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General| GPIO Pins | Up to 80 |
|---|---|
| ADC | 12-bit, up to 16 channels |
| DAC Channels | 2 |
| Communication Interfaces | USART, SPI, I2C, CAN, USB |
| Operating Temperature | -40°C to 85°C |
| Package | LQFP |
Details the NVIC controller, its features, and exception handling.
Describes the EXTI controller, its edge detection capabilities, and configuration.
Details FLASH specification, iCache, SRAM, R-SRAM, and FLASH register overview.
Explains PWR as a power management unit controlling module status in different power modes.
Details MCU working voltage (VDD) and VBAT domain voltage ranges, and the role of BKR and MR.
Summarizes the six MCU power modes: RUN, SLEEP, STOP0, STOP2, STANDBY, and VBAT.
Provides an overview table of PWR registers and details specific control registers.
Provides an overview table of BKP registers and details specific data, control, and status registers.
Describes the three types of resets: Power, System, and Backup domain reset.
Details clock sources (HSI, HSE, PLL) and secondary clocks (LSI, LSE) for system and RTC.
Provides an overview table of RCC registers and details specific control registers.
Explains I/O mode configuration, status after reset, bit setting, alternate function, and I/O characteristics.
Provides an overview table of GPIO registers and details specific configuration, data, and lock registers.
Provides an overview table of AFIO registers and details control, remapping, and interrupt configuration registers.
Provides an overview table of DMA registers and details interrupt status, flag clear, configuration, transfer number, and address registers.
Explains ADC functionality including internal channels, conversion modes, timing, analog watchdog, and DMA.
Explains the built-in self-calibration mechanism to calculate calibration factors.
Details how to trigger regular and injection sequences using external events.
Describes various ADC modes: Independent, Synchronous Regular, Synchronous Injection, Fast Alternate, Slow Alternate, Rotation Trigger, and Mixed modes.
Explains how to configure the temperature sensor and VREFINT for ambient temperature detection.
Describes ADC interrupts from conversion completion, analog watchdog, and independent enable bits.
Details dual-channel conversion modes: Independent, Synchronous, Mixed, and Rotation trigger modes.
Describes the time-base unit, counter modes (up-counting, down-counting, center-aligned), clock selection, and capture/compare channels.
Describes the time-base unit, counter modes (up-counting, down-counting, center-aligned), clock selection, and capture/compare channels.
Explains RTC block diagram, GPIOs, register write protection, clock source, and prescaler.
Explains WWDG operation, including reset conditions based on counter value and window register.
Details card communication, including voltage range confirmation, card reset, and identification processes.
Explains Ethernet frame formats, pin configurations, SMI interface, RMII interface, and MAC function description.
Describes window mode and independent comparator modes.
Lists OPAMP main features including four independent amps, track-to-track input, programmable gain, and support for TIM1_CC6/TIM8_CC6.
Introduces DVP as an optical sensor interface for image capture requirements.
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