r.mirtaji
Junior Member level 3
The frequency of the circuit that I am working on it is DAC F=10Mhz and 20Mhz, LOW VOLTAGE=1V, LOW POWER.
The library model I have is 130 nm with different types of MOS transistors like
(
1-nmos1v,nmos2v,nmos3v => Standard Vt ,
2-nmos1vhvt => High Vt,..,..,
3-nmos1vlvt => Low Vt,..,..,
4-nmos1vn => Native devices are without LOD effect and noise models
51-rfnmos1v,rfnmos2v,rfnmos3v,rfnmos1v_nw
)
Item number one, which is the standard model of the transistor, is used for what. Is it suitable for a circuit with my operating frequency?
The 1v,2v,3v indicates the breakdown voltage drain gate If so, why does it not give an error message when I set the bias higher than this value?
What does Native transistor do?
Are transistors RF used for a 10Mhz -frequency digital-to-analog converter?
The library model I have is 130 nm with different types of MOS transistors like
(
1-nmos1v,nmos2v,nmos3v => Standard Vt ,
2-nmos1vhvt => High Vt,..,..,
3-nmos1vlvt => Low Vt,..,..,
4-nmos1vn => Native devices are without LOD effect and noise models
51-rfnmos1v,rfnmos2v,rfnmos3v,rfnmos1v_nw
)
Item number one, which is the standard model of the transistor, is used for what. Is it suitable for a circuit with my operating frequency?
The 1v,2v,3v indicates the breakdown voltage drain gate If so, why does it not give an error message when I set the bias higher than this value?
What does Native transistor do?
Are transistors RF used for a 10Mhz -frequency digital-to-analog converter?