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Fabricant : Hestia Power

650V 10A TO-263-2L-1NC SiC Schottky Barrier Diode

Numéro de pièce : H3D065U010
VR[V] 650
650
IF[A] 16A@Tc= 110℃, 10A@Tc= 146℃
16A@Tc= 110℃, 10A@Tc= 146℃
QC[nC] 18.5
18.5
Paquet TO-263-2L-1NC
TO-263-2L-1NC
hestia power TO263 Gen.3 sic diode schottky
Télécharger la fiche technique

Caractéristiques

Caractéristiques

Faible perte de conduction et de commutation
Zéro récupération inversée
Comportement de commutation indépendant de la température
Dispositif à coefficient de température positif
Capacité de courant de choc élevé
Adapté aux applications à grande vitesse
Qualifié AEC-Q101
Conforme à la directive RoHS et sans halogène

avantages

Efficacité accrue du système
Augmenter la commodité des dispositifs parallèles
Activation de l'application à haute température
Permettre un fonctionnement à haute fréquence
Réaliser des systèmes compacts et légers
Haute fiabilité

Applications

Alimentation à découpage
PFC
UPS
Entraînements motorisés
Diode à volant d'inertie dans les onduleurs de puissance
Énergie renouvelable solaire/éolienne

Pièces détachées

Numéro de pièceVR[V]IF[A]IF[A]VF(typ.)[V]@25℃VF(typ.)[V]@175℃QC[nC]Paquet
H3D065A004650V7.5A@Tc= 110℃4A@Tc= 151℃1.51.89TO220
H3D065A006650V10.5A@Tc= 110℃6A@Tc= 149℃1.51.813TO220
H3D065A008650V13A@Tc= 110℃8A@Tc= 146℃1.51.815TO220
H3D065A010650V16A@Tc= 110℃10A@Tc= 146℃1.51.818.5TO220
H3D065A012650V18A@Tc= 110℃12A@Tc= 141℃1.51.827.3TO220
H3D065A020650V26.5A@Tc= 110℃20A@Tc= 133℃1.51.843.5TO220
H3S065A004650V6.8A@Tc= 135℃4A@Tc= 157℃1.411.5912TO220
H3S065A006650V10A@Tc= 135℃6A@Tc= 157℃1.381.5614.7TO220
H3S065A008650V12A@Tc= 135℃8A@Tc= 154℃1.381.5918.5TO220
H3S065A010650V13A@Tc= 135℃10A@Tc= 150℃1.421.6327.3TO220
H3S065A012650V16.5A@Tc= 135℃12A@Tc= 150℃1.381.5533TO220
H3S065A015650V19.5A@Tc= 135℃15A@Tc= 148℃1.381.5543.5TO220
H3S065A020650V23.6A@Tc= 135℃20A@Tc= 148℃1.41.5555TO220
H2S060H002650V4.5A@Tc= 135℃2A@Tc= 164℃1.51.97TO220
H2S060H004650V6.5A@Tc= 135℃4A@Tc= 157℃1.51.810.5TO220
H2S060H006650V8.5A@Tc= 135℃6A@Tc= 152℃1.51.913TO220
H2S060H008650V10A@Tc= 135℃8A@Tc= 146℃1.451.816TO220
H2S060H010650V12A@Tc= 135℃10A@Tc= 145℃1.51.919TO220
H2S065H015650V19A@Tc= 135℃15A@Tc= 147℃1.451.8536TO220
H2S065H020650V27A@Tc= 110℃20A@Tc= 135℃1.51.945TO220
