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General| Brand | SONIX |
|---|---|
| Model | SN8P2624 |
| Category | Microcontrollers |
| Language | English |
Key features of the SN8P2624 microcontroller, including memory, I/O, interrupts, instructions.
High-level block diagram illustrating the SN8P2624 microcontroller architecture.
Pin configuration for SN8P2624K, SN8P2624S, and SN8P2624X packages.
Detailed description of each pin's function and type on the SN8P2624.
Circuit diagrams illustrating the structure of different port types.
Overview of the program (ROM) and data (RAM) memory organization.
Details of the ROM layout, including reset and interrupt vectors.
Explanation of the interrupt vector and how to define interrupt routines.
How to use the ROM lookup function with Y and Z registers.
Description of jump table functionality for multi-address jumping.
Method for calculating checksum for ROM code.
Structure and organization of the 64x8-bit RAM.
Table listing system registers and their bit definitions.
Table showing the layout and addresses of system registers.
Detailed description of each system register's function.
Description of the ACC register and its use with PUSH/POP instructions.
Description of the PFLAG register, including ALU and reset status flags.
Explanation of the Program Counter (PC) and address skipping.
Description of H and L registers for general use and RAM pointers.
Description of R register for working and storing ROM lookup table data.
Explanation of immediate, directly, and indirectly addressing modes.
Overview of the 8-level stack buffer and STKP register.
Details of STKP register and stack buffer (STKnH, STKnL) structure.
Details on reset conditions, flags, and timing.
Summary of system reset conditions: power-on, watchdog, brown-out, external.
Sequence and conditions for power-on reset.
How the watchdog timer causes a system reset.
Relationship between system voltage, rate, and reset levels.
Methods to improve brown-out reset conditions.
Functionality and sequence of external reset.
Various external reset circuit implementations.
Description and diagram of the Diode & RC reset circuit.
Description and diagram of the Zener Diode reset circuit.
Description and diagram of the Voltage Bias reset circuit.
Description of using an external reset IC for reset performance.
Introduction to high-speed and low-speed clock sources.
Block diagram illustrating clock signal paths and modes.
Control register for oscillator status and system modes.
Details on external high-speed clock sources (Crystal/Ceramic, RC).
Connection and usage of Crystal/Ceramic oscillators.
Connection and usage of RC oscillators.
Using external clock signals as the system clock.
Details on the internal low-speed RC oscillator.
Overview of the four operating modes: Normal, Slow, Green, Power-down.
Summary of the four low-power consumption modes.
Procedures for switching between operating modes.
How to wake the system from low-power modes.
Calculation of wakeup time from power-down mode.
Control register for Port 1 wakeup function.
Summary of internal/external interrupts and GIE bit.
Register for enabling internal and external interrupt sources.
Flag register indicating pending interrupt requests.
Controlling global interrupt enable/disable with GIE bit.
Operation and setup for INTO (P0.0) interrupt.
Operation and setup for INT1 (P0.1) interrupt.
Operation and setup for T0 timer interrupt.
Operation and setup for TC1 timer interrupt.
Overview of I/O port functionality and configuration.
Configuring I/O ports for input or output mode.
Register for enabling pull-up resistors on I/O ports.
Register for configuring open-drain output mode on ports.
Details on Watchdog Timer, Timer 0, and Timer 1.
Functionality, overflow, and clearing of the watchdog timer.
Overview and mode register for Timer 0.
Overview and mode register for Timer 0.
Register for controlling Timer 0 interval time.
Sequence for setting up Timer 0 operation.
Overview of TC1 timer functions: interrupts, events, buzzer, PWM.
Overview of TC1 timer functions: interrupts, events, buzzer, PWM.
Register for controlling TC1 interval time.
Register for auto-loading TC1 counter values.
Using TC1 for buzzer output and frequency control.
Sequence for setting up TC1 timer operation for various modes.
Overview of PWM generation using TC1.
Relationship between TCxIRQ and PWM duty cycle.
How changing TC1R affects PWM duty cycle.
Example code for setting up PWM1 output.
Operating voltage, temperature, and other maximum limits.
Detailed electrical parameters like voltage, current, and timing.
Graphs illustrating voltage vs. frequency characteristics.
Pin assignments for Easy Writer transition boards.
Pin assignments for Writer V2.5/V3.0 transition boards.
Mapping of pins for various programming connectors.
Mechanical dimensions for the SK-DIP 28-pin package.
Mechanical dimensions for the SOP 28-pin package.
Mechanical dimensions for the SSOP 28-pin package.
