The_ratio_of_the_open_circuit_voltage_of_a_voltage_amplifier_(AV)_to_the_short_circuit_transconductance_of_a_(Gm)_of_a_transconductance_amplifier,_given_that_both_have_the_same_value_of_the_internal_resistance_(Ri)_and_the_output_resistance_(R0),_is$

The_ratio_of_the_open_circuit_voltage_of_a_voltage_amplifier_(AV)_to_t

1.	The_ratio_of_the_open_circuit_voltage_of_a_voltage_amplifier_(A_V)_to_the_short_circuit_transconductance_of_a_(G_m)_of_a_transconductance_amplifier,_given_that_both_have_the_same_value_of_the_internal_resistance_(R_i)_and_the_output_resistance_(R₀),_is$
A.	R<sub>i</sub>
B.	R<sub>0</sub>
C.	1/R<sub>i</sub>
D.	1/R<sub>0</sub>
Answer» C. 1/R<sub>i</sub>

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THE_RATIO_OF_THE_SHORT_CIRCUIT_CURRENT_GAIN_OF_A_CURRENT_AMPLIFIER_(AI)_TO_THE_OPEN_CIRCUIT_VOLTAGE_GAIN_OF_A_VOLTAGE_AMPLIFIER_(AV),_GIVEN_THAT_BOTH_AMPLIFIERS_HAVE_THE_SAME_VALUE_OF_THE_INPUT_RESISTANCE_(RI)_AND_OUTPUT_RESISTANCE_(R0),_IS?$
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The_ratio_of_the_open_circuit_voltage_of_a_voltage_amplifier_(AV)_to_the_short_circuit_transconductance_of_a_(Gm)_of_a_transconductance_amplifier,_given_that_both_have_the_same_value_of_the_internal_resistance_(Ri)_and_the_output_resistance_(R0),_is$

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The_ratio_of_the_open_circuit_voltage_of_a_voltage_amplifier_(A_V)_to_the_short_circuit_transconductance_of_a_(G_m)_of_a_transconductance_amplifier,_given_that_both_have_the_same_value_of_the_internal_resistance_(R_i)_and_the_output_resistance_(R₀),_is$