce 01005 50Vdc en céramique multicouche

± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005

 

     
L taille 0,4 ±0.02mm  
Taille de W 0,2 ±0.02mm  
Taille de T 0,2 ±0.02mm  
Largeur terminale externe e 0,07 à 0.14mm  
Distancez entre les terminaux externes g 0.13mm mn.  
Code de taille en pouce (millimètres) 01005 (0402M)  
Caractéristiques    
Capacité 0.20pF ±0.05pF  
Tension évaluée 50Vdc  
Caractéristiques de la température (norme conformée) C0G (L'EIE)  
Coefficient de température 0±30ppm/℃  
Température ambiante des caractéristiques de la température 25 à 125℃  
Gamme de température de fonctionnement -55 à 125℃  
Références    
Empaquetage Caractéristiques Quantité minimum
L φ180mm a gravé attacher du ruban adhésif en refief 40000
La masse (type.)  
1 morceau 0.09mg  
bobine de φ180mm 198g  

 

± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005± en céramique 30ppm/℃ du coefficient 0 du Temp 50VDC du condensateur de puce de 0.4×0.2mm 01005

 

T Tension évaluée Comité technique Chapeau. Tol. Numéro de la pièce
0.22mm 50Vdc C0G 0.20pF ±0.05pF GRM0225C1HR20WA03
0.22mm 50Vdc C0G 0.20pF ±0.1pF GRM0225C1HR20BA03
0.22mm 50Vdc C0G 0.30pF ±0.05pF GRM0225C1HR30WA03
0.22mm 50Vdc C0G 0.30pF ±0.1pF GRM0225C1HR30BA03
0.22mm 50Vdc C0G 0.40pF ±0.05pF GRM0225C1HR40WA03
0.22mm 50Vdc C0G 0.40pF ±0.1pF GRM0225C1HR40BA03
0.22mm 50Vdc C0G 0.50pF ±0.05pF GRM0225C1HR50WA03
0.22mm 50Vdc C0G 0.50pF ±0.1pF GRM0225C1HR50BA03
0.22mm 50Vdc C0G 0.60pF ±0.05pF GRM0225C1HR60WA03
0.22mm 50Vdc C0G 0.60pF ±0.1pF GRM0225C1HR60BA03
0.22mm 50Vdc C0G 0.70pF ±0.05pF GRM0225C1HR70WA03
0.22mm 50Vdc C0G 0.70pF ±0.1pF GRM0225C1HR70BA03
0.22mm 50Vdc C0G 0.80pF ±0.05pF GRM0225C1HR80WA03
0.22mm 50Vdc C0G 0.80pF ±0.1pF GRM0225C1HR80BA03
0.22mm 50Vdc C0G 0.90pF ±0.05pF GRM0225C1HR90WA03
0.22mm 50Vdc C0G 0.90pF ±0.1pF GRM0225C1HR90BA03
0.22mm 50Vdc C0G 1.0pF ±0.05pF GRM0225C1H1R0WA03
0.22mm 50Vdc C0G 1.0pF ±0.1pF GRM0225C1H1R0BA03
0.22mm 50Vdc C0G 1.0pF ±0.25pF GRM0225C1H1R0CA03
0.22mm 50Vdc C0G 1.1pF ±0.05pF GRM0225C1H1R1WA03
0.22mm 50Vdc C0G 1.1pF ±0.1pF GRM0225C1H1R1BA03
0.22mm 50Vdc C0G 1.1pF ±0.25pF GRM0225C1H1R1CA03