H3S120A0051200V8.5A@Tc= 135℃5A@Tc= 158℃1.482.128TO220
H3S120A0081200V15A@Tc= 135℃8A@Tc= 160℃1.351.762TO220
H3S120A0101200V15A@Tc= 135℃10A@Tc= 154℃1.441.962TO220
H3S120A0121200V17A@Tc= 135℃12A@Tc= 151℃1.421.972TO220
H2S120H0021200V5A@Tc= 135℃2A@Tc= 165℃1.52.311TO220
H2S120H0051200V7A@Tc= 135℃5A@Tc= 153℃1.552.414TO220
H2S120H0081200V15A@Tc= 135℃8A@Tc= 160℃1.41.932TO220
H2S120H0101200V15A@Tc= 135℃10A@Tc= 155℃1.52.238TO220
H2S120H0201200V26A@Tc= 110℃20A@Tc= 133℃1.52.348TO220
H2S120A0201200V26A@Tc= 110℃20A@Tc= 133℃1.52.348TO220
Numéro de pièceVR[V]IF[A]VF(typ.)[V]@25℃VF(typ.)[V]@175℃QC[nC]Paquet
H3S065X004650V4A@Tc= 142℃1.411.5912TO-220-FP
H3S065X006650V6A@Tc= 135℃1.381.5614.7TO-220-FP
H3S065X008650V8A@Tc= 135℃1.381.5918.5TO-220-FP
H3S065X010650V10A@Tc= 135℃1.421.6327.3TO-220-FP
H2S060V002650V2A@Tc= 131℃1.51.557TO-220-FP
H2S060V004650V4A@Tc= 115℃1.51.910.5TO-220-FP
H2S060V006650V6A@Tc= 99℃1.451.813TO-220-FP
H2S060X008650V8A@Tc= 126℃1.451.816TO-220-FP
H2S060X010650V10A@Tc= 118℃1.51.919TO-220-FP
Numéro de pièceVR[V]IF[A]IF[A]VF(typ.) [V]QC[nC]Paquet
H3D065T004650V7.5A@Tc= 110℃4A@Tc= 151℃1.59TO263
H3D065U004650V7.5A@Tc= 110℃4A@Tc= 151℃1.59TO263
H3D065T006650V10.5A@Tc= 110℃6A@Tc= 149℃1.513TO263
H3D065U006650V10.5A@Tc= 110℃6A@Tc= 149℃1.513TO263
H3D065T008650V13A@Tc= 110℃8A@Tc= 146℃1.515TO263
H3D065U008650V13A@Tc= 110℃8A@Tc= 146℃1.515TO263
H3D065T010650V16A@Tc= 110℃10A@Tc= 146℃1.518.5TO263
H3D065U010650V16A@Tc= 110℃10A@Tc= 146℃1.518.5TO263
H3D065T012650V18A@Tc= 110℃12A@Tc= 141℃1.527.3TO263
H3D065U012650V18A@Tc= 110℃12A@Tc= 141℃1.527.3TO263
H3D065T020650V26.5A@Tc= 110℃20A@Tc= 133℃1.543.5TO263
H3D065U020650V26.5A@Tc= 110℃20A@Tc= 133℃1.543.5TO263
H2S060T002650V4.5A@Tc= 135℃2A@Tc= 164℃1.57TO263
H2S060U002650V4.5A@Tc= 135℃2A@Tc= 164℃1.57TO263
H2S060T004650V6.5A@Tc= 135℃4A@Tc= 157℃1.510.5TO263
H2S060U004650V6.5A@Tc= 135℃4A@Tc= 157℃1.510.5TO263
H2S060T006650V9A@Tc= 135℃6A@Tc= 154℃1.513TO263
H2S060U006650V9A@Tc= 135℃6A@Tc= 154℃1.513TO263
H2S060T008650V10A@Tc= 135℃8A@Tc= 146℃1.516TO263
H2S060U008650V10A@Tc= 135℃8A@Tc= 146℃1.516TO263
H2S060T010650V12A@Tc= 135℃10A@Tc= 145℃1.519TO263
H2S060U010650V12A@Tc= 135℃10A@Tc= 145℃1.519TO263
H2S120T0101200V16A@Tc= 135℃10A@Tc= 157℃1.538TO263
H2S120U0101200V16A@Tc= 135℃10A@Tc= 157℃1.538TO263
H2S120T0201200V26A@Tc= 110℃20A@Tc= 133℃1.548TO263
