Consider the circuit below where v1 represents a variable signal generated by a microphone. if V1=0...

 

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Consider the circuit below where v1 represents a variable signal generated by a microphone. if V1=0 and VT =26mV then lc = Re 100 12 -Vcc=1.8 V 1₁-3-10-16 A B = 100. 800 mV 6.92 mA 0.692 A 6.92 μA 0.692 MA For the circuit shown in the figure of the question (6.1) If v1 = 1 mV and VT=26 mV, then the variation on Ic is equal to: 0.280 A 2.80 μA 0.280 mA 2.80 mA Consider the circuit below where v1 represents a variable signal generated by a microphone. if V1=0 and VT =26mV then lc = Re 100 12 -Vcc=1.8 V 1₁-3-10-16 A B = 100. 800 mV 6.92 mA 0.692 A 6.92 μA 0.692 MA For the circuit shown in the figure of the question (6.1) If v1 = 1 mV and VT=26 mV, then the variation on Ic is equal to: 0.280 A 2.80 μA 0.280 mA 2.80 mA Consider the circuit below where v1 represents a variable signal generated by a microphone. if V1=0 and VT =26mV then lc = Re 100 12 -Vcc=1.8 V 1₁-3-10-16 A B = 100. 800 mV 6.92 mA 0.692 A 6.92 μA 0.692 MA For the circuit shown in the figure of the question (6.1) If v1 = 1 mV and VT=26 mV, then the variation on Ic is equal to: 0.280 A 2.80 μA 0.280 mA 2.80 mA Consider the circuit below where v1 represents a variable signal generated by a microphone. if V1=0 and VT =26mV then lc = Re 100 12 -Vcc=1.8 V 1₁-3-10-16 A B = 100. 800 mV 6.92 mA 0.692 A 6.92 μA 0.692 MA For the circuit shown in the figure of the question (6.1) If v1 = 1 mV and VT=26 mV, then the variation on Ic is equal to: 0.280 A 2.80 μA 0.280 mA 2.80 mA

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