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Step 1 of 3 4.011E Refer to Figure E4.11 in the textbook. Calculate the corresponding voltage drop across each of the diodes. Substitute 2.4 V for in the equation. V Step 2 of 3 Consider the exponential diode current and voltage relation. here, , the actual voltage drop across the diode the assumed or initial voltage across the diode the resulting current in the diode the assumed current in the diode Substitute 57.5 mV for 2.3V, 1 1 mA for for 0.8 V for V₂ in the equation. mA Step 3 of 3 Apply Ohm's law to calculate the value of resistance to obtain the current I₂ at an output voltage of 2.4 V 54.84 mA 2.4 = 7.6 = 54.84 mA Ω Thus, the value of resistance to obtain the output voltage of 2.4 V is -

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