PLC LED controller specifications - Revision history

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Technical desciption

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	\| Binder 719 series 5 poles <br> (connects also the speakers)		\| Binder 719 series 5 poles <br> (connects also the speakers)
	\|-		\|-
	\| ~~LED~~ Connector pin assignment		\| Binder Connector pin assignment
	\| 1 +5V <br> 2 Red LED signal <br> 3 Green LED signal <br> 4 Speaker+ <br> 5 Speaker-		\| 1 +5V <br> 2 Red LED signal <br> 3 Green LED signal <br> 4 Speaker+ <br> 5 Speaker-
	\|-		\|-

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Technical desciption

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	\| 1 +5V <br> 2 Red LED signal <br> 3 Green LED signal <br> 4 Speaker+ <br> 5 Speaker-		\| 1 +5V <br> 2 Red LED signal <br> 3 Green LED signal <br> 4 Speaker+ <br> 5 Speaker-
	\|-		\|-
	\| ~~LED Connector~~ color assignment		\| Binder connector pin to wire color assignment
	\| 1 Black <br> 2 Red <br> 3 Green <br> 4 Yellow <br> 5 Blue		\| 1 Black <br> 2 Red <br> 3 Green <br> 4 Yellow <br> 5 Blue
	\|}		\|}

Lof at 14:04, 29 January 2024

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	You can find the Matlab code and examples [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/led?ref_type=heads here].		You can find the Matlab code and examples [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/led?ref_type=heads here].


	==Specifications==		==Specifications==
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	*Ethernet connector for communication		*Ethernet connector for communication
	*The LEDs that are used in all the labs are [[LED specifications\|Bivar 5BC-3-CA-F LED]].		*The LEDs that are used in all the labs are [[LED specifications\|Bivar 5BC-3-CA-F LED]].


	==Technical desciption==		==Technical desciption==

Lof at 14:03, 29 January 2024

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← Older revision		Revision as of 14:03, 29 January 2024
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	You can find the Matlab code and examples [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/led?ref_type=heads here].		You can find the Matlab code and examples [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/led?ref_type=heads here].


			==Specifications==
			*Panasonic PLC
			*FPWINPRO 7 sofware
			*Response time to trigger < 1.3 milli sec
			*2x128 output channels
			*5 pins Binder connectors for LEDs
			*Test buttons for Red and Green LEDs
			*BNC connector for input trigger
			*Ethernet connector for communication
			*The LEDs that are used in all the labs are [[LED specifications\|Bivar 5BC-3-CA-F LED]].


	==Technical desciption==		==Technical desciption==

Lof at 13:58, 29 January 2024

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	==Description==		==Description==
	The PLC LED controller is part of the [[Sphere lab\|Auditory Sphere Lab]] and consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the setup.		The PLC LED controller is part of the [[Sphere lab\|Auditory Sphere Lab]] and consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the setup. See [[LED specifications\|here]] for LED specifications.

	==How does it work==		==How does it work==

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How does it work

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	==How does it work==		==How does it work==
	The PLC LED controller is programmed with 'FPWINPRO 7' PLC programming tool of Panasonic. The program can be found [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/sphere%20Panasonic%20PLC?ref_type=heads here]. The program starts automatically when the PLC is switched on. The program controls 256 ~~output~~ for switching 128 red and 128 green LEDs on or off. The intensities of the LEDs are controlled by Pulse Width Modulation (PWM).		The PLC LED controller is programmed with 'FPWINPRO 7' PLC programming tool of Panasonic. The program can be found [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/sphere%20Panasonic%20PLC?ref_type=heads here]. The program starts automatically when the PLC is switched on. The program controls 256 relay outputs for switching 128 red and 128 green LEDs on or off. The intensities of the LEDs are controlled by Pulse Width Modulation (PWM).

	From Matlab you can sent up to 16 LED configurations to the controller. With a trigger pulse you can let the LED controller know that it should present the next configuration. The LEDs are numbered 0 to 127 and there are red and green LEDs. With the test buttons on the door of the PLC cabinet you can switch on all red or green LEDs at once. A configuration specifies the ON or OFF state for all red and green LEDs with two arrays of 128 bits. The intensity of the red and green LEDs are not individually addressed, but set for all red or green LEDs at once with one number between 0 and 50.		From Matlab you can sent up to 16 LED configurations to the controller. With a trigger pulse you can let the LED controller know that it should present the next configuration. The LEDs are numbered 0 to 127 and there are red and green LEDs. With the test buttons on the door of the PLC cabinet you can switch on all red or green LEDs at once. A configuration specifies the ON or OFF state for all red and green LEDs with two arrays of 128 bits. The intensity of the red and green LEDs are not individually addressed, but set for all red or green LEDs at once with one number between 0 and 50.

