STEVAL-CCM006V2 STMicroelectronics

STEVAL-CCM006V2 STM32-based NAND Flash driver evaluation board (with TFT MB785/P) Data brief Description The STEVAL-CCM006V2 is a product evaluation board for a NAND Flash driver based on the STM32F103ZET6 microcontroller. It supports 512 byte and 2 kilobyte page SLC NAND Flash, and dynamic detection of NAND Flash based on Device ID. The firmware automatically detects which NAND Flash is mounted on the PCB, and functions accordingly. Features Designed for 512 byte and 2 kilobyte page size NAND Flash interfacing using FSMC the interface of the STM32 Supports both FAT (ELM FS) file system and USB mass storage device mode Supports garbage collection, wear leveling, bad block management & ECC check RoHS compliant November 2013 DocID025468 Rev 1 1/7 For further information contact your local STMicroelectronics sales office. www.st.com Obsolete Product(s) - Obsolete Product(s)Schematic diagram STEVAL-CCM006V2 1 Schematic diagram Figure 1. Microcontroller section circuit schematic GND RR11 00 OOhhmm RR22 1100KK SSWW11 3V3 RR33 NRST 00 OOhhmm PPUUSSHH BBUUTTTTOONN CC11 RR44 3V3 110000nnFF 1100KK UU11 DD11 RR55 1 108 PE2 GND PE2 3V3 PE2 VDD 2 2 107 PE3 GND PE3 VSS 2 11KK VCAP 3 106 PE4 VCAP 2 TTEESSTT LLEEDD11 4 105 PE5 PA13 PA13 JTAG JTMS 5 104 PE6 PA12 PA12 OTG FS DP USB DD22 6 103 PA11 OTG FS DM USB VBAT PA11 RR66 7 102 PA10 OTG FS ID USB PC13-TAMPER-RTC PA10 8 101 PE3 GND PC14-OSC32 IN PA9 PA9 OTG FS VBUS USB 9 100 PC15-OSC32 OUT PA8 11KK 10 99 PF0 FSMC ADDR A0 PF0 PC9 TTEESSTT LLEEDD22 11 98 PF1 PC8 12 97 PF2 PC7 13 96 PF3 PC6 14 95 PF4 VDD 9 3V3 CC22 PH0 OSC IN 15 94 PF5 VSS 9 GND 2200ppFF 16 93 GND VSS 5 PG8 PG8 USB PU STM32F103ZET6/ 17 92 3V3 PG7 FSMC INT3 VDD 5 PG7 18 91 PG6 FSMC INT2 PF6 STM32F205ZET6/ PG6 YY11 19 90 PF7 PG5 2255MMHHzz 20 89 PF8 STM32F405ZGT6 PG4 21 88 PF9 PG3 RR77 22 87 PF10 PG2 CC33 PH1 OSC OUT 23 86 PH0 OSC IN PD15 FSMC D1 OSC IN PD15 2200ppFF 24 85 PH1 OSC OUT PD14 FSMC D0 OSC OUT PD14 339900 25 84 NRST NRST VDD 8 3V3 PC0 OTG HS ULPI STP 26 83 PC0 VSS 8 GND 27 82 PC1 PD13 28 81 PC2 OTG HS ULPI DIR PC2 PD12 PD12 FSMC ADDR A17 29 80 PC3 OTG HS ULPI NXT PD11 FSMC ADDR A16 PC3 PD11 For STM32F10xx 30 79 VDD 12 PD10 PD10 FSMC D15 GND RR88 GND 31 78 Y1----- 8MHz VSSA PD9 PD9 FSMC D14 00 OOhhmm 32 77 For STM32F2xxx & STM32F4xxx VREF+ PD8 PD8 FSMC D13 3V3 33 76 VDDA PB15 Y1------ 25MHz 34 75 PA0 WKUP PB14 35 74 PB13 OTG HS ULPI D6 PA1 PB13 36 73 PA2 PB12 PB12 OTG HS ULPI D5 3V3 RR99 00 OOhhmm VCAP TTPP11 1 CC44 CC55 22..22uuFF 22..22uuFF TTEESSTT PPOOIINNTT 1100KK RR1100 VCAP For STM32F10xx Mount --- R1,R8,R11 DNM --- R3,R9 RR1111 00 OOhhmm For STM32F2xxx & STM32F4xxx JJ11 Mount --- R3,R9 1 DNM --- R1,R8,R11 3V3 2 PB8 3 GND 11KK CCOONNNN TTRRBBLLKK 33 3V3 JJ22 CC66 CC77 CC88 CC99 CC1100 CC1111 CC1122 CC1133 CC1144 CC1155 CC1166 CC1177 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 110000nnFF 1 RR1133 3V3 2 PB9 3 GND 11KK CCOONNNN