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Step 8.013P Refer to Figure P8 from the text book Identify voltages and currents the circuit diagram shown Figure + +10 0 V + V 0 -5 V -5 V V Figure Step 14 Calculate the value of the voltage Substitute and 0.7 =4.3 V Therefore, the value voltage 4.3 V The node voltage represent the nodal voltage Step Calculate the value of the voltage Substitute and for Therefore, the value voltage The node voltage represent the voltage Calculate value of the current In Substitute for and for 4.3-(-4.3) 4.3+4.3 8.6 Therefore, the value of the current 0.43 mA The currents and represent the value o the current due to the characteristics the current mirror Calculate the value of the current Substitute 0.43 mA for and =0.86 mA Therefore, the value of the mA Step Calculate the value of the voltage Substitute and =0.43+0.43 =0.86 V the value voltage 0.86 V Step Calculate the value of the voltage Substitute for and for R2 the value of the voltage 3.44 V Step 14 Calculate the value of the voltage Substitute for and for R, =1.548 V the the voltage 1.548 V Step 10 of 14 Calculate the value of the voltage Substitute 0.86 mA for and 5kQ for =-4.3V the value voltage -4.3 V Step 11 of 14 Calculate the value of the voltage Substitute 0.43 mA for and for R, the value voltage 4.3 V Step 12 of 14 Calculate the value of the voltage Substitute Therefore, the valu voltage 0.7 V The node voltage Vcs represent the nodal voltage Step 13 of 14 Calculate the value Substitute for and Therefore, The nodal voltages represent the nodal voltage Step 14 of 14 The the currents and 0.43 mA and the value of the current 0.86 mA The values of the voltages across the resistors are The values of the nodal voltages 4.3 V and