I am POSTING question with solution please explain me how the solution is being solved please do it on paper please it is a humble request I AM posting my question 6TH TIME PLEASE tell me and explain me STEP by step what is happening in the question and how to solve it ON PAPER please explain the steps a. Using the characteristics of Fig., determine Bac at IB 60 mA and VCE z4 V b. Using the characteristics of Fig., determine Bac at IB 30 mA and VCE -7 V c. Using the characteristics of Fig., determine Bac at IB 10mA and VCE = 10 V d. Reviewing the results of parts (a) through (c), does the value of Bac change from point to point on the characteristics? Where are the high values located? Can you develop any general conclusions about the value of Bac on a set of collector characteristics? e. The chosen points in this exercise are the same as those employed in Problem. If Problem was performed, compare the levels of Bdc and Bac for each point and comment on the trend in magnitude for each quantity FIG. Characteristics of a silicon transistor in the common- emitter configuration: (a) collector characteristics lc (mA) 80μΑ 70μΑ 60μΑ Saturation region) 5 50μΑ 40 HA (Active region) 20μΑ IO HA 10 15 20 V V) (Cutoff region) Jazz 46.1171% 12:51 AM X Step 1 of 5 Refer to Figure 3.13 from the textbook. Represent the values provided on the characteristics curve. Consider the following for the common emitter CE and the base current 1,-60 μΑ The collector current 'c ranges from 1c,-5.9 mA to IC1-4.6 mA and The base current 's has the range of 1B2 = 70 μΑ to 181-50 μΑ Calculate the common-emitter forward-current amplification factor Pac. ΔΙ ΔΙ 5.9 mA-4.6 mA 70 μΑ-50 μΑ 65 Hence, the ac parameter B is 65 Jazz 念".1171% 12:51 AM X Step 2 of 5 Consider the following for the common emitter =7V CE- and the base current 1,-30 μΑ The collector current ranges from 'c is 1C2 = 4.1 mA to 1C1-2.3 mA and The base current B has the range of ,2-40 μΑ to 1B1-20pA Calculate the common-emitter forward-current amplification factor ac Bac ΔΙ ΔΙ 4.1 mA-2.3 mA 40 μΑ-20 μΑ = 90 Hence, the ac parameter pac is s 90 Jazz 46.1171% 12:51 AM X Step 3 of 5 Consider the following for the common emitter CE 10and the base current 1,-10 μΑ The collector current ranges from 'c is 1C2 = 2.4 mA to 1C1-0.3 m A and The base current' B has the range of Calculate the common-emitter forward-current amplification factor ac ac ΔΙ 2.4 mA-0.3 mA 105 Hence, the ac parameter P is T05 Bae is 105 Jazz 46.11 71% 12:51 AM X Step 4 of 5 Yes, the ac parameter changes from point to point and the highest value of P is at the lowest levels of collector current. Jazz 46.11 71% 12:51 AM X Step 5 of 5 The following table illustrates the comparison between the ac parameter Pand the dc parameter Píc corresponding to the provided collector currents: Table 1 Collector emitter Ratio voltage AC Collector DC current parameter parameter 5.25 mA 87.5 3.25 mA 108.3 1.35 mA 135 65 90 105 CE 4 V 7 V 10 V 1.35 1.20 1.29 a. Using the characteristics of Fig., determine Bac at IB 60 mA and VCE z4 V b. Using the characteristics of Fig., determine Bac at IB 30 mA and VCE -7 V c. Using the characteristics of Fig., determine Bac at IB 10mA and VCE = 10 V d. Reviewing the results of parts (a) through (c), does the value of Bac change from point to point on the characteristics? Where are the high values located? Can you develop any general conclusions about the value of Bac on a set of collector characteristics? e. The chosen points in this exercise are the same as those employed in Problem. If Problem was performed, compare the levels of Bdc and Bac for each point and comment on the trend in magnitude for each quantity FIG. Characteristics of a silicon transistor in the common- emitter configuration: (a) collector characteristics lc (mA) 80μΑ 70μΑ 60μΑ Saturation region) 5 50μΑ 40 HA (Active region) 20μΑ IO HA 10 15 20 V V) (Cutoff region) Jazz 46.1171% 12:51 AM X Step 1 of 5 Refer to Figure 3.13 from the textbook. Represent the values provided on the characteristics curve. Consider the following for the common emitter CE and the base current 1,-60 μΑ The collector current 'c ranges from 1c,-5.9 mA to IC1-4.6 mA and The base current 's has the range of 1B2 = 70 μΑ to 181-50 μΑ Calculate the common-emitter forward-current amplification factor Pac. ΔΙ ΔΙ 5.9 mA-4.6 mA 70 μΑ-50 μΑ 65 Hence, the ac parameter B is 65 Jazz 念".1171% 12:51 AM X Step 2 of 5 Consider the following for the common emitter =7V CE- and the base current 1,-30 μΑ The collector current ranges from 'c is 1C2 = 4.1 mA to 1C1-2.3 mA and The base current B has the range of ,2-40 μΑ to 1B1-20pA Calculate the common-emitter forward-current amplification factor ac Bac ΔΙ ΔΙ 4.1 mA-2.3 mA 40 μΑ-20 μΑ = 90 Hence, the ac parameter pac is s 90 Jazz 46.1171% 12:51 AM X Step 3 of 5 Consider the following for the common emitter CE 10and the base current 1,-10 μΑ The collector current ranges from 'c is 1C2 = 2.4 mA to 1C1-0.3 m A and The base current' B has the range of Calculate the common-emitter forward-current amplification factor ac ac ΔΙ 2.4 mA-0.3 mA 105 Hence, the ac parameter P is T05 Bae is 105 Jazz 46.11 71% 12:51 AM X Step 4 of 5 Yes, the ac parameter changes from point to point and the highest value of P is at the lowest levels of collector current. Jazz 46.11 71% 12:51 AM X Step 5 of 5 The following table illustrates the comparison between the ac parameter Pand the dc parameter Píc corresponding to the provided collector currents: Table 1 Collector emitter Ratio voltage AC Collector DC current parameter parameter 5.25 mA 87.5 3.25 mA 108.3 1.35 mA 135 65 90 105 CE 4 V 7 V 10 V 1.35 1.20 1.29