KontroLIR Pin Outs - Revision history

AnalysIR: /* KontroLIR Pin Out Serial Interface */

2019-12-11T15:46:30Z

KontroLIR Pin Out Serial Interface

← Older revision		Revision as of 08:46, 11 December 2019
Line 27:		Line 27:
	The image below shows an example of wiring your SerialUSB Adapter to KontroLIR, long with the SerialUSB Interface pin-out (viewed from the rear & looking at the empty battery compartment..		The image below shows an example of wiring your SerialUSB Adapter to KontroLIR, long with the SerialUSB Interface pin-out (viewed from the rear & looking at the empty battery compartment..

	[[File:KIR_SerialUSB_wiring.png~~\|740px~~\|SerialUSB Interface pinout]]		[[File:KIR_SerialUSB_wiring.png\|SerialUSB Interface pinout]]

	== KontroLIR Pin Out ICSP ==		== KontroLIR Pin Out ICSP ==

AnalysIR at 11:58, 11 November 2019

2019-11-11T11:58:23Z

AnalysIR: /* KontroLIR Pin Out ICSP */

2019-11-08T15:51:42Z

KontroLIR Pin Out ICSP

← Older revision		Revision as of 08:51, 8 November 2019
Line 30:		Line 30:

	== KontroLIR Pin Out ICSP ==		== KontroLIR Pin Out ICSP ==
	[[File:KontroLIR ICSP Header.jpg\|frameless\|~~Serial~~ interface pinout]]		[[File:KontroLIR ICSP Header.jpg\|frameless\|ICSP interface pinout]]

	The header pins for the AVR ICSP interface are laid out as follows:		The header pins for the AVR ICSP interface are laid out as follows:

AnalysIR: /* KontroLIR Pin Out Serial Interface */

2019-11-08T15:50:56Z

KontroLIR Pin Out Serial Interface

← Older revision		Revision as of 08:50, 8 November 2019
Line 27:		Line 27:
	The image below shows an example of wiring your SerialUSB Adapter to KontroLIR, long with the SerialUSB Interface pinout (viewed from the rear & looking at the empty battery compartment..		The image below shows an example of wiring your SerialUSB Adapter to KontroLIR, long with the SerialUSB Interface pinout (viewed from the rear & looking at the empty battery compartment..

	[[File:KIR_SerialUSB_wiring.png\|740px~~\|frame\|left~~\|SerialUSB Interface pinout]]		[[File:KIR_SerialUSB_wiring.png\|740px\|SerialUSB Interface pinout]]

	== KontroLIR Pin Out ICSP ==		== KontroLIR Pin Out ICSP ==

AnalysIR: /* KontroLIR Pin Out Serial Interface */

2019-11-08T15:49:39Z

KontroLIR Pin Out Serial Interface

← Older revision		Revision as of 08:49, 8 November 2019
Line 21:		Line 21:
	''Note 4: These pins are accessible via the battery compartment.''		''Note 4: These pins are accessible via the battery compartment.''

	''Note 5: ~~If you encounter problems using~~ your ~~own~~ adapter~~, you may need~~ to ~~swap the Rx & Tx wires at one end only~~.''		''Note 5: <u>'''IMPORTANT''' - remove the batteries before connecting your SerialUSB adapter to KontroLIR</u>.''

	The image below shows an example of wiring your SerialUSB Adapter to KontroLIR.		''Note 6: If you encounter problems using your own adapter, you may need to swap the Rx & Tx wires at one end only.''

			The image below shows an example of wiring your SerialUSB Adapter to KontroLIR, long with the SerialUSB Interface pinout (viewed from the rear & looking at the empty battery compartment..

	[[File:KIR_SerialUSB_wiring.png\|740px\|frame\|left\|SerialUSB Interface pinout]]		[[File:KIR_SerialUSB_wiring.png\|740px\|frame\|left\|SerialUSB Interface pinout]]

AnalysIR: /* KontroLIR Pin Out Serial Interface */

2019-11-08T15:39:30Z

KontroLIR Pin Out Serial Interface

← Older revision		Revision as of 08:39, 8 November 2019
Line 17:		Line 17:
	''Note 2: On my FTDI Serial USB adapter: RTS=>DTR; RXD=>Tx;TXD=>Rx; GND=>GND; VCC=>5V.''		''Note 2: On my FTDI Serial USB adapter: RTS=>DTR; RXD=>Tx;TXD=>Rx; GND=>GND; VCC=>5V.''

