the_penetrator
Full Member level 5
hi all
I have recently heard that SiC is good for thermo (you can say pyro here!) resistant substrates. Well i knew that from first semester at Master's. SiC stands to 700-750 Celsius whereas Si bails at (is unusable) at 150-175, in reality nothing works well about 75-120C and for a long time.
Anyway it was said that SiC crystal growth of usable sizes (e.g. 10cm at least) is somewhat in the next 5-6 years. Not very far that is. Some people think of sustaining large integration levels with the SiC stuff.
I have a few questions:
1) Assuming SiC crystals with no defcts will be made available in 10 years for middle-sized companies, how painful will it be to make the shift? New SPICE models, tool modifications, people expertise ASOASL...
2) SiC is for space applications, or for the common cases too? This applies to the level of integration in future ICs.
3) Are there any mature device modeling-circuit simulation tools so i can play with that?
4) Preferably open-source tools?
regards
the_penetrator©
I have recently heard that SiC is good for thermo (you can say pyro here!) resistant substrates. Well i knew that from first semester at Master's. SiC stands to 700-750 Celsius whereas Si bails at (is unusable) at 150-175, in reality nothing works well about 75-120C and for a long time.
Anyway it was said that SiC crystal growth of usable sizes (e.g. 10cm at least) is somewhat in the next 5-6 years. Not very far that is. Some people think of sustaining large integration levels with the SiC stuff.
I have a few questions:
1) Assuming SiC crystals with no defcts will be made available in 10 years for middle-sized companies, how painful will it be to make the shift? New SPICE models, tool modifications, people expertise ASOASL...
2) SiC is for space applications, or for the common cases too? This applies to the level of integration in future ICs.
3) Are there any mature device modeling-circuit simulation tools so i can play with that?
4) Preferably open-source tools?
regards
the_penetrator©