Lincoln Timer to Generate a PWM - Revision history

Support: /* Compatibility Lincoln 60, Lincoln 60E */

2012-04-12T20:16:18Z

Compatibility Lincoln 60, Lincoln 60E

← Older revision		Revision as of 20:16, 12 April 2012
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	==Compatibility [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60], [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60E]==		==Compatibility [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60], [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60E]==

-	This example demonstrates how to use timers to generate PWM signals with different duty cycles. Run the example and observe the 4 signals using an oscilloscope.	+	This example demonstrates how to use timers to generate PWM signals with different duty cycles. Run the example and observe the 4 signals using an oscilloscope. Below is a list of the signals and what duty cycle they should be at:
-		+
-	Below is a list of the signals and what duty cycle they should be at:	+
	* P1.28 on J2 pin 19: duty cycle = 12.5%		* P1.28 on J2 pin 19: duty cycle = 12.5%
	* P1.22 on J2 pin 13: duty cycle = 25%		* P1.22 on J2 pin 13: duty cycle = 25%

Support: /* Compatibility Lincoln 60, Lincoln 60E */

2012-04-12T20:15:36Z

Compatibility Lincoln 60, Lincoln 60E

← Older revision		Revision as of 20:15, 12 April 2012
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	Below is a list of the signals and what duty cycle they should be at:		Below is a list of the signals and what duty cycle they should be at:
-	* - P1.28 on J2 pin 19: duty cycle = 12.5%	+	* P1.28 on J2 pin 19: duty cycle = 12.5%
-	* - P1.22 on J2 pin 13: duty cycle = 25%	+	* P1.22 on J2 pin 13: duty cycle = 25%
-	* - P0.6 on J2 pin 5: duty cycle = 37.5%	+	* P0.6 on J2 pin 5: duty cycle = 37.5%
-	* - P0.10 on J2 pin 9: duty cycle = 50%	+	* P0.10 on J2 pin 9: duty cycle = 50%

	The first UART, which is connected to the COM1 on the Lincoln microcontroller board, is configured for 115,200 bits per second, and 8-n-1 mode. When the program is started a message will be printed to the terminal. The below screen shot is of the timer_pwmsignal in action.		The first UART, which is connected to the COM1 on the Lincoln microcontroller board, is configured for 115,200 bits per second, and 8-n-1 mode. When the program is started a message will be printed to the terminal. The below screen shot is of the timer_pwmsignal in action.

Support: /* Compatibility Lincoln 60, Lincoln 60E */

2012-04-12T20:15:20Z

Compatibility Lincoln 60, Lincoln 60E

← Older revision		Revision as of 20:15, 12 April 2012
Line 3:		Line 3:
	This example demonstrates how to use timers to generate PWM signals with different duty cycles. Run the example and observe the 4 signals using an oscilloscope.		This example demonstrates how to use timers to generate PWM signals with different duty cycles. Run the example and observe the 4 signals using an oscilloscope.

-	4 signals ~~on oscilloscope~~:	+	Below is a list of the signals and what duty cycle they should be at:
-	- P1.28 on J2 pin 19: duty cycle = 12.5%	+	* - P1.28 on J2 pin 19: duty cycle = 12.5%
-	- P1.22 on J2 pin 13: duty cycle = 25%	+	* - P1.22 on J2 pin 13: duty cycle = 25%
-	- P0.6 on J2 pin 5: duty cycle = 37.5%	+	* - P0.6 on J2 pin 5: duty cycle = 37.5%
-	- P0.10 on J2 pin 9: duty cycle = 50%The first UART, which is connected to the COM1 on the Lincoln microcontroller board, is configured for 115,200 bits per second, and 8-n-1 mode. When the program is started a message will be printed to the terminal. The below screen shot is of the timer_pwmsignal in action.	+	* - P0.10 on J2 pin 9: duty cycle = 50%
		+
		+	The first UART, which is connected to the COM1 on the Lincoln microcontroller board, is configured for 115,200 bits per second, and 8-n-1 mode. When the program is started a message will be printed to the terminal. The below screen shot is of the timer_pwmsignal in action.


	[[Image:Lincoln_timer_pwmsignal.png\|center\|]]		[[Image:Lincoln_timer_pwmsignal.png\|center\|]]
		+
		+
		+	Below is a screen capture of the signals on P1.28 (J2 pin 19) and P1.22 (J2 pin 13).


	[[Image:Lincoln_timer_pwmsignal1.png\|center\|]]		[[Image:Lincoln_timer_pwmsignal1.png\|center\|]]
		+
		+
		+	Below is a screen capture of the signals on P0.6 (J2 pin 5) and P0.10 (J2 pin 9).


	[[Image:Lincoln_timer_pwmsignal2.png\|center\|]]		[[Image:Lincoln_timer_pwmsignal2.png\|center\|]]

Support at 20:09, 12 April 2012

2012-04-12T20:09:37Z

← Older revision		Revision as of 20:09, 12 April 2012
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	[[Image:Lincoln_timer_pwmsignal.png\|center\|]]		[[Image:Lincoln_timer_pwmsignal.png\|center\|]]
		+

	[[Image:Lincoln_timer_pwmsignal1.png\|center\|]]		[[Image:Lincoln_timer_pwmsignal1.png\|center\|]]
		+

	[[Image:Lincoln_timer_pwmsignal2.png\|center\|]]		[[Image:Lincoln_timer_pwmsignal2.png\|center\|]]

Support at 20:08, 12 April 2012

2012-04-12T20:08:55Z

← Older revision		Revision as of 20:08, 12 April 2012
Line 1:		Line 1:
	==Compatibility [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60], [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60E]==		==Compatibility [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60], [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60E]==

-	This example demonstrates how to use timers to generate PWM signals with different duty cycles. The first UART, which is connected to the COM1 on the Lincoln microcontroller board, is configured for 115,200 bits per second, and 8-n-1 mode. When the program is started a message will be printed to the terminal. The below screen shot is of the timer_pwmsignal in action.	+	This example demonstrates how to use timers to generate PWM signals with different duty cycles. Run the example and observe the 4 signals using an oscilloscope.
		+
		+	4 signals on oscilloscope:
		+	- P1.28 on J2 pin 19: duty cycle = 12.5%
		+	- P1.22 on J2 pin 13: duty cycle = 25%
		+	- P0.6 on J2 pin 5: duty cycle = 37.5%
		+	- P0.10 on J2 pin 9: duty cycle = 50%The first UART, which is connected to the COM1 on the Lincoln microcontroller board, is configured for 115,200 bits per second, and 8-n-1 mode. When the program is started a message will be printed to the terminal. The below screen shot is of the timer_pwmsignal in action.

Support: Created page with '==Compatibility [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60], [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60E]== This example demonstrat…'

2012-04-12T19:47:33Z

Created page with '==Compatibility [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60], [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60E]== This example demonstrat…'

New page

==Compatibility [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60], [http://www.micromint.com/index.php/SBC/lincoln60.html Lincoln 60E]==

This example demonstrates how to use timers to generate PWM signals with different duty cycles. The first UART, which is connected to the COM1 on the Lincoln microcontroller board, is configured for 115,200 bits per second, and 8-n-1 mode. When the program is started a message will be printed to the terminal. The below screen shot is of the timer_pwmsignal in action.

[[Image:Lincoln_timer_pwmsignal.png|center|]]

[[Image:Lincoln_timer_pwmsignal1.png|center|]]

[[Image:Lincoln_timer_pwmsignal2.png|center|]]