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實驗器‧開發板 >
Cortex系列開發平臺 > ARM Cortex-M3 MCBSTM32開發板
 
Supply Voltage: 5 Volts DC (provided by the USB bus of a PC)
Supply Current: 50mA typical, 100mA maximum
XTAL Frequency: 8 MHz
Microcontroller: STMicroelectronics STM32F103
Peripher: 1 × RS232 Interface, 1 × CAN Interface,
× USB Interface, 1 × LCD display (16 characters, 2 lines), 1 × SD Memory Card connector, 1 × JTAG Interface, 3 × Push buttons (Reset, Wake Up, Anti-Tampering), 1 × Analog Input (connected to potentiometer by default)
Features
The connectors on the MCBSTM32 evaluation board provide easy access to many of the STM32F103's on-chip peripherals.
Serial PortA standard DB9 connector is on the MCBSTM32 board for the STM32F103's built-in UART interfaces. Your application may use this full duplex, serial port, if required.
CAN Port A standard DB9 connector is on the MCBSTM32 board for applications with CAN communications.
USB PortA standard USB connector is on the MCBSTM32 board for applications with USB communications.
Analog Voltage Control for ADC Input An adjustable analog voltage source is on the MCBSTM32 board for testing the Analog to Digital output feature of the STM32F103.
SD Card Connector An SD Card connector for developing applications requiring access to SD Cards.
JTAG Download and Debug A JTAG interface is on the MCBSTM32 board and, coupled with the ULINK USB-JTAG adapter, allows flash programming. The on-chip debug interface can perform real-time in-circuit emulation of the STM32F103 device. For fast PC communication, use your PC's USB port.
Jumper 說明：
The jumpers used to configure the MCBSTM32 board are:
VUSB: Allows soft-connect of the USB device by issuing a software restart via PD2.
BOOT0: Can ground or drive the BOOT0 signal high.
BOOT1: Can ground or drive the BOOT1 signal (PB2) high.
The BOOT0 and BOOT1 jumpers configure the microcontroller startup (boot) mode. This setting tells the microprocessor the location (User Flash, System Memory or Embedded SRAM) of the boot code.
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