STEVAL-IKA001V1 STMicroelectronics

STEVAL-IKA001V1 STM32 interconnection board Data Brief Features Designed to allow the demonstration of STMicroelectronics: Motion sensors (MEMS) ZigBee wireless control and sensory network solutions Description The purpose of the STM32 interconnection board is to adapt all existing and future STEVAL- IFD001V1 (STR912 dongle) extensions to the Hitex STM32-PerformanceStick based on the STM32F103Rx 32-bit microcontroller. STEVAL-IKA001V1 The complete interconnection kit consists of the interconnection circuit board and a CD containing a user manual and related application notes and datasheets. June 2008 Rev 1 1/4 For further information contact your local STMicroelectronics sales office. www.st.com 4Block diagram STEVAL-IKA001V1 1 Block diagram Figure 1. Interconnection board for the STM32 PerformanceStick 2/4 CN4 3.3 V 5 V 3.3 V 3.3 V 3.3 V 5 V (STR755 P1.10) STR755 P1.11) PC12 PC11 12 TIM1 ETR/USART1 RTS/USB DP/CANTX) PA12 PA8 (TIM1 CH1/USART1 CK) 34 I2C1 SCL PB6 PA9 (TIM1 CH2/USART1 TX) 56 I2C1 SDA PB7 PC5 (ADC IN15) 78 PA10 (TIM1 CH3/USART1 RX) R2 R3 SPI2 SCK PB13 910 R1 PB15 SPI2 MOSI TIM1 CH4/USART1 CTS/USB DM/CANRX) PA11 11 12 CN1 30 47 k 47 k PB12 SPI2 NSS SPI2 MSO PB14 13 14 3.3 V 3.3 V k (ANTI TAMP) PC9 (STR755 P1.08) PC13 15 16 12 RESET2 N Power enable 17 18 3 4 19 20 3.3 V PC1 PA4 5 6 PA1 PC2 DIGITAL CON 7 8 W2 GND CN5 9 10 GNDA R5 ADC IN2 PA2 PA0 11 12 1 2 PA1 LD1 ADC IN1 0 PC3 3 4 13 14 red PA5 ADC IN5 PA5 R4 5 6 1 2 15 16 ADC IN6 PA6 3.3 V 7 8 PA6 17 18 330 ADC IN0 PA0 9 10 19 20 ADC IN3 PA3 LD2 GND 11 12 GND 21 22 ADC IN4 PA4 red 13 14 R6 PA2 PC0 3.3 V 1 2 PB9 23 24 ADC IN7 PA7 15 16 3.3 V STR755P0.16 PA3 (ADC IN13) 330 25 26 PC3 17 18 PB2 PB9 27 28 (ADC IN10) PC0 19 20 PB8 29 30 ANALOG CON GNDA STR755P0.18 31 32 GND STR755P0.17 CN3 33 34 PC8 STR755P0.19 (ADC IN10) PC0 PC1 (ADC IN11) 35 36 12 PC11 PA7 (ADC IN12) PC2 PC3 (ADC IN13) 37 38 34 (ADC IN14) PC10 PC9 PC4 PA3 USART2 RX(TIM2 CH4) 56 39 40 (ADC IN15) PC5 PA2 USART2 TX(TIM2 CH3) PC12 STR755P1.04 78 41 42 PA1 PA0 USART2 RTS(TIM2 CH2) USART2 CTS(TIM2 CH1) 910 GND 43 44 (---) PC6 PA5 SPI1 SCK 11 12 STR755P1.06 PC7 PA6 SPI1 MISO(TIM3 CH1) 45 46 (---) CN2 13 14 PB6 BOOT0 PA7 PA4 SPI1 NSS 5 V SPI1 MOSI(TIM3 CH2) 15 16 47 48 4 PD2 PB7 17 18 I2C1 SDA PB7 49 50 3 PC7 PC13 19 20 3.3 V GND 2 51 52 I2C1 SCL GND GND PB6 1 53 54 EXTENDED CON STR755P0.29 55 56 I2C RFID PC5 PA10 57 58 5 V PB14 PB12 W3 CN6 59 60 PC6 PA8 PC1 GPIO 61 62 1 2 PC3 PC0 GPIO PA12 PB13 GPIO + ADC IN13 3 4 63 64 PA11 5 6 65 66 GPIO + ADC IN2 PA2 PC4 GPIO 7 8 PB15 67 68 PA1 9 10 69 70 11 12 3.3 V 3.3 V 3.3 V 5 V PC5 PA9 GPIO 13 14 71 72 15 16 73 74 17 18 GND C1 C2 C3 C4 PA0 GPIO 75 76 19 20 C0805 C0805 C0805 C0805 PC4 PA8 PWM (T1Ch1) 77 78 21 22 100 nF 100 nF 100 nF 100 nF 5 V 5 V 23 24 79 80 PC7 GPIO 25 26 GNDA PWM (T1Ch2) PA9 27 28 Header 40x2 29 30 PA7 GPIO PWM (T3Ch2) PA5 31 32 PA6 PWM (T3Ch1) 33 34 AM00203. Motor control I/F