PIC18F47J53 Pinguino

Language:	[[::PIC18F47J53 Pinguino|English]]

Important Warnings for all Pinguino Users

Important Warnings: Please read the important warnings at least once!

Features

Microcontroller

The Pinguino 47J53A board is built with a Microchip PIC18F47J53 microcontroller and is USB 2.0 compatible.

The characteristics of this microcontroller are:

• Microcontroller: PIC18F47J53 (TQFP44 package)
• 128KB Program Flash Memory
• 3800 RAM Bytes
• 8 bit 12 MIPS core running at 48MHz
• 9 nA Deep Sleep mode (Watch Webinar)
• 200nA Sleep mode (RAM retention)
• 700nA Real Time Clock & Calendar operation in Sleep modes
• 330nA Watchdog Timer operation in Sleep modes
• Integrated full speed USB 2.0
• Deep Sleep mode ideal for battery applications
• Peripheral Pin Select for mapping digital peripherals to various I/O for design flexibility
• Hardware RTCC provides clock, calendar & alarm functions
• Charge Time Measurement Unit (CTMU) supports capacitive touch screens
• 3 Enhanced Capture / Compare / PWM modules
• 2 MSSP serial ports for SPI or I2C™ communication
• 2 Enhanced USART modules
• 8-bit Parallel port
• 3 analog comparators
• 13 ch, 12-bit ADC
• Self programming Flash supports 10,000 erase/write cycles and 20 year data retention
• Operating voltage 2.0 - 3.6V, 5.5V tolerant digital inputs

Characteristics of the board

• 1" x 2.3" (2.5 x 5.8 cm)
• 32 I/O
• 3 power sources: USB, Ext. Supply (from 4.75V to 12V) or Battery (from 2.8 to 4V - non-regulated to run low power modes).
• On-board 3.3V regulator
• Automatic switch between VBAT and USB (or External Power Supply).
• 8 MHz Crystal
• 32768 Hz Crystal (for RTCC or extreme low power modes)
• Breadboard compatible (0.9" between 20-pin headers)
• ICSP connector
• Power and User LEDs
• 4x3mm fixing holes

Revision 1.2

Pin Out

Cheat Sheet

Pin Table

Pin name	PCB Label	Digital IO	5.5V tolerant	Analog	Parallel Port	Other	Chip Pin	Microchip name
00	RB0	Yes	No	AN12		SPI2 CS	8	RB0/AN12/INT0/RP3
01	RB1	Yes	No	AN10		RTCC pin SPI2 SDO	9	RB1/AN10/RTCC/RP4
02	RB2	Yes	No	AN8	PMA3	SPI2 SCK	10	RB2/AN8/PMA3/RP5
03	RB3	Yes	No	AN9	PMA2	SPI2 SDI	11	RB3/AN9/PMA2/RP6
04	RB4	Yes, PWM CCP4	Yes		PMA1	I2C1 SCK SPI1 SCL	14	RB4/CCP4/PMA1/SCK1/SCL1/RP7
05	RB5	Yes, PWM CCP5	Yes		PMA0	I2C1 SDA SPI1 SDI	15	RB5/CCP5/PMA0/SDI1/SDA1/RP8
06	RB6	Yes, PWM CCP6	Yes			ICSP PGC SPI1 CS	16	RB6/CCP6/PGC/RP9
07	RB7	Yes, PWM CCP7	Yes			ICSP PGD	17	RB7/CCP7/PGD/RP10
08	AN0	Yes	No	AN0	PMA6		19	RA0/AN0/PMA6/RP0
09	AN1	Yes	No	AN1	PMA7		20	RA1/AN1/PMA7/RP1
10	AN2	Yes	No	AN2			21	RA2/AN2/Vref-
11	AN3	Yes	No	AN3			22	RA3/AN3/Vref+
12	AN4	Yes	No	AN4			24	RA5/AN4/SS/LVDin/RP2
13	AN5	Yes	No	AN5	PMRD		25	RE0/AN5/PMRD
14	AN6	Yes	No	AN6	PMWR		26	RE1/AN6/PMWR
15	AN7	Yes	No	AN7	PMCS		27	RE2/AN7/PMCS
16	RC0	Yes	No				32	RC0/T1OSO/T1CKI/RP11
17	RC1	Yes, PWM CCP8	No				35	RC1/CCP8/T1OSI/RP12
18	RC2	Yes	No	AN11		USERLED	36	RC2/AN11/RP13
19	RC3	NC	NC	NC	NC	NC	NC	NC
20	RC4	Input only	No			USB- I/O	42	RC4/D-/VM
21	RC5	Input only	No			USB+ I/O	43	RC5/D+/VP
22	RC6	Yes, PWM	Yes		PMA5	Serial 1 TX	44	RC6/CCP9/PMA5/TX1/CK1/RP17
23	RC7	Yes, PWM	Yes		PMA4	Serial 1 RX	1	RC7/CCP10/PMA4/RX1/DT1/SDO1/RP18
24	RD0	Yes	Yes		PMD0	I2C2 SCL	38	RD0/PMD0/SCL2
25	RD1	Yes	Yes		PMD1	I2C2 SDA	39	RD1/PMD1/SDA2
26	RD2	Yes	Yes		PMD2		40	RD2/PMD2/RP19
27	RD3	Yes	Yes		PMD3		41	RD3/PMD3/RP20
28	RD4	Yes	Yes		PMD4		2	RD4/PMD4/RP21
29	RD5	Yes	Yes		PMD5		3	RD5/PMD5/RP22
30	RD6	Yes	Yes		PMD6		4	RD6/PMD6/RP23
31	RD7	Yes	Yes		PMD7		5	RD7/PMD7/RP24
GND			No				6	VSS
3V3			No				7	VDD
NC							12	NC
NC							13	NC
Reset		No	Yes			Reset switch / ICSP MCLR	18	MCLR
3V3			No				23	VDDCORE/VCAP
3V3			No				28	VDD2
GND			No				29	VSS2
OSC1			No			8 MHz crystal	30	RA7/OSC1/CLKI
OSC2			No			8 MHz crystal	31	RA6/OSC2/CLKO
T1OS0			No			32768 Hz crystal	32	RC0/T1OSO/T1CKI/RP11
T1OSI			No			32768 Hz crystal	35	RC1/CCP8/T1OSI/RP12
NC							33	NC
NC							34	NC
Vusb			No			USB voltage input	37	VUSB

