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Brief introduction to the features and debugging features of the ARM Cortex-M0+ core.
Details on the ARM Cortex-M0+ processor, including its architecture and capabilities.
Overview of debugging capabilities, including interfaces, breakpoints, and data observation points.
Configuration and usage of the 2-wire Serial Wire Debug (SWD) interface pins.
List of related ARM documentation for further details on the Cortex-M0+ core and CoreSight suite.
Description of port functions, referring to data sheets for each product family.
Explanation of port multiplexing functions, referring to data sheets for each product family.
Details on registers used to control port functions, including PMxx, Pxx, PSETxx, PCLRxx, PUxx, PDxx, POMxx, PMCxx, and PxxCFG.
Recommended connection methods for unused pins.
Basic ideas and examples of register settings for using multiplexed output and input functions.
Introduction to the system structure, including AHB bus masters and slaves.
Schematic diagram of the address area partition, detailing memory regions.
Description of the clock generation circuit's function and types of system clocks.
Overview of the hardware components of the clock generation circuit.
Details of registers used to control the clock generation circuit.
Explanation of the X1 and XT1 oscillation circuits, including external clock inputs.
Description of the clock generation circuit's operation and control of CPU operating modes.
Examples and procedures for setting up oscillators and controlling clock switching.
Description of the self-adjustment function for high-speed internal oscillator frequency.
Overview of the functions of the universal timer unit, including independent and multi-channel operations.
Details the hardware structure of the universal timer unit, including counters and registers.
Lists and describes registers for controlling the general-purpose timer unit.
Fundamental rules for operating the multi-channel linkage function.
Details on the count clock (fTCLK) selection and counter operation for various modes.
Explanation of how to control the channel output pins, including structure and state changes.
Description of the timer input circuit structure and considerations for channel input manipulation.
Details on operating modes like interval timer, square wave output, and event counting.
Explanation of functions like single-trigger pulse output, PWM, and multiple PWM outputs.
Overview of the hardware structure of the EPWM output control circuit.
Lists and describes registers for controlling the EPWM output control circuit.
Describes the initial setup, normal operation, and force truncation processing of the EPWM output circuit.
Example demonstrating the use of EPWM control for a brushless DC motor.
Example of using real-time outputs to control two 2-phase stepper motors.
Overview of the functions of the real-time clock, including counters and alarm features.
Description of the hardware components that constitute the real-time clock.
Lists and describes registers for controlling the real-time clock, including counters and control registers.
Detailed steps and procedures for operating the real-time clock, including start, sleep, and alarm settings.
Description of the functions of the 15-bit interval timer, including interrupt generation and wake-up.
Overview of the hardware structure of the 15-bit interval timer.
Lists and describes registers for controlling the 15-bit interval timer.
Details the operation timing and procedures for the 15-bit interval timer.
Description of the functions of the clock output and buzzer output controller.
Overview of the hardware structure of the clock output/buzzer output controller.
Lists and describes registers for controlling the clock output/buzzer output controller.
Details the operation of the clock output and buzzer controller.
Important notes and precautions for using the clock output/buzzer output control circuitry.
Description of the watchdog timer's function, including program runaway detection.
Overview of the hardware structure of the watchdog timer.
Lists and describes registers for controlling the watchdog timer.
Details the operational control of the watchdog timer, including overflow time and window settings.
Description of the A/D converter's functions, including 12-bit resolution and various conversion modes.
Lists and describes registers used for controlling the A/D converter.
Explanation of the relationship between analog input voltage and A/D conversion results.
Details the operation modes of the A/D converter, including software and hardware trigger modes.
Overview of the functions of the universal serial communication unit, supporting 3-wire SPI, UART, and simple I2C.
Description of the hardware structure of the universal serial communication unit.
Lists and describes registers for controlling the universal serial communication unit.
Explanation of how to stop the operation of serial interfaces by unit or channel.
Details on 3-wire serial I/O communication modes: master transmission, reception, and slave operations.
Explanation of clock-synchronous serial communication using the slave select input function.
