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F&S efus-SINTF, Hardware Documentation

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F&S efus-SINTF Hardware Documentation Download Page 21

 

 

 

21 

4.5  J13 CAN 

The  board  offers  2  CAN  ports.  Both  CAN_TX  and  CAN_RX  signals  are  with  3.3V  voltage 
level and are not 5V compliant per default. The 120 Ohm terminations are set per default but 
can be separated by opening the solderjumper SJ1/SJ2. The first CAN port (CAN_A) is con-
nected to a standard 10 pin header (J13), to connect a free hanging IDC DSUB-9 connector. 
Pin 1 is marked on the connector with an arrow. The second CAN port (CAN_B) is connected 
to the Feature-Connector on page 

x

.  

 

 

 

 

 

 

Figure 7: CAN transceiver

 

Summary of Contents for efus-SINTF

Page 1: ...Hardware documentation for efus Startinterface Version 1 0 2014 03 10 efus SINTF ...

Page 2: ...nterface board with mechanical and elec trical information The latest version of this document can be found at http www fs net de History Date V Platform A M R Chapter Description Au 21 02 14 0 1 All A Build the document MW V Version A M R Added Modified Removed Au Author ...

Page 3: ...st 19 4 4 J9 USB client 20 4 5 J13 CAN 21 4 6 J2 Digital RGB 22 4 6 1 J3 Display Power 24 4 7 J23 SD Card Interface 25 4 8 J24 MicroSD Card Interface 26 4 9 J6 DVI HDMI 27 4 10 J22 F S Feature Connector 28 4 11 J10 J11 Ethernet 30 4 12 J21 SATA 31 4 13 COM ports 32 4 13 1 J14 COM A 32 4 13 2 J15 COM B 32 4 13 3 J16 COM C 33 4 13 4 COM D 33 4 14 J25 J26 Power 34 5 Electrical characteristic 35 6 App...

Page 4: ...4 ...

Page 5: ...of the efus family For connecting it to a display it has either DVI HDMI or the F S display connector for digital RGB to be able to connect the same adapter like other F S boards For designing your own base board you can use our example Layout created with CadSoft EAGLE which you can get on our homepage http www fs net de ...

Page 6: ...6 2 Mechanical dimension Figure 1 mechanical dimension ...

Page 7: ...60mm x 100mm PCB thickness 1 6 0 1mm High of parts on the top side 38mm High of parts on the bottom side 7 8mm Weight TBD 2 2 Modules Size 62 11mm x 47mm PCB thickness 1 2 0 1mm Height of the parts on the top side TBD Weight TBD ...

Page 8: ...8 3 Connector layout Figure 3 Connector Layout Bottom Figure 2 Connector Layout Top ...

Page 9: ...nformation J1 Pin Use on base board Remarks Connector 1 5V Power In 2 5V Power In 3 5V Power In 4 5V Power In 5 5V Power In 6 5V Power In 7 GND 8 GND 9 VBAT In RTC battery input J22 Battery 10 V33 Enable EN for baseboard switcher 3 3V VOUT with limited current Please refer module datasheet 11 ACOK J22 12 RESET_IN Drive with OC OD 3 3V PU on mod ule J22 13 IOOUT_ADC_IN J22 14 RESET_OUT Low active r...

Page 10: ..._A_DAT3 J24 23 PWM_B J22 24 SD_A_CMD J24 25 PWM_A J22 26 SD_A_VCC J24 27 GND 28 SD_A_CLK J24 29 CAN_A_TX J13 30 GND 31 CAN_A_RX J13 32 SD_A_DAT0 J24 33 GND 34 SD_A_DAT1 J24 35 CAN_B_TX J22 36 RESERVED1 J22 37 CAN_B_RX J22 38 RESERVED2 J22 39 GND 40 RESERVED3 J22 41 MPCIE_CTX_P J17 42 RESERVED4 J22 43 MPCIE_CTX_N J17 44 RESERVED5 J22 ...

