1. Read the PIC data sheet Chapter 4.0 and 5.0. 2. Here are the choices for each of the 15 configuration options in the 2 words that we have used: CONFIG_CONFIG1, _FOSC INTOSC & _WDTE OFF & PWRTE OFF &MCLRE ON & _CP OFF&_CPD OFF & BOREN OFF & CLKOUTEN OFF & IESO OFF& FCMEN OFF CONFIG_CONFIG2, _WRT OFF & _PLLEN OFF & STVREN ON &BORV_LO &_LVP OFF List how many bits for each option and explain why we chose each option or if it makes no difference. 3. How many bits in each configuration word? 4. In chapter 5.0, how many different modes can the systerm clock operate? 5. Why do you think this chip has so many different clock modes? 6. List some applications you can think of which would require each different (High, Medium and Low) accuracy of the clock. L.e. for high accuracy the PIC16F1829 could be the guts of a timer for a track meet. 1. Read the PIC data sheet Chapter 4.0 and 5.0. 2. Here are the choices for each of the 15 configuration options in the 2 words that we have used: CONFIG_CONFIG1, _FOSC INTOSC & _WDTE OFF & PWRTE OFF &MCLRE ON & _CP OFF&_CPD OFF & BOREN OFF & CLKOUTEN OFF & IESO OFF& FCMEN OFF CONFIG_CONFIG2, _WRT OFF & _PLLEN OFF & STVREN ON &BORV_LO &_LVP OFF List how many bits for each option and explain why we chose each option or if it makes no difference. 3. How many bits in each configuration word? 4. In chapter 5.0, how many different modes can the systerm clock operate? 5. Why do you think this chip has so many different clock modes? 6. List some applications you can think of which would require each different (High, Medium and Low) accuracy of the clock. L.e. for high accuracy the PIC16F1829 could be the guts of a timer for a track meet