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19. The OTA in Figures voltage waveform for the given input waveforms assuming K = 16 µuS/µA. functions as an amplitude modulation circuit. Determine the output +8 V +6 V –- VMOD +4 V – +2 V – +1 V 10 µs 20 µs 30 us 40 us 50 us +9 V VMOD 500 kHz RBIAS 39 kN 00 mV R1 10 kN OTA o Vout R2 RL 10 kN 10 kΩ O V

19. The OTA in Figures voltage waveform for the given input waveforms assuming K = 16 µuS/µA. functions as an amplitude modulation circuit. Determine the output +8 V +6 V –- VMOD +4 V – +2 V – +1 V 10 µs 20 µs 30 us 40 us 50 us +9 V VMOD 500 kHz RBIAS 39 kN 00 mV R1 10 kN OTA o Vout R2 RL 10 kN 10 kΩ O V

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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The OTA in Figures functions as an amplitude modulation circuit. Determine the output voltage waveform for the given input waveforms assuming K = 16 mS/mA.

 

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19. The OTA in Figures voltage waveform for the given input waveforms assuming K = 16 µS/µA. functions as an amplitude modulation circuit. Determine the output +8 V +6 V VMOD +4 V +2 V +1 V 10 us 20 us 30 us 40 us 50 us +9 V VMOD 500 kHz RBIAS 39 kN 100 mV R1 Vin 10 kΩ ОТА Vout + RL R2 10 kN 10 kΩ -9 V
Transcribed Image Text:19. The OTA in Figures voltage waveform for the given input waveforms assuming K = 16 µS/µA. functions as an amplitude modulation circuit. Determine the output +8 V +6 V VMOD +4 V +2 V +1 V 10 us 20 us 30 us 40 us 50 us +9 V VMOD 500 kHz RBIAS 39 kN 100 mV R1 Vin 10 kΩ ОТА Vout + RL R2 10 kN 10 kΩ -9 V
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