The circuit parameters are V* = 10V, V=-10V, I,= 0.8mA, and R,=12k2. The transistor parameters are:...

 

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The circuit parameters are V* = 10V, V=-10V, I,= 0.8mA, and R,=12k2. The transistor parameters are: B=100, V-0, V BECom0.7 V. Assume the output resistance looking into the constant current source is R,= 25k2. Use one-sided output for the diff-amp circuit and assume the source resistors, Rp, are zero. the common-mode gain RC Rlic ic2 Q2 A cm =-0.2373 "BEI VBE2 •Determine the differential-mode gain. 'B2 •Determine the differential- and common-mode le input components the input signals VR=2 -0.005 sin or V and v,= 2 + 0.005 sin or V. •Determine the output voltage for the input signals VBI =2 -0.005 sin ot V and vp=2 + 0.005 sin ot V. VB2 The circuit parameters are V* = 10V, V=-10V, I,= 0.8mA, and R,=12k2. The transistor parameters are: B=100, V-0, V BECom0.7 V. Assume the output resistance looking into the constant current source is R,= 25k2. Use one-sided output for the diff-amp circuit and assume the source resistors, Rp, are zero. the common-mode gain RC Rlic ic2 Q2 A cm =-0.2373 "BEI VBE2 •Determine the differential-mode gain. 'B2 •Determine the differential- and common-mode le input components the input signals VR=2 -0.005 sin or V and v,= 2 + 0.005 sin or V. •Determine the output voltage for the input signals VBI =2 -0.005 sin ot V and vp=2 + 0.005 sin ot V. VB2

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