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General| Architecture | 8-bit |
|---|---|
| Flash Memory | 2KB |
| RAM | 128B |
| Clock Frequency | 8 MHz |
| ADC | 10-bit |
| A/D Converter | Yes |
| Operating Temperature | -40°C to 85°C |
| ADC Channels | 4 |
| Operating Voltage | 2.2V ~ 5.5V |
| Timers | 8-bit, 16-bit |
Details the central processing unit capabilities and features of the microcontroller.
Outlines the various peripheral modules and their capabilities integrated into the microcontroller.
Summarizes key features and specifications for different device part numbers.
Explains how the system clock is generated and how instruction pipelining enhances performance.
Describes the organization and addressing scheme of the Program Memory.
Explains how to use Program Memory areas for storing and retrieving lookup table data.
Explains the organization of RAM into Special Function and General Purpose Data Memory.
Details the RAM area available for general user data storage.
Describes registers essential for microcontroller operation and device configuration.
Explains the function of Indirect Addressing Registers for RAM data access.
Details the Memory Pointers used in conjunction with indirect addressing.
Explains the organization and capacity of the EEPROM Data Memory.
Provides a general overview of the integrated internal oscillators and their functions.
Explains how to configure the system clock using the HIRC and LIRC oscillators.
Describes the NORMAL mode operation using the high-speed oscillator.
Details the source and configuration of the clock for the Watchdog Timer.
Describes the WDTC register for controlling the Watchdog Timer's operation and timeout.
Details the bits and methods for enabling, disabling, and resetting the Watchdog Timer.
Describes the reset that occurs automatically when power is first applied.
Details the use of an external RC network and the RES pin for reliable reset operation.
Lists the control registers for configuring the input/output direction of I/O pins.
Details the PAPU register for controlling pull-high resistors on Port A.
Details the PBPU register for controlling pull-high resistors on Port B.
Details the PAWU register for configuring Port A pins for wake-up functionality.
Details the PAC register for controlling Port A's input/output configuration.
Provides an introduction to the Timer Modules, categorizing them into Standard and Periodic types.
Explains the core operation of the Standard TM, including counters and comparators.
Explains the Compare Output Mode, including counter clearing and output pin behavior.
Explains the core operation of the Periodic TM, similar to STM but with different pin assignments.
Explains the Compare Match Output Mode for the PTM, including its behavior and interrupt flags.
Provides a general overview of the ADC's capabilities, channels, and input signals.
Describes the SADOL and SADOH registers that store the 12-bit ADC conversion results.
Details the SADC0 register for controlling A/D conversion start, busy status, enable, and format.
Details the registers used for controlling and managing interrupts.
Details the INTEG register for configuring external interrupt edge types.
Explains how to drive an LCD panel by configuring I/O pins as common pins and using the SCOMC register.
Provides an overview of the instruction set and its purpose.
Explains the timing of instructions, including single-cycle and multi-cycle operations.
Describes instructions for moving and transferring data between registers, memory, and ports.
Details the arithmetic instructions available in the instruction set.
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