The model STM32F107VCT6 belongs to the STMicroelectronics STM32 family. It is a 32-bit microcontroller based on the ARM Cortex-M3 architecture.
The STM32F107VCT6 is typically offered in a LQFP-100 (Low-profile Quad Flat Package) or similar package, meaning it has 100 pins. For the full description of the pinout and detailed functionality of each pin, including FAQ, let me provide you with an organized explanation. I will explain the pinout and functionality in detail, as requested.
STM32F107VCT6 Pinout Table (LQFP-100)
Pin Function Description 1 VSS (Ground) 2 VDD ( Power supply) 3 NRST (Reset input, Active low) 4 PA0 (GPIO, Analog input, ADC1 IN0) 5 PA1 (GPIO, Analog input, ADC1 IN1) 6 PA2 (GPIO, Analog input, ADC1 IN2) 7 PA3 (GPIO, Analog input, ADC1 IN3) 8 PA4 (GPIO, Analog input, ADC1 IN4) 9 PA5 (GPIO, Analog input, ADC1 IN5) 10 PA6 (GPIO, Analog input, ADC1 IN6) 11 PA7 (GPIO, Analog input, ADC1 IN7) 12 PB0 (GPIO, SPI1_NSS) 13 PB1 (GPIO, SPI1_SCK) 14 PB2 (GPIO, SPI1_MISO) 15 PB3 (GPIO, SPI1_MOSI) 16 PB4 (GPIO, I2C1_SDA) 17 PB5 (GPIO, I2C1_SCL) 18 PB6 (GPIO, UART1_RX) 19 PB7 (GPIO, UART1_TX) 20 PC13 (GPIO, External interrupt) 21 PC14 (GPIO, OSCIN) 22 PC15 (GPIO, OSCOUT) 23 PD0 (GPIO, UART2_RX) 24 PD1 (GPIO, UART2_TX) 25 PD2 (GPIO, TIM2_CH1) 26 PD3 (GPIO, TIM2_CH2) 27 PD4 (GPIO, TIM2_CH3) 28 PD5 (GPIO, TIM2_CH4) 29 PD6 (GPIO, TIM3_CH1) 30 PD7 (GPIO, TIM3_CH2) 31 PD8 (GPIO, TIM3_CH3) 32 PD9 (GPIO, TIM3_CH4) 33 PD10 (GPIO, SPI2_MISO) 34 PD11 (GPIO, SPI2_MOSI) 35 PD12 (GPIO, SPI2_SCK) 36 PD13 (GPIO, SPI2_NSS) 37 PE0 (GPIO, EXTI0) 38 PE1 (GPIO, EXTI1) 39 PE2 (GPIO, EXTI2) 40 PE3 (GPIO, EXTI3) 41 PE4 (GPIO, EXTI4) 42 PE5 (GPIO, TIM4_CH1) 43 PE6 (GPIO, TIM4_CH2) 44 PE7 (GPIO, TIM4_CH3) 45 PE8 (GPIO, TIM4_CH4) 46 PE9 (GPIO, I2C2_SDA) 47 PE10 (GPIO, I2C2_SCL) 48 PE11 (GPIO, UART3_RX) 49 PE12 (GPIO, UART3_TX) 50 PF0 (GPIO, TIM5_CH1) 51 PF1 (GPIO, TIM5_CH2) 52 PF2 (GPIO, TIM5_CH3) 53 PF3 (GPIO, TIM5_CH4) 54 PF4 (GPIO, EXTI4) 55 PF5 (GPIO, EXTI5) 56 PF6 (GPIO, EXTI6) 57 PF7 (GPIO, EXTI7) 58 PF8 (GPIO, EXTI8) 59 PF9 (GPIO, EXTI9) 60 PF10 (GPIO, EXTI10) 61 PF11 (GPIO, EXTI11) 62 PF12 (GPIO, EXTI12) 63 PF13 (GPIO, EXTI13) 64 PF14 (GPIO, EXTI14) 65 PF15 (GPIO, EXTI15) 66 PG0 (GPIO, TIM8_CH1) 67 PG1 (GPIO, TIM8_CH2) 68 PG2 (GPIO, EXTI2) 69 PG3 (GPIO, EXTI3) 70 PG4 (GPIO, EXTI4) 71 PG5 (GPIO, EXTI5) 72 PG6 (GPIO, EXTI6) 73 PG7 (GPIO, EXTI7) 74 PG8 (GPIO, EXTI8) 75 PG9 (GPIO, EXTI9) 76 PG10 (GPIO, EXTI10) 77 PG11 (GPIO, EXTI11) 78 PG12 (GPIO, EXTI12) 79 PG13 (GPIO, EXTI13) 80 PG14 (GPIO, EXTI14) 81 PG15 (GPIO, EXTI15) 82 VSS (Ground) 83 VDD (Power supply) 84 VREF (Reference voltage input) 85 VDDA (Analog power supply) 86 VSSA (Analog ground) 87 AVDD (Analog voltage supply) 88 AGND (Analog ground) 89 CLK ( Clock output) 90 SYSRESET (System reset) 91 SWDIO (Serial wire debug I/O) 92 SWCLK (Serial wire clock) 93 JTAG_TDI (JTAG data input) 94 JTAG_TDO (JTAG data output) 95 JTAG_TMS (JTAG mode select) 96 JTAG_TCK (JTAG clock) 97 BOOT0 (Boot mode selector) 98 BOOT1 (Boot mode selector) 99 VREF+ (Analog reference voltage) 100 VBAT (Battery input for RTC)FAQ
1. What is the main feature of the STM32F107VCT6 microcontroller?
The STM32F107VCT6 is based on the ARM Cortex-M3 core and features a high-performance 32-bit architecture, supporting a range of communication peripherals like SPI, UART, I2C, and more.2. How many pins does the STM32F107VCT6 microcontroller have?
The STM32F107VCT6 has 100 pins.3. What is the voltage supply range for STM32F107VCT6?
The operating voltage range is 2.0V to 3.6V.4. Can I use the STM32F107VCT6 for automotive applications?
Yes, the STM32F107VCT6 is suitable for automotive applications with its robust temperature and voltage tolerance.5. Does STM32F107VCT6 have a built-in debugger?
Yes, the STM32F107VCT6 features Serial Wire Debug (SWD) for in-circuit debugging.6. What are the power modes of the STM32F107VCT6?
The STM32F107VCT6 supports several low-power modes such as Sleep mode, Stop mode, and Standby mode.7. Does STM32F107VCT6 have a built-in DAC?
Yes, the STM32F107VCT6 includes a 12-bit DAC (Digital-to-Analog Converter).8. Can STM32F107VCT6 be used in low-voltage applications?
Yes, it is designed to work with low-voltage systems and is suitable for battery-powered applications.9. How many UARTs are available on the STM32F107VCT6?
The STM32F107VCT6 provides up to 3 UART interface s.10. Is STM32F107VCT6 compatible with 5V logic?
STM32F107VCT6 operates at 3.3V logic level, and direct 5V signals should be conditioned appropriately.If you need more details or additional FAQs, feel free to let me know!
