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Simplify the following circuit.
1. Simplify the following circuit. Line A goes into an INVERTER, then into a NAND Gate, then into an OR Gate, then travels into another NOR Gate. Line B travels into the same NAND Gate, then into the same OR Gate, then into the same NOR Gate. Now Line C goes into another INVERTER, then into an AND Gate, then into the same OR Gate as Lines A and B, then into the same last OR Gate. There is a line connected to line A, which comes down then goes into the same AND Gate as above, then into the same OR Gate as lines A and B, then into the same last OR Gate. Finally, there is a line connected to Line C that bypasses everything else except the final OR Gate, which it enters by itself. I need either an expression as a solution, or both an expression and a reduced diagram.
Design a 2-digit 24 second "shot-clock" countdown timer with pushbutton controller.
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Interface binary Input Output devices to the microcontroller
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A baseband sine wave signal with frequency 4.0 kHz is modulated onto a carrier at 1.050 MHz using DSB-LC AM. What are the frequencies of the sidebands of the RF signal?
Understanding low, high and band pass filters, A signal in the IF section of an FM radio receiver occupies the frequency band 10.61 MHz to 10.79 MHz. Compute the bandwidth of this signal.
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