	''Note 4: When selecting a SerialUSB adapter, please ensure that VCC is 5V and the 3 signal pins are all 5V.''		''Note 3: When selecting a SerialUSB adapter, please ensure that VCC is 5V and the 3 signal pins are all 5V.''

	''Note 3: These pins are accessible via the battery compartment.''		''Note 4: These pins are accessible via the battery compartment.''

			''Note 5: If you encounter problems using your own adapter, you may need to swap the Rx & Tx wires at one end only.''

	The image below shows an example of wiring your SerialUSB Adapter to KontroLIR.		The image below shows an example of wiring your SerialUSB Adapter to KontroLIR.

	[[File:KIR_SerialUSB_wiring.png\|~~frameless~~\|~~740px~~\|SerialUSB Interface pinout]]		[[File:KIR_SerialUSB_wiring.png\|740px\|frame\|left\|SerialUSB Interface pinout]]

	~~If you encounter problems, you may need to swap the Rx & Tx wires at one end only.~~

	== KontroLIR Pin Out ICSP ==		== KontroLIR Pin Out ICSP ==

AnalysIR: /* KontroLIR Pin Out Serial Interface */

2019-11-08T13:51:09Z

KontroLIR Pin Out Serial Interface

← Older revision		Revision as of 06:51, 8 November 2019
Line 16:		Line 16:

	''Note 2: On my FTDI Serial USB adapter: RTS=>DTR; RXD=>Tx;TXD=>Rx; GND=>GND; VCC=>5V.''		''Note 2: On my FTDI Serial USB adapter: RTS=>DTR; RXD=>Tx;TXD=>Rx; GND=>GND; VCC=>5V.''

			''Note 4: When selecting a SerialUSB adapter, please ensure that VCC is 5V and the 3 signal pins are all 5V.''

	''Note 3: These pins are accessible via the battery compartment.''		''Note 3: These pins are accessible via the battery compartment.''
Line 21:		Line 23:
	The image below shows an example of wiring your SerialUSB Adapter to KontroLIR.		The image below shows an example of wiring your SerialUSB Adapter to KontroLIR.

	[[File:KIR_SerialUSB_wiring.png\|frameless\|SerialUSB Interface pinout]]		[[File:KIR_SerialUSB_wiring.png\|frameless\|740px\|SerialUSB Interface pinout]]

			If you encounter problems, you may need to swap the Rx & Tx wires at one end only.

	== KontroLIR Pin Out ICSP ==		== KontroLIR Pin Out ICSP ==

AnalysIR: /* KontroLIR Pin Out Serial Interface */

2019-11-08T13:44:29Z

KontroLIR Pin Out Serial Interface

← Older revision		Revision as of 06:44, 8 November 2019
Line 18:		Line 18:

	''Note 3: These pins are accessible via the battery compartment.''		''Note 3: These pins are accessible via the battery compartment.''

			The image below shows an example of wiring your SerialUSB Adapter to KontroLIR.

			[[File:KIR_SerialUSB_wiring.png\|frameless\|SerialUSB Interface pinout]]

	== KontroLIR Pin Out ICSP ==		== KontroLIR Pin Out ICSP ==

AnalysIR: /* KontroLIR Pin Out Serial Interface */

2019-10-29T18:37:32Z

KontroLIR Pin Out Serial Interface

← Older revision		Revision as of 11:37, 29 October 2019
Line 2:		Line 2:

	== KontroLIR Pin Out Serial Interface ==		== KontroLIR Pin Out Serial Interface ==
	[[File:KontroLIR Serial Interface.jpg\|frameless\|Serial interface pinout (looking from keypad up)~~\|nnn~~]]		[[File:KontroLIR Serial Interface.jpg\|frameless\|Serial interface pinout (looking from keypad up)]]

