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Step 12 1.061P Consider the source signal voltage and load current Hence, voltage to current required. Draw circuit diagram R3 M - Figure 1 Step Apply voltage division rule and determine the expression for Determine the output voltage is varied keeping constant Write the conditions for and L(min) R. R. Step 12 Calculate relative change load current Step 5 of 12 Consider maximum change output the corresponding R, 9000 0.1 Step 12 Consider the value of input resistance, the form 1x10" Write the value of input resistance of the form 1x10" Therefore the value of input resistance Step Consider, RL varied keeping then write the conditions for and Ca culate the relative change current Step Consider maximum change output the corresponding change in R, $10% Step 12 Consider the value of nput resistance, R, form Write value input resistance of the form Therefore, the value resistance Step 10 of 12 circuit model R + + - Figure: Step 11 of 12 The input resistance very high and output resistance high The amplifier trans- conductance amplifier. Therefore, the amplifier trans conductance amplifier. Step 12 of 12 Determine the -conductance gain of the intrinsic circuit R. 100x10 =0.009 A/V Therefore, the trans gain intrinsic circuit is 0.009 A/V