Using the Fig. 6 common emitter (CE) BJT characteristics, 1) Determine lc at lg = 30 A and V CE = 10 V. ii) Determine Ic at Vee = 0.7 V and VCE = 15 V. iii) Find the beta (Ba) when V CE = 6V and Ic = 2mA. iv) Calculate the dc alpha (a) from beta value when VCE - 6V and Ic = 2mA. v) At VCE = +6V, find the corresponding value of ICEO vi) Find the de resistance at the VCE - 6V and Ic = 2mA. TEMA) . SOA 70 MA HOA 100 VIV MOV Yay Suro) -SOA OIA 30 OBLA (Act) SOMA VO 10 GA ON 0904 06 08 10 Yom 30 V 10 15 Using the Fig. 6 common emitter (CE) BJT characteristics, 1) Determine lc at lg = 30 A and V CE = 10 V. ii) Determine Ic at Vee = 0.7 V and VCE = 15 V. iii) Find the beta (Ba) when V CE = 6V and Ic = 2mA. iv) Calculate the dc alpha (a) from beta value when VCE - 6V and Ic = 2mA. v) At VCE = +6V, find the corresponding value of ICEO vi) Find the de resistance at the VCE - 6V and Ic = 2mA. TEMA) . SOA 70 MA HOA 100 VIV MOV Yay Suro) -SOA OIA 30 OBLA (Act) SOMA VO 10 GA ON 0904 06 08 10 Yom 30 V 10 15