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CC - Nature Photography by Rob Gray

LEGEND THE. D13 68. GND GND UNOFFICIAL. Controlled by the 16U2, D73 107. POWER not accessable to the i Negative logic used for ARDUINO. D72 103. CONTROL Due application software D73 and D72 when driving the LEDs, IE. LOW == ON. PHYSICAL PIN VIN. 7-12v depending DUE. PORT PIN. on current drawn i SAM3X8E PIN FUNC POWER USB USB. TX. RX. DIGITAL PIN BARREL PROG NATIVE. ON. TX. RX. JACK. L. ANALOG-RELATED PIN. PWM PIN RESET. RESET PINOUT DIAGRAM. SERIAL PIN TDI. HIGH-CURRENT PIN TDO GND. STOP. Absolute max 130mA GND ATmega16U2.

b.27 gnd d.8 d.7 c.29 c.21 c.22 c.23 c.24 c.25 c.26 c.28 b.25 a.9 a.8 aref d.4 d.5 a.13 a.12 a.11 a.10 68 21 20 102 132 133 134 135 136 137 139 144 2 27 17 18 6 5 4 3 ...

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Transcription of CC - Nature Photography by Rob Gray

1 LEGEND THE. D13 68. GND GND UNOFFICIAL. Controlled by the 16U2, D73 107. POWER not accessable to the i Negative logic used for ARDUINO. D72 103. CONTROL Due application software D73 and D72 when driving the LEDs, IE. LOW == ON. PHYSICAL PIN VIN. 7-12v depending DUE. PORT PIN. on current drawn i SAM3X8E PIN FUNC POWER USB USB. TX. RX. DIGITAL PIN BARREL PROG NATIVE. ON. TX. RX. JACK. L. ANALOG-RELATED PIN. PWM PIN RESET. RESET PINOUT DIAGRAM. SERIAL PIN TDI. HIGH-CURRENT PIN TDO GND. STOP. Absolute max 130mA GND ATmega16U2.

2 Source 15mA, sink 9mA TCK. for entire package. MOSI2. LOW-CURRENT PIN TMS SCL1 70 TWCK0 D71 SCL1. STOP. 5V. source 3mA, sink 6mA JTAG SDA1 9 TWD0 D70 SDA1 SCK0 i SCK0 allows LED 3V3 AREF Serial1to be ICSP used for SPI. i General information RESET. GND. NOT USED 13 68 TIOB0 D13 PWM13 L. ! Pay attention TMS SWDIO. IOREF MISO2 12 21 TIOB8 D12 PWM12. STOP No really TCK SWCLK. PAY ATTENTION RESET SCK2 11 20 TIOA8 D11 PWM11. 3V3 RESET2 GND 10 102 TIOB7 D10 D77 PWM10 SPI-CS0 ETH-CS. 5V DEBUG 9 132 PWML4 D9 PWM9.

3 (SWD). GND 8 133 PWML5 D8 PWM8 ! Note duplicate logical pin SCK1 allows Serial2. GND definition (D10/77 and D4/87). to be used for SPI. 7 134 PWML6 D7 PWM7 and connected physical pins VIN. ( to and to ). 6 135 PWML7 D6 PWM6. i A0. D76 SAM3X8E 5. A0 D54 136 TIOA6 D5 PWM5. ANALOG IN. SCK1 AD7 78 D74. A1 D55 AD6 79 A1 4 137 TIOB6 D4 D87 PWM4 SPI-CS1 SD-CS. TD MISO 108. A2 D56 AD5 80 A2 3 139 TIOA7 D3 PWM3. PWM. SCK 110 2. A3 D57 AD4 81 A3 144 TIOA0 D2 PWM2. RESET. 1 i COMMUNICATION. A4 D58 AD3 82 A4 TX0 2 UTXD D1 TX0.

4 Connected to the ATmega16U2. A5 D59 AD2 83 A5 RX0 0 27 URXD D0 RX0 i and used for USB programming A6 SPI and communicating with the PC. A6 D60 AD1 84. D75 TX3 14 17. A7 D61 AD0 85 A7 TXD3 D14 TX3. GND RX3 15 18 RXD3 D15 RX3. RF A8 D62 AD10 88 A8 MOSI 109 TX2 16 6 TXD1 D16 TX2. ERASE. RD A9 D63 AD11 89 A9 STOP. 5V RX2 17 5 RXD1 D17 RX2. RK A10 D64 AD12 90 A10 TX1 18 4 TXD0 D18 TX1. i TXD2 A11 D65 AD13 91 A11 RX1 19 3 RXD0 D19 RX1. CANRX1 DAC0 D66 DAC0 76 DAC0 SDA 20 86 TWD1 D20 SDA AD8 i 1k5 pull up DAC1 D67 DAC1 77 DAC1 SCL 21 87 TWCK1 D21 SCL AD9 i to 3V3.

5 CANRX D68 CANRX0 24 CANRX. CANTX D69 CANTX0 23 CANTX. WARNING! STOP Applying voltages greater than to Unsupported serial port any pin may cause irreversible damage D38 PWML2 64 116 PWML1 D36. Could be Serial4 one day? to the circuitry on the DUE board, D40 PWML3 66 59 PWML0 D34 including but not limited to destroying D42 PWMH1 71 32 D32 the ARM processor. D44 PWMH5 101 22 D30. D46 99 16 D28. D48 97 14 D26. D50 95 8 D24 TF. i RXD2 SPI-CS2 D52 AD14 92 1 TCLK0 D22. 52 50 48 46 44 42 40 38 36 34 32 30 28 26 24 22.

6 GND 5V. GND 5V. 53 51 49 47 45 43 41 39 37 35 33 31 29 27 25 23. CANTX1 D53 PWMH2 140 7 D23 TK. D51 94 13 D25. D49 96 15 D27. D47 98 19 PWMFI2 D29 GRAY. D45 PWMH6 100 26 D31 NOMAD. D43 PWML2 72 55 D33. PWMH3 67 60 PWMH0 =. D41 D35 CC. BY ND. D39 PWMH2 65 63 PWMH1 D37 8 Jun 2013.

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