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Dây bus 6-Pin 1 đầu Female, pitch 1.5mm, dài 15cm
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Board STM8L152 Nano

Board STM8L152 Nano

USB-UART, LCD 4 số 7 đoạn, SWIM, 5V

Nhà sản xuất: Đang Cập Nhật

Hết hàng ROHS

Số lượng mua

0 Phản hồi 736 lượt xem

Bảng giá

Số lượng
(Cái)
Đơn giá(VND)
1
229,000
3
225,000
5
220,000

http://thegioiic.com/upload/large/3976.jpg

Development Environment: providing STM8 development environment IAR and STVD installation files, the official serial programming software, firmware libraries, USB to Serial Driver

Example: All routines are written in the IAR, there are libraries and register version, see the following description of specific

Library function routine: It is strongly recommended to use the library functions developed greatly improve development efficiency

Engineering DEMO: configured DEMO, you can directly use the copy

GPIO: GPIO output routines, LED driver

IO poll: GPIO input state reading through the key realization

Clock Switching: Main system clock switch, HSE / HSI / LSI / LSE, division

Timer interrupt: TIM4 timer interrupt

UART routines: UART receive interrupt, UART transmit HEX, UART transmit string

ADC routine: ADC acquisition voltage sensitive partial pressure is transmitted to the computer through UART

External interrupt: external interrupt triggered by key

HALT low power mode routine: HALT low power mode, detailed notes, about 450na

Active-Halt low-power modes: RTC wakeup timer, detailed notes, about 1.4ua

Low-power operation modes: low-power operating mode, detailed notes, about 3.4ua

Low-power standby mode: Low-power standby mode, WFE, detailed notes, about 3.5ua

WFI Wait Mode: wait for interrupt mode, detailed notes, about 200ua

WFE Wait mode: Wait Event mode, detailed notes, about 200ua

IIC bus routine: IIC bus read and write AT24C0X series EEPROM

DAC: DAC output routines

Internal segment liquid crystal routines: LCD driver chip comes off the code, the routine ADC sampling voltage dynamic display on the LCD breaking yards

RTC: the time displayed on the LCD breaking yards

CH372: CH372 as a USB communication interface chips, routine-driven CH372

Routine register:

DEMO project template: set a good template, copy directly

GPIO: GPIO output routines, LED driver

IO poll: GPIO input status read through the key input

Clock Switching: switch the system clock source HSI, HSE, LSI, LSE, division

Timer interrupt: TIM4 timer interrupt

UART routines: UART receive interrupt, UART transmit HEX, UART transmit string

ADC: acquisition board voltage sensitive partial pressure is transmitted to the computer via the UART

External interrupt: external interrupt triggered by key

Use WFI / WFE / HALT different low-power modes: low-power mode

Manual: STM8L151 manual, STM8L chip detailed manual, STM8L low power use manual chip selection Manual, are the original English version

Schematic: PDF version.

After receipt and information, please contact the seller to send.

Board resources: USB to TTL circuits (program writer / UART communication circuit), segment liquid crystal display (chip comes drive), a user presses a key, the user LED1 pieces, power conversion circuits, power indicator LED1 pieces, reset button 1, a photosensitive resistor (ADC development), RTC crystal oscillator 1 (32768), HSE crystal one (16M), SWIM emulator interface pins All GPIO pin leads, power supply pin port, a power switch .

Operating voltage: 3.3V, onboard 5V-> 3.3V LDO conversion, it can also be 5V power supply, on-board LDO as low dropout, it can be lithium battery

Power supply: MiniUSB interface to take power, SWIM simulation interface to take power, to take power pin

Shipping list: STM8L152 low-power development board.

Development Environment: providing STM8 development environment IAR and STVD installation files, the official serial programming software, firmware libraries, USB to Serial Driver

Example: All routines are written in the IAR, there are libraries and register version, see the following description of specific

Library function routine: It is strongly recommended to use the library functions developed greatly improve development efficiency

Engineering DEMO: configured DEMO, you can directly use the copy

GPIO: GPIO output routines, LED driver

IO poll: GPIO input state reading through the key realization

Clock Switching: Main system clock switch, HSE / HSI / LSI / LSE, division

Timer interrupt: TIM4 timer interrupt

UART routines: UART receive interrupt, UART transmit HEX, UART transmit string

ADC routine: ADC acquisition voltage sensitive partial pressure is transmitted to the computer through UART

External interrupt: external interrupt triggered by key

HALT low power mode routine: HALT low power mode, detailed notes, about 450na

Active-Halt low-power modes: RTC wakeup timer, detailed notes, about 1.4ua

Low-power operation modes: low-power operating mode, detailed notes, about 3.4ua

Low-power standby mode: Low-power standby mode, WFE, detailed notes, about 3.5ua

WFI Wait Mode: wait for interrupt mode, detailed notes, about 200ua

WFE Wait mode: Wait Event mode, detailed notes, about 200ua

IIC bus routine: IIC bus read and write AT24C0X series EEPROM

DAC: DAC output routines

Internal segment liquid crystal routines: LCD driver chip comes off the code, the routine ADC sampling voltage dynamic display on the LCD breaking yards

RTC: the time displayed on the LCD breaking yards

CH372: CH372 as a USB communication interface chips, routine-driven CH372

Routine register:

DEMO project template: set a good template, copy directly

GPIO: GPIO output routines, LED driver

IO poll: GPIO input status read through the key input

Clock Switching: switch the system clock source HSI, HSE, LSI, LSE, division

Timer interrupt: TIM4 timer interrupt

UART routines: UART receive interrupt, UART transmit HEX, UART transmit string

ADC: acquisition board voltage sensitive partial pressure is transmitted to the computer via the UART

External interrupt: external interrupt triggered by key

Use WFI / WFE / HALT different low-power modes: low-power mode

Manual: STM8L151 manual, STM8L chip detailed manual, STM8L low power use manual chip selection Manual, are the original English version

Schematic: PDF version.

After receipt and information, please contact the seller to send.

Board resources: USB to TTL circuits (program writer / UART communication circuit), segment liquid crystal display (chip comes drive), a user presses a key, the user LED1 pieces, power conversion circuits, power indicator LED1 pieces, reset button 1, a photosensitive resistor (ADC development), RTC crystal oscillator 1 (32768), HSE crystal one (16M), SWIM emulator interface pins All GPIO pin leads, power supply pin port, a power switch .

Operating voltage: 3.3V, onboard 5V-> 3.3V LDO conversion, it can also be 5V power supply, on-board LDO as low dropout, it can be lithium battery

Power supply: MiniUSB interface to take power, SWIM simulation interface to take power, to take power pin

Shipping list: STM8L152 low-power development board.

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