Page 11: ...22 51 GND 52 SPI_B_MOSI J22 53 MPCIE_CLK_P J17 54 SPI_B_SPCK J22 55 MPCIE_CLK_N J17 56 SPI_B_CS1 J22 57 GND 58 SPI_B_CS2 J22 59 MPCIE_PERST J17 60 SPI_B_IRQ1 J22 61 MPCIE_WAKE J17 62 SPI_B_IRQ2 J22 63 GND 64 GND 65 SD_B_DAT2 J23 66 SPI_A_MISO J22 67 SD_B_DAT3 J23 68 SPI_A_MOSI J22 69 SD_B_CMD J23 70 SPI_A_SPCK J22 71 SD_B_VCC J23 ...

Page 12: ...ND 81 SD_B_WP J23 82 I2C_B_DAT PU on module J22 83 SD_B_CD J23 84 I2C_B_CLK PU on module J22 85 GND 86 I2C_B_IRQ PU on module J22 87 BL_CTRL PWM Backlight dimming J3 88 I2C_B_RST J22 89 VCFL_ON Backlight on J3 90 GND 91 GND 92 RXD_A_TTL Debug Converted to RS232 J14 93 LCD_CLK J2 94 TXD_A_TTL Debug Converted to RS232 J14 95 GND 96 RXD_D_TTL J22 97 LCD_HSYNC J2 98 TXD_D_TTL J22 ...

Page 13: ...Converted to RS232 J15 105 LCD_R1 J2 106 RTS_B_TTL Converted to RS232 J15 107 LCD_R2 J2 108 CTS_B_TTL Converted to RS232 J15 109 LCD_R3 J2 110 GND 111 LCD_R4 J2 112 I2S_MCLK J12 113 LCD_R5 J2 114 GND 115 GND 116 I2S_LRCLK J12 117 LCD_G0 J2 118 GND 119 LCD_G1 J2 120 I2S_SCLK J12 121 LCD_G2 J2 122 GND 123 LCD_G3 J2 124 I2S_DOUT J12 125 LCD_G4 J2 ...

Page 14: ... LCD_B1 J2 134 DVI_DDC_VOUT 3 3V output for ESD protection J6 135 LCD_B2 J2 136 GND 137 LCD_B3 J2 138 DVI_DATA2_P J6 139 LCD_B4 J2 140 DVI_DATA2_N J6 141 LCD_B5 J2 142 DVI_DATA1_P J6 143 GND 144 DVI_DATA1_N J6 145 LCD_DE J2 146 DVI_DATA0_P J6 147 GND 148 DVI_DATA0_N J6 149 VLCD_ON J3 150 DVI_CLK_P J6 151 I2C_A_DAT J2 J5 152 DVI_CLK_N J6 ...

Page 15: ...162 ETH_B_D4_N J10 163 CAM_YDATA8 D0_P J18 J20 164 ETH_B_D4_P J10 165 CAM_YDATA2 D1_N J18 J20 166 ETH_B_LED_LINK J10 167 CAM_YDATA1 D1_P J18 J20 168 ETH_B_D3_N J10 169 CAM_YDATA3 D2_N J18 J20 170 ETH_B_D3_P J10 171 CAM_YDATA0 D2_P J18 J20 172 GND 173 CAM_YDATA4 D3_N J18 J20 174 ETH_B_D2_N J10 175 CAM_PCLK D3_P J18 J20 176 ETH_B_D2_P J10 177 CAM_YDATA5 CLK_N J18 J20 178 ETH_B_LED_ACT J10 ...

Page 16: ...TREF J10 J11 187 CAM_YDATA7 J18 188 ETH_A_D4_N J11 189 CAM_VCAM J18 190 ETH_A_D4_P J11 191 CAM_HREF J18 192 ETH_A_LED_LINK J11 193 CAM_PWDN J18 J20 194 ETH_A_D3_N J11 195 CAM_VSYNC J18 196 ETH_A_D3_P J11 197 I2C_C_CAMRST J18 198 ETH_A_VLEDOUT VOUT for LAN LEDs J11 199 GND 200 ETH_A_D2_N J11 201 SATA_RX_P J21 202 ETH_A_D2_P J11 203 SATA_RX_N J21 204 ETH_A_LED_ACT J11 ...

