• info@chiplix.com
Search
Close this search box.
chiplix logo
Get Quote

Manufacturer: Hestia Power

650V 8A TO-220-2L SiC Schottky Barrier Diode

Part Number: H3D065A008
VR[V] 650
650
IF[A] 13A@Tc= 110℃, 8A@Tc= 146℃
13A@Tc= 110℃, 8A@Tc= 146℃
QC[nC] 15
15
Package TO-220-2L
TO-220-2L
hestia power sic schottky diode
Download Datasheet

Features

Features

  • Low Conduction and Switching Loss
  • Zero Reverse Recovery
  • Temperature Independent Switching Behavior
  • Positive Temperature Coefficient Device
  • High Surge Current Capability
  • Suitable for High-Speed Application
  • AEC-Q101 Qualified
  • RoHS Compliant and Halogen Free

benefits

  • Higher System Efficience
  • Increase Parallel Device Convenience
  • Enable High Temperature Application
  • Allow High Frequency Operation
  • Realize Compact and Lightweight Systems
  • High Reliability

Applications

Switching Mode Power Supply
PFC
UPS
Motor Drives
Flywheel diode in Power Inverters
Solar/Wind Renewable Energy

Related Parts

Part NumberVR[V]IF[A]IF[A]VF(typ.)[V]@25℃VF(typ.)[V]@175℃QC[nC]Package
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
Part NumberVR[V]IF[A]VF(typ.)[V]@25℃VF(typ.)[V]@175℃QC[nC]Package
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
Part NumberVR[V]IF[A]IF[A]VF(typ.)[V]QC[nC]Package
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

Get Your Quote

What part number are you looking for? Fill in the details below to receive a quote.
chiplix logo

electronic component distributor

Chiplix is your reliable supplier of semiconductors. We help you find hard-to-find electronic components fast and with good prices.

Contact Information

Global Headquarters
Phone: +86 15618775325
E-mail: info@chiplix.com
Address: No.188-6 Shanghai Road East, Taicang, China

Latin America Region
Phone: +52 55 3705 1213
Email: latam@chiplix.com

EXPLORE OUR BLOGS

arrow
en_US
en_US es_MX fr_FR
small_c_popup
close menu icon

Request quote for electronic components

Let's have a chat