TTRRBBLLKK 33 GSPG15102013DI1510 Figure 2. NAND Flash circuit schematic RR5566 3V3 3V3 NAND2 RR5555 3V3 3V3 NAND1 00 OOhhmm 00 OOhhmm 3V3 NAND1 3V3 NAND1 3V3 NAND2 3V3 NAND2 CC1188 CC1199 CC2200 CC2211 RR1199 RR2200 110000nnFF 110000nnFF RR2211 RR2222 110000nnFF 110000nnFF 1100KK 1100KK 1100KK 1100KK PG6 FSMC INT2 PG7 FSMC INT3 GND GND PD6 FSMC NWAIT PD6 FSMC NWAIT RR2255 00 OOhhmm RR2277 00 OOhhmm UU22 UU33 1 48 1 48 Mount One at a time NC NC Mount One at a time NC NC 2 47 2 47 RR2288 RR2299 NC NC NC NC 3 46 3 46 NC NC NC NC RR2266 00 OOhhmm 4 45 RR3300 00 OOhhmm 4 45 PD7 FSMC NCE2 NC NC PG9 FSMC NCE3 NC NC 5 44 5 44 PE10 FSMC D7 PE10 FSMC D7 NC I/O7 NC I/O7 2222 OOhhmm 6 43 2222 OOhhmm 6 43 NC I/O6 PE9 FSMC D6 NC I/O6 PE9 FSMC D6 7 42 7 42 RB I/O5 PE8 FSMC D5 RB I/O5 PE8 FSMC D5 RR3333 8 41 RR3355 8 41 PD4 FSMC NOE R I/O4 PE7 FSMC D4 PD4 FSMC NOE R I/O4 PE7 FSMC D4 9 40 9 40 3V3 NAND1 E NC 3V3 NAND2 E NC 10 39 10 39 NC NC NC NC 1100KK 11 38 1100KK 11 38 NC NC NC NC 12 37 12 37 3V3 NAND1 VDD VDD 3V3 NAND1 3V3 NAND2 VDD VDD 3V3 NAND2 13 36 13 36 GND VSS VSS GND GND VSS VSS GND 14 35 14 35 NC NC NC NC 15 34 15 34 NC NC NC NC 16 33 16 33 PD11 FSMC ADDR A16 CL NC PD11 FSMC ADDR A16 CL NC 17 32 PD1 FSMC D3 17 32 PD1 FSMC D3 PD12 FSMC ADDR A17 AL I/O3 PD12 FSMC ADDR A17 AL I/O3 18 31 18 31 PD5 FSMC NWE W I/O2 PD0 FSMC D2 PD5 FSMC NWE W I/O2 PD0 FSMC D2 19 30 19 30 WP I/O1 PD15 FSMC D1 WP I/O1 PD15 FSMC D1 RR4411 RR4422 20 29 20 29 NC I/O0 PD14 FSMC D0 NC I/O0 PD14 FSMC D0 3V3 NAND1 21 28 3V3 NAND2 21 28 NC NC NC NC CC2244 CC2255 22 27 22 27 NC NC NC NC 1100KK 110000nnFF 1100KK 110000nnFF 23 26 23 26 NC NC NC NC 24 25 24 25 NC NC NC NC GND GND NNAANNDD551122BB NNAANNDD551122BB DNM: R25, R27 GSPG15102013DI1515 2/7 DocID025468 Rev 1 Obsolete Product(s) - Obsolete Product(s) 3V3 37 144 PA3 OTG HS ULPI D0 PA3 VDD SA 38 143 GND VSS 4 VDD 3 3V3 39 142 VDD 4 PE1 40 141 PA4 PE0 41 140 PA5 OTG HS ULPI CK PB9 PA5 PB9 42 139 PB8 PA6 PB8 43 138 GND PA7 BOOT0 44 137 PB7 I2C1 SDA PC4 PB7 45 136 PB6 I2C1 SCL PC5 PB6 PB0 OTG HS ULPI D1 46 135 PB5 OTG HS ULPI D7 PB0 PB5 47 134 PB1 OTG HS ULPI D2 PB4 JTAG JNTRST PB1 PB4 48 133 GND PB3 JTAG JTDO PB2-BOOT1 PB3 49 132 PF11 PG15 50 131 3V3 PF12 VDD 11 GND 51 130 GND VSS 6 VSS 11 3V3 52 129 PG14 TSCREEN INT VDD 6 PG14 53 128 PF13 PG13 54 127 PF14 PG12 55 126 PF15 PG11 56 125 PG10 FSMC NE3 PG0 PG10 57 124 PG9 FSMC NCE3 PG1 PG9 58 123 PD7 FSMC NCE2 PE7 FSMC D4 PE7 PD7 59 122 PE8 FSMC D5 PD6 FSMC NWAIT PE8 PD6 60 121 PE9 FSMC D6 3V3 PE9 VDD 10 61 120 GND GND VSS 7 VSS 10 3V3 62 119 PD5 FSMC NWE VDD 7 PD5 PE10 FSMC D7 63 118 PD4 FSMC NOE PE10 PD4 64 117 PE11 FSMC D8 PE11 PD3 65 116 PE12 FSMC D9 PE12 PD2 66 115 PE13 FSMC D10 PD1 FSMC D3 PE13 PD1 PE14 FSMC D11 67 114 PD0 FSMC D2 PE14 PD0 PE15 FSMC D12 68 113 PE15 PC12 PB10 OTG HS ULPI D3 69 112 PB10 PC11 70 111 PB11 OTG HS ULPI D4 PB11 PC10 71 110 PA15 JTAG JTDI VCAP 1 PA15 3V3 72 109 PA14 JTAG JTCK VDD 1 PA14 GND