Schematic

• Pinguino 47J53 A Revision 1.2
• Kicad files

First Programs : 6 ways to blink a LED

Here are 6 ways to blink the built-in Led (User Led) on your new Pinguino board.

Electrical Characteristics

Operating conditions at 25°C

Parameter	Minimum	Typical	Maximum	Units
Input voltage	4.5	5.0	5.5	Volts
Current Requirement	5	-	500¹	mA

¹ If board is powered via by a USB connection only 500ma is allowable under USB 2.0 specifications.

Power requirements

The Pinguino 47j53 boards can be powered in a number of ways:

• USB Socket – USB power from a USB Host.
• USB Socket – Powered by a USB charging/power adapter.
• VIN pin: 7-12V
• VBAT pin: 2.8-4V (non-regulated to run low-power battery modes)

3.3V is regulated with AMS1117-3.3 chips.

Warning: If supplying voltage to the VBAT pin ensure this is regulated when not using battery to prevent damage to the PIC.

On-Board Features

System Clocks

An on-board 8 MHz crystal is used to provide the system clock for the USB board. An additional 32.768 KHz crystal is also installed for use with the PIC18f47J53 Real time clock (RTCC), 8 bit or 16 bit timers.

Header Pin Outs

12-bit Analog connector

A00 to A07 Pins …

Port B (CTMU / Servo / External Interrupt)

D00 to D07 Pins …

Port D (8-bit Parallel Port / Display connector)

D08 to D15 Pins …

ICSP Connector

There is a provision for 6 pin In-Circuit Serial Programmer (ICSP) connector (male header or female socket) on the board. This is fully compatible with Microchip’s PICkit3 programmer. It is also compatible with the PICkit2 provided you use the device file in this zip file to which device entries for both the PIC18F27J53 and PIC18F47J53 have been added and successfully tested.

ICSP Connector	Microchip name	Pinguino name
1	MCLR	RST
2	VDD	3.3V
3	GND	GND
4	PGD	B7
5	PGC	B6
6	NC	NC

Bootloader

• Bootloader v4.x HEX files
• Bootloader v4.x Source files

How to get one ?

The assembled Pinguino 47j53 Model A boards are NO LONGER available from the Pinguino Shop.