Details on UART communication operations, including transmission, reception, and error handling.
Description of LIN communication features, including transmission and reception.
Details on simplified I2C communication, including data transfer, start/stop conditions, and error detection.
Overview of the SPI interface functions, including operation stop mode and 3-wire serial I/O mode.
Block diagram illustrating the structure of the SPI interface.
Lists and describes registers used for controlling the SPI interface.
Details the operation of the SPI interface in 3-wire serial I/O mode, including timing and precautions.
Overview of the IICA interface functions, including operation stop, I2C-bus, and wake-up modes.
Description of the hardware structure of the serial interface IICA.
Lists and describes registers for controlling the serial interface IICA.
Explanation of the I2C-bus mode, including pin structure and settings.
Details the serial data communication format and signals used by the I2C-bus.
Description of the IrDA function, enabling infrared communication via SCI.
Lists and describes registers for controlling the IrDA function.
Details the operating steps for IrDA communication, including initial setup and stop processes.
Important notes and considerations for using the IrDA function.
Description of the DMA function, enabling data transfer between memories without CPU intervention.
Block diagram illustrating the structure of the enhanced DMA controller.
Lists and describes registers used for controlling DMA operations.
Details the operation of DMA, including startup, normal mode, and repeat pattern transfers.
Important precautions and considerations when using the DMA controller.
Overview of the features of the EVENTC, enabling linking peripheral events.
Block diagram illustrating the structure of the EVENTC.
Lists and describes the control registers for the EVENTC.
Explanation of the operation of EVENTC, including interrupt processing and event acceptance.
Description of the two types of interrupt functions: masked and non-masked.
Overview of interrupt sources and their structure.
Lists and describes registers for controlling interrupt functions, including flags and enable registers.
Details the procedures for accepting maskable and non-maskable interrupt requests.
Description of the key interrupt function, generated by input pins on the falling edge.
Overview of the hardware structure of the key interrupt.
Lists and describes registers for controlling key interrupt functions.
Overview of the standby function for reducing operating current, with two modes: sleep and deep sleep.
Details the sleep mode operation, including CPU clock status and peripheral module states.
Explains deep sleep mode, stopping most peripherals and oscillators for significant current reduction.
Describes the Reset Control Flag Register (RESF) for identifying internal and external reset sources.
Block diagram illustrating the structure of the power-on reset circuit.
Details the timing of internal reset signal generation for power-on reset and voltage detection circuits.
Description of the voltage detection circuit's functions, including internal reset/interrupt generation.
Block diagram illustrating the structure of the voltage detection circuit.
Lists and describes registers for controlling the voltage detection circuit.
Details the settings and operation of the voltage detection circuit in different modes.
Important considerations when using voltage detection circuits, especially regarding power fluctuations.
Introduction to the built-in safety features in response to IEC60730 and EC61508 standards.
Lists registers associated with various security functions like CRC, RAM parity, and SFR protection.
Details the operation of security functions, including Flash CRC, RAM parity, SFR protection, frequency detection, and A/D test.
Description of the on-chip temperature sensor's function for monitoring core temperature.
Details the temperature sensor calibration data registers (TSN25, TSN85).
Provides instructions on how to use the temperature sensor and calculate temperature from voltage output.
Explanation of the function of option bytes for configuring various features like watchdog timer and LVD.
Details the format of user option bytes (000C0H~000C2H) for configuring watchdog timer and LVD settings.
Describes the format of flash data protection option bytes (000C3H, 500004H) for debugging and flash access control.
Overview of the FLASH memory, including its capacity, sectors, and supported operations.
Diagram illustrating the structure of the FLASH memory, detailing address regions.
Lists and describes registers for controlling FLASH operations like write protection, erase, and timing.
Details the sector erase and chip erase operations.
Information on the fastest finger frequency supported by the FLASH and wait period.
Important cautions regarding FLASH operation, including timing requirements and CPU behavior.
General| Brand | Cmsemicon |
|---|---|
| Model | CMS32L051 |
| Category | Microcontrollers |
| Language | English |