Page 17: ... Analog Camera IN J19 212 USB_A_PWRON J7 J8 J17 213 CAM_A_GND Analog Camera Ground J19 214 USB_A_N J7 J8 J17 215 GND 216 USB_A_P J7 J8 J17 217 USB_DEV_VBUS J9 218 GND 219 USB_DEV_PWR_ON J9 220 USB_A_SSRX_N 221 USB_DEV_OC J9 222 USB_A_SSRX_P 223 USB_DEV_ID J9 224 GND 225 USB_DEV_N J9 226 USB_A_SSTX_N 227 USB_DEV_P J9 228 USB_A_SSTX_P 229 GND 230 GND ...

Page 18: ...18 4 2 J12 Sound The sound connector does provide Stereo Line In Stereo Line Out and Microphone In Figure 4 Audio connection ...

Page 19: ...ted to a 4 pin header USB Port D is connected to the mPCIE connector The 90 Ohm differential pair of USB signals doesn t need any termination For external ports EMV protection is required nearby the USB connector The usb org webpage provides High Speed USB Platform Design Guidelines with highly recommended information for a proper working USB design If a USB port is not used please leave it open F...

Page 20: ...20 4 4 J9 USB client It s a standard USB mini connector to use the board as USB device Figure 6 USB device ...

Page 21: ...terminations are set per default but can be separated by opening the solderjumper SJ1 SJ2 The first CAN port CAN_A is con nected to a standard 10 pin header J13 to connect a free hanging IDC DSUB 9 connector Pin 1 is marked on the connector with an arrow The second CAN port CAN_B is connected to the Feature Connector on page x Figure 7 CAN transceiver ...

Page 22: ...m pitch IDC connector The pinout follows the ESDCI specification All signals have 3 3V level 1 3V3 2 5V 3 GND 4 LCD_CLK 5 LCD_HSYNC 6 LCD_VSYNC 7 8 LCD_R0 9 LCD_R1 10 LCD_R2 11 LCD_R3 12 LCD_R4 13 LCD_R5 14 15 LCD_G0 16 LCD_G1 17 LCD_G2 18 LCD_G3 19 LCD_G4 20 LCD_G5 21 GND 22 LCD_B0 ...

Page 23: ...8 GND 29 LCD_DE 30 VLCD 3 3V switched 31 VLCD 3 3V switched 32 I2C_DATA shared with touch MPCI Express 33 I2C_IRQ shared with touch MPCI Express 34 I2C_CLK shared with touch MPCI Express Pin 1 is marked on the connector with an arrow and also marked on PCB ...

Page 24: ...ct VIN baseboard power supply 5V 3V3 or another voltage to VCFL_IN and connect the VCFL_OUT to your Backlight Now you can Switch your Backlight on off with VCFL_ON or VCFL_ON The connector also offers the 3 3V PWM Output BL_CTRL to dim the Backlight 5V 1 2 3V3 VIN 3 4 GND VCFL_IN 5 6 GND VCFL_OUT 7 8 VCFL_ON BL_CTRL 9 10 VCFL_ON ...

Page 25: ...25 4 7 J23 SD Card Interface The MMC SD card interface does work with 3 3V level The 3 3V SDcard power supply should be connected to the SD_B_VCC power out of the module Figure 8 SD Card Interface ...

Page 26: ...C SD card interface does work with 3 3V level The efus module also provides a writ ing protected Signal for this SD Port The 3 3V SDcard power supply should be connected to the SD_A_VCC power out of the module Figure 9 microSD Card Interface ...

Page 27: ...27 4 9 J6 DVI HDMI The display connector allows to connect a HDMI monitor or a DVI monitor by using an adapter The connector is EMC protected by the CM2020 Figure 10 DVI HDMI ...

