STEVAL-PCC0V Connectivity gateway demonstration board based on the STMF07 Data brief Features Offers Ethernet, USB OTG and generalpurpose extension connector Two positions for optional Wi-Fi modules A microsd TM card socket Digital/analog extension connectors compatible with STEVAL-MKI0xxV MEMS extension boards and STEVAL-CCA0V audio extension board Compatible with ST790 PRIME board narrow-band OFDM JTAG interface for microcontroller firmware change/update DC-DC power supply using the L798A Stand-alone demonstration firmware, on-board LEDs and joystick RoHS compliant STEVAL-PCC0V Description The STEVAL-PCC0V demonstration board is equipped with an Ethernet interface, four digital/analog extension connectors (I C, SPI, etc.), footprint positions for two different Wi-Fi modules, an OFDM PRIME power line networking extension connector and a microsd card socket with SPI interface. It also features a -way joystick, four general-purpose LEDs and two LEDs dedicated to the user interface. The demonstration board also includes digital/analog input/output connectors with pinouts compatible with other demonstration boards from STMicroelectronics. The STEVAL-PCC0V can be supplied from a standard DC power supply (7 - VDC), or directly using a VDC industrial mains supply. June 00 Doc ID 7 Rev /0 For further information contact your local STMicroelectronics sales office. www.st.com 0
Schematic diagram STEVAL-PCC0V Schematic diagram Figure. Power supply Figure. STM - part (inputs, outputs, clock, reset) UA PA0-WK UP PA PA PA PA PA PA PA7 PA8 PA9 PA0 PA PA PA PA PA 9 0 7 8 9 70 7 7 7 77 PB0 PB PB PB PB PB PB PB7 PB8 PB9 PB0 PB PB PB PB PB OSC_I N OSC_OUT NRST NC BOOT0 STMF07_K 9 JTRST JRST SB PC-OSC_OUT PC-OSC_IN 8 PC-ANTI_TAMP 7 CRS RXCLK_ MCU MDIO COL PC PC PC0 PC9 PC8 PC7 PC PC PC PC PC PC PC0 80 79 78 8 7 DAC_LRCLK SCK MISO MOSI MCO USB_VBUS USB_I D USB_DM USB_DP JTMS JTCK JTDI 7 89 90 9 9 9 9 9 7 8 out MICRO_OUT MICRO_SHDN PD PD PD PD PD PD0 PD9 PD8 PD7 PD PD PD PD PD PD PD0 0 9 8 7 88 87 8 8 8 8 8 8 JTDO JTRST SSN0 SCL SDA TXD_ MDM_RES RXER TXEN TXD_ 0 TXD_ USB_PowerSwitchOn USB_OverCurrent X.7 MHz CM0 C0 PE PE PE PE PE PE0 PE9 PE8 PE7 PE PE PE PE PE PE PE0 7 9 pf JRST RESET JP 0k_00 R Boot option 0 9 8 98 97 WProtect Int Int DAC_SDAT F_AWAKE DAC_BCLK SCS_N SD_detect DAC_MCL K IN T_NX Voutz Vouty TXCLK TXD_ MDC Voutx PD PD PD0 LE D LE D C RXD_ RXD_ RXD_ RXD_ 0 RXDV SPK_STBY DAC_STBY STBY_L STBY_R G G0 CS_WIF I X MHz pf CM0 BTN_CE BTN_ R BTN_ L BTN_DW BTN_UP LE D LE D CS_SDcard CS_MEMS SelfTest HP FS PD PE PE0 AM00880 /0 Doc ID 7 Rev
STEVAL-PCC0V Schematic diagram Figure. STM - part (JTAG, LEDs, audio extension connector) JTAG +. V CN +. V R R R 0k_00 0k_00 0k_00 JTRST JTDI JTMS JTCK JRTCK JTDO JRST DBGRQ DBGACK 7 8 9 0 7 8 9 0 LEDs +. V GM: MLW0G R LED Test points 80_00 YELLOW LD. V +. V. V +. V +. V +. V R LED K_00 R9 RED LD LED 80_00 YELLOW LD R LED 80_00 LD GREEN Audio connector VDDA MI CRO_SHDN MI CRO_OUT STBY_R STBY_L DAC_STBY SPK _STBY CN 7 8 9 0 7 8 9 0 +. V G0 G DAC_LRCL K DAC_BCLK DAC_SDAT DAC_MCLK DAC_FMT DAC_FMT +. V Header 0 x S AM0088 Figure. STM - part (joystick, analog decoupling, DAC_FMT signals) +. V VDDA VREF + C 0 nf R C L BEAD 7R_00 C C 0 nf +. V 0 7 00 8 UB VREF + VDDA VDD_ VDD_ VDD_ VDD_ VDD_ VBAT VREF VSSA VSS_ VSS_ VSS_ VSS_ VSS_ 0 9 9 7 99 7 0 SW STMF07_K BTN_UP BTN_CE BTN_ L up L R dw BTN_ R BTN_DW Joystick +. V Reset RESET C0 0 nf C 0 nf C 0 nf C 0 nf C 0 nf RESE T C9 00nF_00 BTN_CE BTN_UP BTN_DW BTN_ LB TN_R R8 R8 R9 R0 R 00_00 00_00 00_00 00_00 00_00 C0 00nF_00 C 00nF_00 C 00nF_00 C 00nF_00 C 00nF_00 PE0P E DAC_FMT DAC_FMT SDA SCL JP JP7 AM0088 Doc ID 7 Rev /0