0.22mm 50Vdc C0G 1.2pF ±0.05pF GRM0225C1H1R2WA03
0.22mm 50Vdc C0G 1.2pF ±0.1pF GRM0225C1H1R2BA03
0.22mm 50Vdc C0G 1.2pF ±0.25pF GRM0225C1H1R2CA03
0.22mm 50Vdc C0G 1.3pF ±0.05pF GRM0225C1H1R3WA03
0.22mm 50Vdc C0G 1.3pF ±0.1pF GRM0225C1H1R3BA03
0.22mm 50Vdc C0G 1.3pF ±0.25pF GRM0225C1H1R3CA03
0.22mm 50Vdc C0G 1.4pF ±0.05pF GRM0225C1H1R4WA03
0.22mm 50Vdc C0G 1.4pF ±0.1pF GRM0225C1H1R4BA03
0.22mm 50Vdc C0G 1.4pF ±0.25pF GRM0225C1H1R4CA03
0.22mm 50Vdc C0G 1.5pF ±0.05pF GRM0225C1H1R5WA03
0.22mm 50Vdc C0G 1.5pF ±0.1pF GRM0225C1H1R5BA03
0.22mm 50Vdc C0G 1.5pF ±0.25pF GRM0225C1H1R5CA03
0.22mm 50Vdc C0G 1.6pF ±0.05pF GRM0225C1H1R6WA03
0.22mm 50Vdc C0G 1.6pF ±0.1pF GRM0225C1H1R6BA03
0.22mm 50Vdc C0G 1.6pF ±0.25pF GRM0225C1H1R6CA03
0.22mm 50Vdc C0G 1.7pF ±0.05pF GRM0225C1H1R7WA03
0.22mm 50Vdc C0G 1.7pF ±0.1pF GRM0225C1H1R7BA03
0.22mm 50Vdc C0G 1.7pF ±0.25pF GRM0225C1H1R7CA03
0.22mm 50Vdc C0G 1.8pF ±0.05pF GRM0225C1H1R8WA03
0.22mm 50Vdc C0G 1.8pF ±0.1pF GRM0225C1H1R8BA03
0.22mm 50Vdc C0G 1.8pF ±0.25pF GRM0225C1H1R8CA03
0.22mm 50Vdc C0G 1.9pF ±0.05pF GRM0225C1H1R9WA03
0.22mm 50Vdc C0G 1.9pF ±0.1pF GRM0225C1H1R9BA03
0.22mm 50Vdc C0G 1.9pF ±0.25pF GRM0225C1H1R9CA03
0.22mm 50Vdc C0G 2.0pF ±0.05pF GRM0225C1H2R0WA03
0.22mm 50Vdc C0G 2.0pF ±0.1pF GRM0225C1H2R0BA03
0.22mm 50Vdc C0G 2.0pF ±0.25pF GRM0225C1H2R0CA03
0.22mm 50Vdc C0G 2.1pF ±0.05pF GRM0225C1H2R1WA03
0.22mm 50Vdc C0G 2.1pF ±0.1pF GRM0225C1H2R1BA03
0.22mm 50Vdc C0G 2.1pF ±0.25pF GRM0225C1H2R1CA03
0.22mm 50Vdc C0G 2.2pF ±0.05pF GRM0225C1H2R2WA03
0.22mm 50Vdc C0G 2.2pF ±0.1pF GRM0225C1H2R2BA03
0.22mm 50Vdc C0G 2.2pF ±0.25pF GRM0225C1H2R2CA03
0.22mm 50Vdc C0G 2.3pF ±0.05pF GRM0225C1H2R3WA03
0.22mm 50Vdc C0G 2.3pF ±0.1pF GRM0225C1H2R3BA03
0.22mm 50Vdc C0G 2.3pF ±0.25pF GRM0225C1H2R3CA03
0.22mm 50Vdc C0G 2.4pF ±0.05pF GRM0225C1H2R4WA03
0.22mm 50Vdc C0G 2.4pF ±0.1pF GRM0225C1H2R4BA03
0.22mm 50Vdc C0G 2.4pF ±0.25pF GRM0225C1H2R4CA03
0.22mm 50Vdc C0G 2.5pF ±0.05pF GRM0225C1H2R5WA03
0.22mm 50Vdc C0G 2.5pF ±0.1pF GRM0225C1H2R5BA03
0.22mm 50Vdc C0G 2.5pF ±0.25pF GRM0225C1H2R5CA03
0.22mm 50Vdc C0G 2.6pF ±0.05pF GRM0225C1H2R6WA03