Page 28: ... 14 RXD_D_TTL Reserved1 15 16 TXD_D_TTL Reserved3 17 18 Reserved2 Reserved5 19 20 Reserved3 3V3 21 22 GND SPI_B_MISO 23 24 SPI_B_MOSI SPI_B_SPCK 25 26 SPI_B_CS1 SPI_B_CS2 27 28 SPI_B_IRQ1 SPI_B_IRQ2 29 30 PWM_B GND 31 32 PWM_A SPI_A_MISO 33 34 SPI_A_MOSI SPI_A_SPCK 35 36 SPI_A_CS1 SPI_A_CS2 37 38 SPI_A_IRQ1 SPI_A_IRQ2 39 40 GND I2C_A_DAT 41 42 I2C_A_CLK I2C_A_RST 43 44 I2C_A_IRQ I2C_B_DAT 45 46 I2...

Page 29: ...29 GND 49 50 GND 3V3 51 52 5V GND 53 54 GND CAN_B_H 55 56 CAN_B_L EXT_PROG 57 58 GND ...

Page 30: ...30 4 11 J10 J11 Ethernet The efus Startinterface provides two 10 100 1000 Mbit Ethernet channels Figure 11 LAN 1 2 ...

Page 31: ...31 4 12 J21 SATA The efus start interface provides a SATA connector to connect a SATA HD or SSD Figure 12 SATA ...

Page 32: ... hanging IDC DSUB 9 connect or Pin 1 is marked on the connector with an arrow N C 1 2 N C RXD 3 4 N C TXD 5 6 N C N C 7 8 N C GND 9 10 V5OUT 4 13 2 J15 COM B The second port is a RS232 port within RTS CTS The COM connector is a 2 54 mm stand ard 10 pin header to connect a free hanging IDC DSUB 9 connector Pin 1 is marked on the connector with an arrow N C 1 2 N C RXD 3 4 RTS TXD 5 6 CTS N C 7 8 N ...

Page 33: ...in header to connect a free hanging IDC DSUB 9 connector Pin 1 is marked on the connector with an arrow SHIELD 1 2 V5OUT N C 3 4 N C RS485 5 6 RS485 N C 7 8 N C GND 9 10 N C 4 13 4 COM D The fourth port is a TTL port without RTS CTS which is connected to the Feature Connector Pin14 RXD Pin16 TXD ...

Page 34: ...ct MC 1 5 2 GF 3 81 connector a CUI PJ1 021 SMT connector or the Feature Connector is used for power supply For the Pin assignment of the Feature Connector please use page X For the CUI and Phoenix Contact 1 VIN 5V DC power supply 5 2 GND Ground ...

Page 35: ...35 5 Electrical characteristic VCC 5V 5 Power consumption onboard logic TDB Power consumption USB ports max 500 mA per port Power consumption efus module please refer module datasheet ...

Page 36: ...yout Top 8 Figure 3 Connector Layout Bottom 8 Figure 4 Audio connection 18 Figure 5 USB Host with USB Hub 19 Figure 6 USB device 20 Figure 7 CAN transceiver 21 Figure 8 SD Card Interface 25 Figure 9 microSD Card Interface 26 Figure 10 DVI HDMI 27 Figure 11 LAN 1 2 30 Figure 12 SATA 31 ...

Page 37: ...limitation any consequential or incidental damages Specific testing of all parameters of each device is not necessarily performed unless required by law or regulation Products are not designed intended or authorised for use as components in systems in tended for applications intended to support or sustain life or for any other application in which the failure of the product from F S Elektronik Sys...

Page 38: ...any particular purpose This warranty replaces all other warranties written or unwritten F S expressly disclaims any such warranties In no case shall F S be liable for any consequential damages Disclaimer of Warranty THIS WARRANTY IS MADE IN PLACE OF ANY OTHER WARRANTY WHETHER EX PRESSED OR IMPLIED OF MERCHANTABILITY FITNESS FOR A SPECIFIC PURPOSE NON INFRINGEMENT OR THEIR EQUIVALENTS UNDER THE LAW...

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