Schematic diagram STEVAL-PCC0V Figure. Ethernet - part (PHY pinout) RXD_ RXD_ RXD_ RXD_0 COL R7 RXER CRS RXDV RXCLK_PHY 7 TXCLK TXEN TXD_0 TXD_ 8 TXD_ 7 0 9 TXD_ 8 8 7 U8 ST80RT COL/PHYADDR0 RXD0/PHYADDR RXD/PHYADDR RXD/PHYADDR RXD/PHYADDR RX_CLK RXDV/MII_CFG0 CRS/TXD RXERR/RXD SDN 9 TX_CLK /LPBK_EN TX_EN A R 0 X X TXD0 TXD OVDD MDC TXD/SCLK TXD/MII_CFG PWRDWN/MDINT MDIO 0 RESET 9 SDP RESERVED RESERVED LED_LINK/AN_EN 8 LED_SPEED/AN0 7 LED_ACT/AN RXN RXP A TXP TXN A A IREF A 7 8 9 0 RDN_ RDP_ TDP_ TDN_ R R MCO MDC MDIO RESET R0 LED_LI NK/AN_EN_ AN0 LED_ACT/AN_ AM0088 Figure. Ethernet - part (overvoltage protection, PHY configuration) C7 00 nf_00 TDP_C_ TDN_C_ U I/ O VBUS I/ O DVIULC-P I/ O I/ O TDP_ TDN_ U RDP_C_ RDP_ I/ O I/ O VBUS RDN_C_ RDN_ I/ O I/ O DVIULC-P C8 00 nf_00 Boot strap MII address 0x0 ADD 0 CF CF 0 ADD ADD CF CF 0 ADD ADD MCOT XD_ LPBK SB CF0 MCO RXCL K_ MCU SB CF RXCLK_ PHY RXCL K_ MCU SB AN0 MII remove R9 COL remove fit RMII fit fit remove R RXD_0 R RXD_ R RXD_ R RXD_ R TXCL K RXDV TXD_ R9 AN0 AM0088 /0 Doc ID 7 Rev
STEVAL-PCC0V Schematic diagram Figure 7. Ethernet - part (magnetics) Green C Pulse: J00-008 CN.: TDP_C_ TD + TX + CT TDN_C_ TD TX RDP_C_ RD +.: RX + CT 00 nf R C 00 nf 8 7 RDN_C_ RD RX 7 Yellow 8 9 0 R R R R LED_ACT/AN_ LED_LI NK/AN_EN_ +. V L L MLS080-S-00 MLS080-S-00 C9 00 nf_00 C8 00 nf_00 C0 C C C 00 nf 00 nf 00 nf R C9 0 nf / 00 V C R AM00887 Figure 8. USB-OTG +. V +. V D A, 0 V STPSL0U +.0 V USB_PowerSwitchOn 0K_00 R R 0R_00 SB7 U FAULT IN OUT EN STMPSSTR 00R_00 R C D R 0R_00 USB_OverCurrent ST: STPSL0U A, 0 V low drop USB_VBUS USB_DM USB_DP +.0 V R8 R_00 R0 R_00 U7 I/ O I/ O I/ O VBUS I/ O LD GREEN +.0 V CN VBUS DM DP ID USB_MiniAB receptacle USB_ID USBLC-P 0 Shield R 0R_00 USB-mini-socket AM00888 Doc ID 7 Rev /0
Schematic diagram STEVAL-PCC0V Figure 9. Wi-Fi module- AM00889 Figure 0. Wi-Fi module- +. V JP U9 ZG00M (ZG0M) CE_N JTAG_EN SCS_N VDD_.8 UART_RX UART_TX VDD_. VDD_.8 SDO *INT_NX SCK SDI JP JTGEN JTGRN -pin jumper resistor VDD_. RES VDD_.8 JTAG_RST N RST_ N JTAG_TDI JTAG_TM S JTAG_TCK JTAG_TDO VDD_.8 ZG00M +. V 8 7 0 9 8 7 R0 R R +. V -pin jumper resistor WProtect JTGRN +. V 9 0 7 8 9 0 RESET R9 INT_NX MOSI CS_WIFI JTGEN SCS_N MISO INT_NX SCK MOSI SCK +. V AM00890 /0 Doc ID 7 Rev
STEVAL-PCC0V Schematic diagram Figure. MicroSD card Figure. MEMS extension connectors Doc ID 7 Rev 7/0
Power supply connectors CN, P STEVAL-PCC0V Power supply connectors CN, P Figure. Power supply connector CN Table. Power supply connector CN Pin Signal Pin Signal VDC Figure. Power supply connector P Table. Power supply connector P Pin Signal VDC 8/0 Doc ID 7 Rev
STEVAL-PCC0V Revision history Revision history Table. Document revision history Date Revision Changes -Jun-00 Initial release. Doc ID 7 Rev 9/0
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