BJT Transistör Önyargı Voltaj Hesap Makinesi

R_b = Temel Direnç
V_in = Giriş gerilimi
R_c = Kolektör Direnci
R_e = Verici Direnci
V_s = Besleme gerilimi
V_c = Kolektör Gerilimi
V_e = Verici Gerilimi
V_b = Temel Gerilim
`I_b=[V_i n-Base t o Emitter Drop]/[R_b+Curren t gai n×R_e] `
I_c = Collector gain x I_b
V_e = I_C x R_e
V_b = V_e x Base to Emitter Drop
V_c = V_s - I_C x R_c
If (V_c < V_e) then,
`V_e=[V_s×R_e]/[R_e+R_c] `
V_c = V_e
V_b = V_e + Base to Emitter Drop
`I_c=V_s/[R_e+R_c] `

R_c = Collector Resistance
R_e = Emitter Resistance
V_s = Supply Voltage
V_c = Collector Voltage
V_e = Emitter Voltage
V_b = Base Voltage
` V_b=[R_a×R_b]/[R_a+R_b] `
` V_i n=[V_s×R_b]/[R_a+R_b] `
`I_b=[V_i n-Base t o Emitter Drop]/[R_b+Curren t gai n×R_e] `
I_c = Collector gain x I_b
V_e = I_C x R_e
V_b = V_e x Base to Emitter Drop
V_c = V_s - I_C x R_c

If (V_in < V_b) then, <
V_c = V_s
V_e = 0 <
V_b = Base to Emitter Drop
I_c = 0
I_b = 0