Consider the partial functional block diagram of an arbitrary microcontroller and the bit order for the associated timing control register, as illustrated i M2CLKPHSEL M1CLKPHSEL CLKSEL PIN2 DO En PRESCL IDEX PIN1 XCLK 000 MCLK 001 SCLK 010 ACLK-H 011 Timero 100 Timer 1 Timer2) 110 Timer3 111 Divider 11,12,13 Divider 11, 12, 14, 18 101 TMRENABLE Timing control register: 9 8 7 6 5 4 3 2 0 TMRENABLE CLKSEL PRESCL IDEX M1 CLKPHSEL M2CLKPHSEL Assume that the auxiliary clock (ACLK) is used and that it is running at a frequency of 48 kHz. Determine the bit values of the 10-bit timing control register that will ensure that a 16 kHz inverted clock signal appears at PIN1 while a 2 kHz clock signal appears at PIN2. Where a bit can be either one or zero, indicate it as X. Be sure to show your workings in detail and to justify your reasoning while stating any assumptions made. Consider the partial functional block diagram of an arbitrary microcontroller and the bit order for the associated timing control register, as illustrated i M2CLKPHSEL M1CLKPHSEL CLKSEL PIN2 DO En PRESCL IDEX PIN1 XCLK 000 MCLK 001 SCLK 010 ACLK-H 011 Timero 100 Timer 1 Timer2) 110 Timer3 111 Divider 11,12,13 Divider 11, 12, 14, 18 101 TMRENABLE Timing control register: 9 8 7 6 5 4 3 2 0 TMRENABLE CLKSEL PRESCL IDEX M1 CLKPHSEL M2CLKPHSEL Assume that the auxiliary clock (ACLK) is used and that it is running at a frequency of 48 kHz. Determine the bit values of the 10-bit timing control register that will ensure that a 16 kHz inverted clock signal appears at PIN1 while a 2 kHz clock signal appears at PIN2. Where a bit can be either one or zero, indicate it as X. Be sure to show your workings in detail and to justify your reasoning while stating any assumptions made