0.22mm 50Vdc C0G 2.6pF ±0.1pF GRM0225C1H2R6BA03
0.22mm 50Vdc C0G 2.6pF ±0.25pF GRM0225C1H2R6CA03
0.22mm 50Vdc C0G 2.7pF ±0.05pF GRM0225C1H2R7WA03
0.22mm 50Vdc C0G 2.7pF ±0.1pF GRM0225C1H2R7BA03
0.22mm 50Vdc C0G 2.7pF ±0.25pF GRM0225C1H2R7CA03
0.22mm 50Vdc C0G 2.8pF ±0.05pF GRM0225C1H2R8WA03
0.22mm 50Vdc C0G 2.8pF ±0.1pF GRM0225C1H2R8BA03
0.22mm 50Vdc C0G 2.8pF ±0.25pF GRM0225C1H2R8CA03
0.22mm 50Vdc C0G 2.9pF ±0.05pF GRM0225C1H2R9WA03
0.22mm 50Vdc C0G 2.9pF ±0.1pF GRM0225C1H2R9BA03
0.22mm 50Vdc C0G 2.9pF ±0.25pF GRM0225C1H2R9CA03
0.22mm 50Vdc C0G 3.0pF ±0.05pF GRM0225C1H3R0WA03
0.22mm 50Vdc C0G 3.0pF ±0.1pF GRM0225C1H3R0BA03
0.22mm 50Vdc C0G 3.0pF ±0.25pF GRM0225C1H3R0CA03
0.22mm 50Vdc C0G 3.1pF ±0.05pF GRM0225C1H3R1WA03
0.22mm 50Vdc C0G 3.1pF ±0.1pF GRM0225C1H3R1BA03
0.22mm 50Vdc C0G 3.1pF ±0.25pF GRM0225C1H3R1CA03
0.22mm 50Vdc C0G 3.2pF ±0.05pF GRM0225C1H3R2WA03
0.22mm 50Vdc C0G 3.2pF ±0.1pF GRM0225C1H3R2BA03
0.22mm 50Vdc C0G 3.2pF ±0.25pF GRM0225C1H3R2CA03
0.22mm 50Vdc C0G 3.3pF ±0.05pF GRM0225C1H3R3WA03
0.22mm 50Vdc C0G 3.3pF ±0.1pF GRM0225C1H3R3BA03
0.22mm 50Vdc C0G 3.3pF ±0.25pF GRM0225C1H3R3CA03
0.22mm 50Vdc C0G 3.4pF ±0.05pF GRM0225C1H3R4WA03
0.22mm 50Vdc C0G 3.4pF ±0.1pF GRM0225C1H3R4BA03
0.22mm 50Vdc C0G 3.4pF ±0.25pF GRM0225C1H3R4CA03
0.22mm 50Vdc C0G 3.5pF ±0.05pF GRM0225C1H3R5WA03
0.22mm 50Vdc C0G 3.5pF ±0.1pF GRM0225C1H3R5BA03
0.22mm 50Vdc C0G 3.5pF ±0.25pF GRM0225C1H3R5CA03
0.22mm 50Vdc C0G 3.6pF ±0.05pF GRM0225C1H3R6WA03
0.22mm 50Vdc C0G 3.6pF ±0.1pF GRM0225C1H3R6BA03
0.22mm 50Vdc C0G 3.6pF ±0.25pF GRM0225C1H3R6CA03
0.22mm 50Vdc C0G 3.7pF ±0.05pF GRM0225C1H3R7WA03
0.22mm 50Vdc C0G 3.7pF ±0.1pF GRM0225C1H3R7BA03
0.22mm 50Vdc C0G 3.7pF ±0.25pF GRM0225C1H3R7CA03
0.22mm 50Vdc C0G 3.8pF ±0.05pF GRM0225C1H3R8WA03
0.22mm 50Vdc C0G 3.8pF ±0.1pF GRM0225C1H3R8BA03
0.22mm 50Vdc C0G 3.8pF ±0.25pF GRM0225C1H3R8CA03
0.22mm 50Vdc C0G 3.9pF ±0.05pF GRM0225C1H3R9WA03
0.22mm 50Vdc C0G 3.9pF ±0.1pF GRM0225C1H3R9BA03
0.22mm 50Vdc C0G 3.9pF ±0.25pF GRM0225C1H3R9CA03

 

Coordonnées
Shenzhen Goldensun Electronics Technology Limited

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