An analog-to-digital converter (ADC) converts voltages in the range of ± 15 volts (nominal input range) to 16-bit unsigned integer codes. a) Calculate the integer codes when the incoming voltage is 0.b1, b2.7, and -b3.3 volts (using the corresponding values from your UIN), show your work on page 2 and put your answers in the boxes below. 16-bit unsigned code for 0.61V 16-bit unsigned code for b2.7V 16-bit unsigned code for -b3.3V b) Determine the ranges of incoming voltages that will get the same integer codes as the voltages listed in part a above. Show your work on page 3 and put your answers in the boxes below range of voltages that produces same code as 0.b1V is range of voltages that produces same code as b2.7V is range of voltages that produces same code as -b3.3V is c) Draw an analog signal that will produce the following sequence of 16-bit digital codes: 10, 1024, 500, 3050, 12165, 15345, 14198, 13745, 10980