650V Discrete SiC MOSFETs | Cree

650V Discrete Silicon Carbide MOSFETs

The industry's lowest on-state resistances and switching losses for maximum efficiency and power density

SpeedFit Design Simulator LTspice & PLECS Models

Wolfspeed extends its SiC technology leadership with the introduction of 3rd-Generation 650V MOSFETs; enabling smaller; lighter; and highly-efficient power conversion in an even wider range of power systems. The 650V MOSFET product family is ideal for applications including high performance industrial power supplies; server/telecom power; electric vehicle charging systems; energy storage systems; uninterruptible power supplies; and battery management systems.

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Product SKU	Request Sample	Blocking Voltage	R_DS(ON) at 25°C	Generation	Current Rating	Gate Charge Total	Output Capacitance	Total Power Dissipation (P_TOT)	Maximum Junction Temperature	Package	Recommended For New Design?	Qualification
C3M0060065K	Click to request a Sample	650 V	60 mΩ	Gen 3	37 A	46 nC	80 pF	150 W	175 °C	TO-247-4	Yes	Industrial
C3M0060065J	Click to request a Sample	650 V	60 mΩ	Gen 3	36 A	46 nC	80 pF	136 W	175 °C	TO-263-7	Yes	Industrial
C3M0060065D	Click to request a Sample	650 V	60 mΩ	Gen 3	29 A	46 nC	80 pF	150 W	175 °C	TO-247-3	Yes	Industrial
C3M0015065K	Click to request a Sample	650 V	15 mΩ	Gen 3	91 A	188 nC	289 pF	416 W	175 °C	TO-247-4	Yes	Industrial
C3M0015065D	Click to request a Sample	650 V	15 mΩ	Gen 3	81 A	188 nC	289 pF	416 W	175 °C	TO-247-3	Yes	Industrial
C3M0120065K	Click to request a Sample	650 V	120 mΩ	Gen 3	22 A	28 nC	45 pF	98 W	175 °C	TO-247-4	Yes	Industrial
C3M0120065J	Click to request a Sample	650 V	120 mΩ	Gen 3	21 A	26 nC	45 pF	86 W	175 °C	TO-263-7	Yes	Industrial
C3M0120065D	Click to request a Sample	650 V	120 mΩ	Gen 3	22 A	28 nC	45 pF	98 W	175 °C	TO-247-3	Yes	Industrial
C3M0045065K	Click to request a Sample	650 V	45 mΩ	Gen 3	49 A	63 nC	101 pF	176 W	175 °C	TO-247-4	Yes	Industrial
C3M0045065D	Click to request a Sample	650 V	45 mΩ	Gen 3	49 A	63 nC	101 pF	176 W	175 °C	TO-247-3	Yes	Industrial
C3M0025065K	Click to request a Sample	650 V	25 mΩ	Gen 3	97 A	112 nC	178 pF	326 W	175 °C	TO-247-4	Yes	Industrial
C3M0025065D	Click to request a Sample	650 V	25 mΩ	Gen 3	97 A	108 nC	178 pF	325 W	175 °C	TO-247-3	Yes	Industrial

Product SKU	Request Sample	Blocking Voltage	R_DS(ON) at 25°C	Generation	Current Rating	Gate Charge Total	Output Capacitance	Total Power Dissipation (P_TOT)	Maximum Junction Temperature	Package	Recommended For New Design?	Qualification
C3M0060065K	Click to request a Sample	650 V	60 mΩ	Gen 3	37 A	46 nC	80 pF	150 W	175 °C	TO-247-4	Yes	Industrial
C3M0060065J	Click to request a Sample	650 V	60 mΩ	Gen 3	36 A	46 nC	80 pF	136 W	175 °C	TO-263-7	Yes	Industrial
C3M0060065D	Click to request a Sample	650 V	60 mΩ	Gen 3	29 A	46 nC	80 pF	150 W	175 °C	TO-247-3	Yes	Industrial
C3M0015065K	Click to request a Sample	650 V	15 mΩ	Gen 3	91 A	188 nC	289 pF	416 W	175 °C	TO-247-4	Yes	Industrial
C3M0015065D	Click to request a Sample	650 V	15 mΩ	Gen 3	81 A	188 nC	289 pF	416 W	175 °C	TO-247-3	Yes	Industrial
C3M0120065K	Click to request a Sample	650 V	120 mΩ	Gen 3	22 A	28 nC	45 pF	98 W	175 °C	TO-247-4	Yes	Industrial
C3M0120065J	Click to request a Sample	650 V	120 mΩ	Gen 3	21 A	26 nC	45 pF	86 W	175 °C	TO-263-7	Yes	Industrial
C3M0120065D	Click to request a Sample	650 V	120 mΩ	Gen 3	22 A	28 nC	45 pF	98 W	175 °C	TO-247-3	Yes	Industrial
C3M0045065K	Click to request a Sample	650 V	45 mΩ	Gen 3	49 A	63 nC	101 pF	176 W	175 °C	TO-247-4	Yes	Industrial
C3M0045065D	Click to request a Sample	650 V	45 mΩ	Gen 3	49 A	63 nC	101 pF	176 W	175 °C	TO-247-3	Yes	Industrial
C3M0025065K	Click to request a Sample	650 V	25 mΩ	Gen 3	97 A	112 nC	178 pF	326 W	175 °C	TO-247-4	Yes	Industrial
C3M0025065D	Click to request a Sample	650 V	25 mΩ	Gen 3	97 A	108 nC	178 pF	325 W	175 °C	TO-247-3	Yes	Industrial

Features

Low On-State Resistance over Temperature
Low Parasitic Capacitances
Fast Diode with ultra low reverse recovery
High Temperature Operation (TJ = 175°C)
Kelvin Source Pin
Industry Standard Through-Hole & SMT Packages

Benefits

Improves System Efficiency with lower switching and conduction losses
Enables high switching frequency operation
Improves System Level Power Density
Reduces System Size; Weight; and Cooling Requirements
Enables new hard switching topologies (Totem-Pole PFC)

Applications

Industrial Power Supplies
Server/Telecom
EV-Charging Systems
Energy Storage Systems (ESS)
Uninterruptible Power Supplies (UPS)
Battery Management Systems (BMS)

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