650V/750V/1200V/1700V/2300V SiC MOSFET Falcon Series
Ultralow Rdson*Qoss and Low Rdson at elevated temperature

Falcon M2 Series Portfolio

 

BVDss

Rdson

(mΩ)

TO252

QFN5x6

TO220

TO220FP

TO247_3L

TO247_4L

TOLL DFN8x8

TO263_3L

TO263_7L

TOLT

(TSC)

QDPak 

(TSC)

T2PAK

(HU3Pak)

(TSC)

500V 16

 

 

FF05016M2E

FF05016M2F   FF05016M2J      
500V 18       FF05018M2F          
500V 35                  
500V 130

FF05130M2A

FF05130M2B

    FF05130M2F FF05130M2G        
650V 80                  
750V 7     FF07007M2Q FF07007M2F     FF07007M2K    
750V 9     FF07009M2Q            
750V 20    

FF07020M2E

FF07020M2Q

FF07020M2F   FF07020M2J_7   FF07020M2L FF07020M2T
750V 40                  
750V 150 FF07150M2A

FF07150M2C

FF07150M2D

    FF07150M2G FF07150M2J      
750V 300                  
1200V 13     FF12013M2Q            
1200V 30    

FF12030M2E

FF12030M2Q

        FF12030M2L FF12030M2T
1200V 60                  
1200V 190 FF12190M2A

FF12190M2C

FF12190M2D

      Ff12190M2J_7      
1200V 480                  
1700V 22     FF17022M2Q            
1700V 45     FF17045M2Q            
1700V 900   FF17900M2D FF17900M2E     FF17900M2J_7      
2300V 65     FF23065M2Q            

 

 

 

Features

STATUS

Mass Production.

RELIABLE & RUGGED

100% Avalanche Tested
Short-Circuit Robust

Fast, Small, Powerful & Easy to Use

Our enhancement-mode SiC MOSFET provides Qoss almost 1/10 of advanced silicon super-junction MOSFET and close to GaN FET. The RDS(on)@100oC is only 10% higher than RDS(on)@25oC, enables better RDS(on)@100oC*Qoss figure-of-merit (FOM) better than GaN. The driving method of our SiC MOSFET is similar to that of silicon power MOSFET and the dV/dt is easily and fully controllable by adjusting external gate resistance (RG(ext)). The much higher avalanche energy (EAS) density (close to 20J/cm2) enables the EAS rating similar to advanced silicon super-junction MOSFET despite with a much smaller chip size.

APPLICATIONS

Automotive, Industrial & Consumer

Falcon (Gen1) Series Portfolio

 

BVDss

Rdson

(mΩ)

TO252

QFN5x6

TO220

TO220FP

TO247_3L

TO247_4L

TOLL DFN8x8

TO263_7L

SOT227
650V 10    

FF06010E

FF06010Q

FF06010F      
650V 20    

FF06020E

FF06020Q

FF06020F   FF06020J_7  
650V 30    

FF06030E

FF06030Q

FF06030F   FF06030J_7  
650V 60   FF06060C

FF06060E

FF06060Q

FF06060F   FF06060J_7  
650V 100  

FL06100C

FF06100D

FF06100E

FF06100Q

FF06010F

FL06100F

FL06100G

FF06100G

FF06100J_7  
650V 150 FL06150A FL06150D     FL06150G    
650V 250 FL06250A FL06250D     FL06250G    
650V 320

FL06320A

FL06320B

FF06320A

FF06320B

FL06320C

FL06320D

 

 

  FL06320G    
650V 500 FL06500A FL06500D          
1200V 14     FF12014Q       FP1214RS27
1200V 20    

FF12020E

FF12020Q

       
1200V 40    

FF12040E

FF12040Q

    FF12040J_7  
1200V 60    

FF12060E

FF12060Q

       
1200V 80    

FF12080E

FF12080Q

    FF12080J_7   
1200V 240              
1700V 900    

FF17900E

FF17900Q

    FF17900J_7  
750V 15     FF07015Q        
750V 25     FF07025Q FF07025F   FF07025J_7  
750V 35     FF07035Q FF07035F   FF07035J_7  
750V 75    

FF07075E

FF07075Q

FF07075F   FF07075J_7  

 

 

 

Features

STATUS

Mass Production.

RELIABLE & RUGGED

100% Avalanche Tested
Short-Circuit Robust

Fast, Small, Powerful & Easy to Use

Our enhancement-mode SiC MOSFET provides Qoss almost 1/10 of advanced silicon super-junction MOSFET and close to GaN FET. The RDS(on)@100oC is only 10% higher than RDS(on)@25oC, enables better RDS(on)@100oC*Qoss figure-of-merit (FOM) better than GaN. The driving method of our SiC MOSFET is similar to that of silicon power MOSFET and the dV/dt is easily and fully controllable by adjusting external gate resistance (RG(ext)). The much higher avalanche energy (EAS) density (close to 20J/cm2) enables the EAS rating similar to advanced silicon super-junction MOSFET despite with a much smaller chip size.

APPLICATIONS

Automotive, Industrial & Consumer

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