2) This is a capture program for MSP430F5529 Launchpad. What is the rough value of 'tcap' when you set a breakpoint at_NOP0. (P1.3 and P2.7 are assumed connected through a jumper wire) volatile unsigned int tcap 0; void delay_close to_1000_cycles (void) void delay close to 700 cycles (void) void delay close to 400 cycles (void) #pragma vector-TIMERO AI VECTOR -interrupt void TIMERO-Ai-ISR (void) switcheven_in_range (TAOIV, 14) int main (void) case 0: break: II No interrupt case 2: break; I/ CCR1 not used case 4: PlOUT -B173; PlDIR-B173; tcap-TAOCCR2: breaki CCR2 not used case 6: break; // reserved case 8: break; reserved case 10: break; reserved case 12: break: reserved case 14: break; overflow default: break; P2OUT &=-BIT7; P2DIR I-BIT7 TA0CCTL2 = CM2 + CCIS0 + SCS + CAP + CCIE; - - EINT // Capture test code P2OUT &=-BIT7; delay close to 1000 cycles) TAOCTL ITACLR delay close to 400 cycles ) delay_close to 700_cycles delay_close to_1000 cycles : NOP /I Set a breakpoint / Capture test code while (1) delay_cycles (1000) return 0 2) This is a capture program for MSP430F5529 Launchpad. What is the rough value of 'tcap' when you set a breakpoint at_NOP0. (P1.3 and P2.7 are assumed connected through a jumper wire) volatile unsigned int tcap 0; void delay_close to_1000_cycles (void) void delay close to 700 cycles (void) void delay close to 400 cycles (void) #pragma vector-TIMERO AI VECTOR -interrupt void TIMERO-Ai-ISR (void) switcheven_in_range (TAOIV, 14) int main (void) case 0: break: II No interrupt case 2: break; I/ CCR1 not used case 4: PlOUT -B173; PlDIR-B173; tcap-TAOCCR2: breaki CCR2 not used case 6: break; // reserved case 8: break; reserved case 10: break; reserved case 12: break: reserved case 14: break; overflow default: break; P2OUT &=-BIT7; P2DIR I-BIT7 TA0CCTL2 = CM2 + CCIS0 + SCS + CAP + CCIE; - - EINT // Capture test code P2OUT &=-BIT7; delay close to 1000 cycles) TAOCTL ITACLR delay close to 400 cycles ) delay_close to 700_cycles delay_close to_1000 cycles : NOP /I Set a breakpoint / Capture test code while (1) delay_cycles (1000) return 0