Lof: /* How does it work */

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How does it work

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	==How does it work==		==How does it work==
	The PLC LED controller is programmed with 'FPWINPRO 7' PLC programming tool of Panasonic. The program can be found [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/sphere%20Panasonic%20PLC?ref_type=heads here]. The program starts automatically when the PLC is switched on. From Matlab you can sent up to 16 LED configurations to the controller. With a trigger pulse you can let the LED controller know that it should present the next configuration. The LEDs are numbered 0 to 127 and there are red and green LEDs. With the test buttons on the door of the PLC cabinet you can switch on all red or green LEDs at once. A configuration specifies the ON or OFF state for all red and green LEDs with two arrays of 128 bits. The intensity of the red and green LEDs are not individually addressed, but set for all red or green LEDs at once with one number between 0 and 50.		The PLC LED controller is programmed with 'FPWINPRO 7' PLC programming tool of Panasonic. The program can be found [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/sphere%20Panasonic%20PLC?ref_type=heads here]. The program starts automatically when the PLC is switched on. The program controls 256 output for switching 128 red and 128 green LEDs on or off. The intensities of the LEDs are controlled by Pulse Width Modulation (PWM).

			From Matlab you can sent up to 16 LED configurations to the controller. With a trigger pulse you can let the LED controller know that it should present the next configuration. The LEDs are numbered 0 to 127 and there are red and green LEDs. With the test buttons on the door of the PLC cabinet you can switch on all red or green LEDs at once. A configuration specifies the ON or OFF state for all red and green LEDs with two arrays of 128 bits. The intensity of the red and green LEDs are not individually addressed, but set for all red or green LEDs at once with one number between 0 and 50.

	==How to use==		==How to use==

Lof at 13:53, 29 January 2024

2024-01-29T13:53:06Z

← Older revision		Revision as of 13:53, 29 January 2024
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	The PLC LED controller is part of the [[Sphere lab\|Auditory Sphere Lab]] and consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the setup.		The PLC LED controller is part of the [[Sphere lab\|Auditory Sphere Lab]] and consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the setup.

	==How does it work?==		==How does it work==
	The PLC LED controller is programmed with 'FPWINPRO 7' PLC programming tool of Panasonic. The program can be found [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/sphere%20Panasonic%20PLC?ref_type=heads here]. The program starts automatically when the PLC is switched on. From Matlab you can sent up to 16 LED configurations to the controller. With a trigger pulse you can let the LED controller know that it should present the next configuration. The LEDs are numbered 0 to 127 and there are red and green LEDs. With the test buttons on the door of the PLC cabinet you can switch on all red or green LEDs at once. A configuration specifies the ON or OFF state for all red and green LEDs with two arrays of 128 bits. The intensity of the red and green LEDs are not individually addressed, but set for all red or green LEDs at once with one number between 0 and 50.		The PLC LED controller is programmed with 'FPWINPRO 7' PLC programming tool of Panasonic. The program can be found [https://gitlab.science.ru.nl/marcw/biofysica/-/tree/master/experiment/sphere%20Panasonic%20PLC?ref_type=heads here]. The program starts automatically when the PLC is switched on. From Matlab you can sent up to 16 LED configurations to the controller. With a trigger pulse you can let the LED controller know that it should present the next configuration. The LEDs are numbered 0 to 127 and there are red and green LEDs. With the test buttons on the door of the PLC cabinet you can switch on all red or green LEDs at once. A configuration specifies the ON or OFF state for all red and green LEDs with two arrays of 128 bits. The intensity of the red and green LEDs are not individually addressed, but set for all red or green LEDs at once with one number between 0 and 50.

Lof: /* Description */

2024-01-29T13:52:46Z

Description

← Older revision		Revision as of 13:52, 29 January 2024
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	==Description==		==Description==
	The PLC LED controller is part of the ~~Audio~~ Sphere Lab consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the ~~Sphere~~ setup.		The PLC LED controller is part of the [[Sphere lab\|Auditory Sphere Lab]] and consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the setup.

	==How does it work?==		==How does it work?==

Lof: /* Description */

2024-01-29T13:51:53Z

Description

← Older revision		Revision as of 13:51, 29 January 2024
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	==Description==		==Description==
	The PLC LED controller consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the Sphere setup.		The PLC LED controller is part of the Audio Sphere Lab consist of a modular PLC from the Panasonic FP2 series. It controls the Red and Green LEDs in the Sphere setup.

	==How does it work?==		==How does it work?==