Stack Exchange network consists of 183 Q&A communities including Stack Overflow, the largest, most trusted online community for developers to learn, share their knowledge, and build their careers.
Visit Stack Exchange
Stack Internal
Knowledge at work
Bring the best of human thought and AI automation together at your work.
Explore Stack InternalIt looks like you're using a 16 MHz crystal, but telling the compiler that your frequency is 160 MHz:
#define _XTAL_FREQ 160000000
Once you adjust your code toAlso, at 16 MHz, each clock cycle is \$1/16,000,000 = 62.5ns.\$
You are calling __delay32(150000000);, which would equate to \$150000000\cdot62.5ns=9.37s\$. So the LED will be on for about ten seconds, then off for about 10 seconds.
It looks like you're using a 16 MHz crystal, but telling the compiler that your frequency is 160 MHz:
#define _XTAL_FREQ 160000000
Once you adjust your code to 16 MHz, each clock cycle is \$1/16,000,000 = 62.5ns.\$
You are calling __delay32(150000000);, which would equate to \$150000000\cdot62.5ns=9.37s\$. So the LED will be on for about ten seconds, then off for about 10 seconds.
It looks like you're using a 16 MHz crystal, but telling the compiler that your frequency is 160 MHz:
#define _XTAL_FREQ 160000000
Also, at 16 MHz, each clock cycle is \$1/16,000,000 = 62.5ns.\$
You are calling __delay32(150000000);, which would equate to \$150000000\cdot62.5ns=9.37s\$. So the LED will be on for about ten seconds, then off for about 10 seconds.
It looks like you're using a 16 MHz crystal, but settingtelling the compiler that your frequency tois 160 MHz:
#define _XTAL_FREQ 160000000
Once you adjust your code to 16 MHz, each clock cycle is \$1/16,000,000 = 62.5ns.\$
You are calling __delay32(150000000);, which would equate to \$150000000\cdot62.5ns=9.37s\$. So the LED will be on for about ten seconds, then off for about 10 seconds.
It looks like you're using a 16 MHz crystal, but setting your frequency to 160 MHz:
#define _XTAL_FREQ 160000000
Once you adjust your code to 16 MHz, each clock cycle is \$1/16,000,000 = 62.5ns.\$
You are calling __delay32(150000000);, which would equate to \$150000000\cdot62.5ns=9.37s\$. So the LED will be on for about ten seconds, then off for about 10 seconds.
It looks like you're using a 16 MHz crystal, but telling the compiler that your frequency is 160 MHz:
#define _XTAL_FREQ 160000000
Once you adjust your code to 16 MHz, each clock cycle is \$1/16,000,000 = 62.5ns.\$
You are calling __delay32(150000000);, which would equate to \$150000000\cdot62.5ns=9.37s\$. So the LED will be on for about ten seconds, then off for about 10 seconds.
It looks like you're using a 16 MHz crystal, but setting your frequency to 160 MHz:
#define _XTAL_FREQ 160000000
Once you adjust your code to 16 MHz, each clock cycle is \$1/16,000,000 = 62.5ns.\$
You are calling __delay32(150000000);, which would equate to \$150000000\cdot62.5ns=9.37s\$. So the LED will be on for about ten seconds, then off for about 10 seconds.
