Hi. Could you help me with one problem that seemed too difficult for me?
Given that Nd=10^16/cm^-3 , Na=10^14/cm^-3 , β(ω=300MHz)=60, Vcb=10 V, rbb=20 ohms,
calculate the ωmax (fmax ?) of a bjt ?
I am struggling to find a proper equation to obtain Cjc from Nd and Vcb, but i'm not even sure if it's possible.
the other problem : find differential conductance of a pn junction, given that I=50mA , electron lifespan: 1us. Does the electron lifespan change anything or influence the diff. conductance ? thanks in advance
Given that Nd=10^16/cm^-3 , Na=10^14/cm^-3 , β(ω=300MHz)=60, Vcb=10 V, rbb=20 ohms,
calculate the ωmax (fmax ?) of a bjt ?
I am struggling to find a proper equation to obtain Cjc from Nd and Vcb, but i'm not even sure if it's possible.
the other problem : find differential conductance of a pn junction, given that I=50mA , electron lifespan: 1us. Does the electron lifespan change anything or influence the diff. conductance ? thanks in advance