	The header pins for the Serial I/F interface are laid out as follows:		The header pins for the Serial I/F interface are laid out as follows:

AnalysIR at 18:37, 29 October 2019

2019-10-29T18:37:17Z

← Older revision		Revision as of 11:37, 29 October 2019
Line 2:		Line 2:

	== KontroLIR Pin Out Serial Interface ==		== KontroLIR Pin Out Serial Interface ==
	[[File:KontroLIR Serial Interface.jpg\|frameless\|Serial interface pinout (looking from keypad up)]]		[[File:KontroLIR Serial Interface.jpg\|frameless\|Serial interface pinout (looking from keypad up)\|nnn]]

	The header pins for the Serial I/F interface are laid out as follows:		The header pins for the Serial I/F interface are laid out as follows:

← Older revision		Revision as of 04:58, 11 November 2019
Line 9:		Line 9:
	# '''RXD''' Connects to RXD on the adapter (Connected to RXD0 on the ATmega328PB)		# '''RXD''' Connects to RXD on the adapter (Connected to RXD0 on the ATmega328PB)
	# '''VCC''' +ve supply power 5V (will also work with a 3V3 supply @ 8MHz or 4MHz) '''DO NOT''' supply power here when batteries are installed!		# '''VCC''' +ve supply power 5V (will also work with a 3V3 supply @ 8MHz or 4MHz) '''DO NOT''' supply power here when batteries are installed!
	# '''RTS''' Used to reset the MCU during Firmware upload (connect RTS or DTR signal here when uploading ~~irmware~~ with Arduino IDE)		# '''RTS''' Used to reset the MCU during Firmware upload (connect RTS or DTR signal here when uploading firmware with Arduino IDE)
	# '''DBG''' Unpopulated by default. Can be used as a debug pin, if necessary. Also connected to the LED.		# '''DBG''' Unpopulated by default. Can be used as a debug pin, if necessary. Also connected to the LED.


	''Note 1: The image is looking from the keypad up. Looking ~~throught~~ the battery compartment, the order will be mirrored.''		''Note 1: The image is looking from the keypad up. Looking through the battery compartment, the order will be mirrored.''

	''Note 2: On my FTDI Serial USB adapter: RTS=>DTR; RXD=>Tx;TXD=>Rx; GND=>GND; VCC=>5V.''		''Note 2: On my FTDI Serial USB adapter: RTS=>DTR; RXD=>Tx;TXD=>Rx; GND=>GND; VCC=>5V.''
Line 25:		Line 25:
	''Note 6: If you encounter problems using your own adapter, you may need to swap the Rx & Tx wires at one end only.''		''Note 6: If you encounter problems using your own adapter, you may need to swap the Rx & Tx wires at one end only.''

	The image below shows an example of wiring your SerialUSB Adapter to KontroLIR, long with the SerialUSB Interface ~~pinout~~ (viewed from the rear & looking at the empty battery compartment..		The image below shows an example of wiring your SerialUSB Adapter to KontroLIR, long with the SerialUSB Interface pin-out (viewed from the rear & looking at the empty battery compartment..

	[[File:KIR_SerialUSB_wiring.png\|740px\|SerialUSB Interface pinout]]		[[File:KIR_SerialUSB_wiring.png\|740px\|SerialUSB Interface pinout]]
Line 59:		Line 59:
	Detailed GPIO mapping can be examined in the file: KIR_header.h		Detailed GPIO mapping can be examined in the file: KIR_header.h
	Remote button IDs are pre-calculated from the ROW/COL indices.		Remote button IDs are pre-calculated from the ROW/COL indices.
	Every pin used is pre-defined along with a collection of useful pre-compiler macros, intended for ~~easue~~ of use.		Every pin used is pre-defined along with a collection of useful pre-compiler macros, intended for ease of use.
	The contents should be relatively straight forward to follow, for those familiar with the Arduino and IRremote ecosystems.		The contents should be relatively straight forward to follow, for those familiar with the Arduino and IRremote ecosystems.