MIKROE-1429

Board dimensions ConnectEVE 119.54 mm 3.2 mm 111.54 mm 105.5 mm 262K TFT colors If you want to learn more about our products, please visit our website at www.mikroe.com If you are experiencing some problems with any of our products or just need additional information, please place your ticket at www.mikroe.com/support If you have any questions, comments or business proposals, ConnectEVE Manual do not hesitate to contact us at office mikroe.com ver. 1.00a 262K 5.08 mm TFT 2.54 mm colors 0.97 mm 0.97 mm 0 100000 026359 4 mm 12.7 mm 4 mm 25.4 mm 67.2 mm 70 mm 78 mmTFT1 AT043B35-15I-10 VCC-3.3V Introduction to ConnectEVE FP1 U2 VC AUDIO SHUTDOWN 1 8 AUDIO+ SHTDWN Vo2 2 7 BYPASS GND 2 3 3 6 C2 IN+ Vdd R3 R4 VC AUDIO 4 5 AUDIO- IN- Vo1 1K 22K VCC-3.3V 470nF LM4864 R6 R1 C3 10K 33nF E2 480x272 pixel 4.3 color 1x10 header pinout: PD 1 2 INT 41K2 10uF C4 E3 CS 3 4 SCK 100nF 100uF/20V MISO 5 6 MOSI The ConnectEVE board contains a FT800Q TFT display with LED back- 7 8 9 10 graphic controller and a 4.3 TFT color display CN2 light, HX8257A controller 1. CS - SPI chip selection line AT043B35 with 480x272 pixel resolution. and resistive touch panel. 2. SCK - SPI clock line The display is driven by a HX8257A display 3. MISO - SPI Master In Slave Out VCC-3.3V U3 1 controller capable of showing advanced 4. MOSI - SPI Master Out Slave In VCC-3.3V VCC-3.3V VCC-3.3V VCC-3.3V VCC-3.3V graphical content. Each pixel can display 5. INT - Host interrupt 1 36 AUDIO L GND 2x5 header pinout: 2 35 LCD-B2 GND B2 262K different colors. TFT display is covered 6. PD - Power down input SCK 3 34 LCD-B3 E5 E6 C5 C6 C7 SPI CLK/I2C SCL B3 10uF 10uF 100nF 100nF 100nF MISO R11 27 4 33 LCD-B4 MISO/I2C SDA B4 MOSI 5 32 LCD-B5 2 with a resistive touch panel which can be MOSI/I2C SA0 B5 7. AUDIO+ - Audio out + CS 6 31 LCD-B6 CSN/I2C SA1 FT800 B6 7 30 LCD-B7 3 GPIO0/I2C SA2 B7 1. PD - Power down input 8 29 LCD-DCLK used as input device. The board is primarily GPIO1 PCLK 8. AUDIO- - Audio out - 9 28 LCD-DISP VCCIO DISP 10 27 LCD-HSYNC MODE HSYNC VCC-3.3V VCC-3.3V CN1 2. INT - Host interrupt INT 11 26 LCD-VSYNC designed to be used as an additional display INT N VSYNC 9. +3.3V - 3.3V power supply PD 12 25 LCD-DE PD N DE 3. CS - SPI chip selection line on MikroElektronika Easy development E7 10. GND - Reference ground 10uF 4. SCK - SPI clock line boards. For further connectivity there are 1 LCD-PWM 5. MISO - SPI Master In Slave Out D1 two headers (2X5 and 1X10). After testing L1 10uH VCC-3.3V VLED+ VCC-3.3V VCC-3.3V VLED- 6. MOSI - SPI Master Out Slave In FP2 CS 1 E4 C8 2.2nF and building the final program, this board can U1 PMEG3010ER SCK 2 5 1 R2 10uF VIN SW MISO 3 C9 2.2nF 7. NC - Not connected 34 E1 2 DZ1 C1 MOSI 4 also be used in your final device. The board GND MMSZ5246B 100nF INT 5 C10 2.2nF 10uF 4 3 R5 EN FB PD 6 C11 8. NC - Not connected 0R AUDIO+ 7 also contains mounting holes for easier 22pF C12 2.2nF TPS61041 AUDIO- 8 X1 9 12MHz 9. +3.3V - 3.3V power supply 10 integration into your designs. C13 22pF CN3 10. GND - Reference ground Figure 1: ConnectEVE board Figure 2: ConnectEVE schematic R7 10K R8 10K R9 10K R10 10K VC AUDIO SHUTDOWN VC AUDIO 13 48 LCD-R2 X1/CLK R2 14 47 LCD-R3 X2 R3 15 46 LCD-R4 GND R4 16 45 LCD-R5 VCC3.3 R5 17 44 LCD-R6 VCC1.2 R6 18 43 LCD-R7 VCC3.3 R7 TP-X R 19 42 LCD-G2 X+ G2 TP-Y B 20 41 LCD-G3 Y+ G3 TP-X L 21 40 LCD-G4 X- G4 TP-Y T 22 39 LCD-G5 Y- G5 23 38 LCD-G6 GND G6 24 37 LCD-G7 BACKLIGHT G7 LCD-PWM 1 VLED- 2 VLED+ 3 GND 4 VDD 5 R0 6 R1 LCD-R2 7 R2 LCD-R3 8 R3 LCD-R4 9 R4 LCD-R5 10 R5 LCD-R6 11 R6 LCD-R7 12 R7 13 G0 14 G1 LCD-G2 15 G2 LCD-G3 16 G3 LCD-G4 17 G4 LCD-G5 18 G5 LCD-G6 19 G6 LCD-G7 20 G7 21 B0 22 B1 LCD-B2 23 B2 LCD-B3 24 B3 LCD-B4 25 B4 LCD-B5 26 B5 LCD-B6 27 B6 LCD-B7 28 B7 29 GND LCD-DCLK 30 DCLK LCD-DISP 31 DISP LCD-HSYNC 32 HSYNC LCD-VSYNC 33 VSYNC LCD-DE 34 DE 35 NC 36 GND TP-X R 37 X R TP-Y B 38 Y B TP-X L 39 X L TP-Y T 40 Y T