MOT10065A2
Designed for PFC, solar inverters, EV chargers, industrial power supplies and high-frequency rectification.
Product information
Specifications, documents and sourcing support for MOT10065A2.
Technical specifications
Parametric data for product selection and design review.
- Cargo Status
- Active
- Package
- TO-220-2
- VRRM[V](min)
- 650
- ID[A](25℃)
- 10
- VF[V](max)
- 1.7
- PD[W](25℃)
- 138
- IFSM[A](25℃)
- 105
Overview & applications
Product positioning and recommended use cases.
Diode 10V 650A 138 TO-220-2
MOT10065A2 is a SiC Schottky barrier diode in TO-220-2, rated at 650 V and 10 A. Low forward loss, near-zero reverse recovery and high-temperature capability improve fast-switching power conversion.
Cross reference
Common market parts that may be evaluated against this MOT device.
| Manufacturer | Market part number | MOT part number |
|---|---|---|
| Infineon（CoolSiC G5） | IDH10G65C5XKSA1 | MOT10065A2 |
| Infineon（CoolSiC G6） | IDH10G65C6XKSA1 | MOT10065A2 |
| STMicroelectronics | STPSC10H065A | MOT10065A2 |
| STMicroelectronics | STPSC10H065D | MOT10065A2 |
| STMicroelectronics | STPSC10065A | MOT10065A2 |
| ROHM | SCS110AMC | MOT10065A2 |
| ROHM | SCS210KMC | MOT10065A2 |
| onsemi（EliteSiC） | FFSP1065A | MOT10065A2 |
| onsemi（EliteSiC） | FFSP1065B | MOT10065A2 |
| Littelfuse | LSIC2SD065A10A | MOT10065A2 |
| Wolfspeed（Z-Rec） | C3D10065A | MOT10065A2 |
| Wolfspeed（Z-Rec） | C6D10065A | MOT10065A2 |
| Nexperia | PSC1065K | MOT10065A2 |
| Microsemi（Microchip） | APT10S60HBHF | MOT10065A2 |
| 泰科天润（GPT） | G3S06510A | MOT10065A2 |
| 泰科天润（GPT） | G4S06510AT | MOT10065A2 |
| 泰科天润（GPT） | G5S06510AT | MOT10065A2 |
| 基本半导体 | BD10065T2A | MOT10065A2 |
| 至信微电子 | SDC10065T2A | MOT10065A2 |
| GDsicsemi | GDS10065A | MOT10065A2 |
| 华南微 | SC3D10065A | MOT10065A2 |
| Topdiode | TPDA10S65C1P | MOT10065A2 |
Cross references are a starting point for evaluation. Confirm electrical and package compatibility in the datasheets before design-in.
Talk to an application engineer
Send us your target specifications, quantity and application. Our engineering team will follow up through the Contact Us page.