H2S120T0301200V40A@Tc= 110℃30A@Tc= 138℃1.593TO263
H3D065S006650V8.5A@Tc= 110℃6A@Tc= 139℃1.513TO252
H3D065K006650V8.5A@Tc= 110℃6A@Tc= 139℃1.513TO252
H3D065S008650V11A@Tc= 110℃8A@Tc= 134℃1.515TO252
H3D065K008650V11A@Tc= 110℃8A@Tc= 134℃1.515TO252
H3S120S0021200V4A@Tc= 135℃2A@Tc= 162℃1.3518TO252
H3S120S0051200V6.5A@Tc= 135℃5A@Tc= 149℃1.4823TO252
H3S120S0101200V11.4A@Tc= 135℃10A@Tc= 143℃1.4455TO252
H2S060S002650V3A@Tc= 135℃2A@Tc= 157℃1.57TO252
H2S060K002650V3A@Tc= 135℃2A@Tc= 157℃1.57TO252
H2S060S004650V5A@Tc= 135℃4A@Tc= 146℃1.510.5TO252
H2S060K004650V5A@Tc= 135℃4A@Tc= 146℃1.510.5TO252
H2S060S006650V7.5A@Tc= 135℃6A@Tc= 146℃1.513TO252
H2S060K006650V7.5A@Tc= 135℃6A@Tc= 146℃1.513TO252
H2S060S008650V9.5A@Tc= 135℃8A@Tc= 145℃1.516TO252
H2S060K008650V9.5A@Tc= 135℃8A@Tc= 145℃1.516TO252
H2S060S010650V11A@Tc= 135℃10A@Tc= 141℃1.519TO252
H2S120S0021200V4A@Tc= 135℃2A@Tc= 165℃1.511TO252
H2S120S0051200V7.5A@Tc= 135℃5A@Tc= 156℃1.5514TO252
H2S120S0101200V16A@Tc= 135℃10A@Tc= 156℃1.538TO252
H3D065E020650V28A@Tc= 110℃20A@Tc= 137℃1.537TO247-3L
H3D065F020650V27A@Tc= 110℃20A@Tc= 136℃1.543.5TO247-3L
H3D120E0201200V30A@Tc= 110℃20A@Tc= 142℃1.5543TO247-3L
H3S065E020650V24A@Tc= 135℃20A@Tc= 146℃1.4254.6TO247-3L
H3S065F020650V23A@Tc= 135℃20A@Tc= 144℃1.455TO247-3L
H3S120E0101200V14A@Tc= 135℃10A@Tc= 153℃1.4846TO247-3L
H3S120E0201200V30A@Tc= 135℃20A@Tc= 154℃1.44112TO247-3L
H3S120E0401200V45A@Tc= 135℃40A@Tc= 143℃1.5212TO247-3L
H2S065E016650V20A@Tc= 135℃16A@Tc= 146℃1.532TO247-3L
H2S065E020650V24A@Tc= 135℃20A@Tc= 146℃1.536TO247-3L
H2S065F020650V25A@Tc= 135℃20A@Tc= 147℃1.4545TO247-3L
H2S065F030650V38A@Tc= 110℃30A@Tc= 130℃1.4566TO247-3L
H2S065E040650V42A@Tc= 135℃40A@Tc= 138℃1.4590TO247-3L
H2S065F050650V56A@Tc= 135℃50A@Tc= 142℃1.4138TO247-3L
H2S120E0101200V20A@Tc= 135℃10A@Tc= 162℃1.528TO247-3L
H2S120E0161200V32A@Tc= 135℃16A@Tc= 161℃1.464TO247-3L
H2S120E0201200V34A@Tc= 135℃20A@Tc= 159℃1.4576TO247-3L
H2S120F0201200V22A@Tc= 135℃20A@Tc= 142℃1.648TO247-3L
H2S120F0301200V36A@Tc= 135℃30A@Tc= 146℃1.593TO247-3L
H2S120E0401200V42A@Tc= 135℃40A@Tc= 140℃1.696TO247-3L
H2S120G0201200V22A@Tc= 135℃20A@Tc= 142℃1.648TO247-2L
H3S120G0201200V23A@Tc= 135℃20A@Tc= 144℃1.648TO247-2L
H2S120G0301200V36A@Tc= 135℃30A@Tc= 146℃1.593TO247-2L

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