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General| Core | 8051 |
|---|---|
| Flash Memory | 32 KB |
| SRAM | 2 KB |
| ADC | 10-bit |
| PWM | Yes |
| Communication Interfaces | UART, SPI, I2C |
| CPU Speed | 16 MHz |
| ADC Channels | 8 |
| PWM Channels | 6 |
| Package | LQFP48 |
| Operating Voltage | 2.4V to 5.5V |
| Operating Temperature | -40°C to 85°C |
Provides a description of the MC96F6432 microcontroller, detailing its capabilities and features.
Details the key features of the MC96F6432, including CPU, memory, peripherals, and operating conditions.
Provides information on available part numbers, memory sizes, I/O ports, and package types for ordering.
Describes the development tools required for using the MC96F6432, including compilers and debuggers.
Information on using third-party compilers compatible with the MC96F6432.
Details the On-Chip Debug (OCD) emulator and debugger for MCU emulation.
Describes the E-PGM+ programmer for direct MCU device programming.
Details each pin's name, I/O capability, function at reset, and shared functions.
Explains the structure and functionality of general-purpose I/O ports.
Describes the structure and functionality of I/O ports used for external interrupts.
Specifies the absolute maximum ratings for the device to prevent damage.
Defines the recommended operating conditions for voltage and temperature.
Details the electrical characteristics of the Analog-to-Digital converter.
Specifies the electrical characteristics related to the Power-On Reset function.
Details the characteristics of Low Voltage Reset and Low Voltage Indicator features.
Specifies the electrical characteristics of the internal RC oscillator.
Details the electrical characteristics of the internal Watch-Dog Timer RC oscillator.
Specifies the voltage characteristics for the LCD driver.
Provides the DC electrical characteristics of the device.
Details the AC electrical characteristics, including timing parameters.
Specifies the electrical characteristics for the SPI0, SPI1, and SPI2 peripherals.
Details the electrical characteristics for the UART0 and UART1 peripherals.
Specifies the electrical characteristics for the I2C0 and I2C1 peripherals.
Describes the data retention characteristics when the device is in STOP mode.
Details the electrical characteristics of the internal Flash ROM.
Specifies the input and output capacitance of the device pins.
Details the electrical characteristics of the main clock oscillator.
Specifies the electrical characteristics of the sub clock oscillator.
Describes the stabilization characteristics of the main oscillation.
Specifies the characteristics of the sub oscillation.
Defines the operating voltage range for the device.
Provides recommendations for external circuits and PCB layout.
Offers recommendations for circuits and layout when using SMPS power.
Presents typical performance data for design guidance, not guaranteed.
Describes the program memory organization and addressing.
Explains the internal data memory space, including RAM and SFRs.
Details the XRAM memory organization and its relation to SFR.
Provides a map of the Special Function Registers (SFRs).
Offers a summary of the SFR map for quick reference.
Introduces the I/O port groups (P0-P5) and their software configuration flexibility.
Describes the registers associated with I/O ports like Data, Direction, and Pull-up.
Explains the functionality of the Port Data Register (Px).
Describes the Port Direction Register (PxIO) for setting pin direction.
Details the Pull-up Resistor Selection Register (PxPU) for enabling pull-ups.
Explains the Open-drain Selection Register (PxOD) for configuring output type.
Describes the Debounce Enable Register (PxDB) for input debouncing.
Details the Port Function Selection Register (PxFSR) for alternate pin functions.
Details the P0 port's description, data register, direction register, and pull-up register.
Provides a description of the P0 port's functionality and registers.
Describes the registers specific to the P0 port.
Details the P1 port's description, data register, direction register, and pull-up register.
Provides a description of the P1 port's functionality and registers.
Describes the registers specific to the P1 port.
Details the P2 port's description, data register, and direction register.
Provides a description of the P2 port's functionality and registers.
Describes the registers specific to the P2 port.
Details the P3 port's description, data register, direction register, and pull-up register.
Provides a description of the P3 port's functionality and registers.
Describes the registers specific to the P3 port.
Details the P4 port's description and data register.
Provides a description of the P4 port's functionality and registers.
Describes the registers specific to the P4 port.
Details the P5 port's description, data register, direction register, and pull-up register.
Provides a description of the P5 port's functionality and registers.
Describes the registers specific to the P5 port.
Explains port function selection registers (P0FSRH/L to P5FSR).
Provides a description of the port function selection registers.
Details the register descriptions for port function selection.
Provides an overview of the interrupt controller, sources, priorities, and features.
Describes external interrupt sources, polarity registers, and flag registers.
Illustrates the block diagram of the interrupt controller system.
Lists all interrupt sources with their symbols, enable bits, priority, and vector addresses.
Describes the sequence of operations when an interrupt request is accepted.
Shows the timing for controlling interrupt enable registers and interrupt flags.
Explains the processing of multiple interrupts, especially regarding priority levels.
Illustrates the timing diagram for interrupt response and acceptance.
Shows the correspondence between vector table addresses and ISR entry points.
Details the process of saving and restoring general-purpose registers during ISRs.
Provides timing charts for interrupt acceptance and return instructions.
Gives an overview of interrupt-related registers like IE, IP, and flags.
Describes the interrupt enable registers for controlling peripheral interrupts.
Details the interrupt priority registers (IP, IP1) for assigning priority levels.
Describes the external interrupt flag registers for status reporting.
Details registers for configuring external interrupt polarity (edge detection).
Provides a register map for interrupt control and status registers.
Describes the function of interrupt enable and flag registers.
Provides detailed descriptions of interrupt enable registers (IE, IE1, IE2, IE3).
Explains the clock generator, its sources, and operation modes.
Provides an overview of the clock generator's function.
Illustrates the block diagram of the clock generator.
Provides a register map for the clock generator.
Describes the registers used for clock control.
Provides detailed descriptions of clock generator registers.
Describes the 8-bit basic interval timer and its features.
Provides an overview of the basic interval timer.
Illustrates the block diagram of the basic interval timer.
Provides a register map for the basic interval timer.
Describes the registers associated with the basic interval timer.
Provides detailed descriptions of basic interval timer registers.
Details the Watch Dog Timer, its operation, and interrupt timing.
Provides an overview of the Watch Dog Timer's functionality.
Illustrates the timing diagram for WDT interrupts.
Shows the block diagram of the Watch Dog Timer.
Provides a register map for the Watch Dog Timer.
Describes the registers associated with the Watch Dog Timer.
Provides detailed descriptions of Watch Dog Timer registers.
Describes the Watch Timer's function for RTC and its block diagram.
Provides an overview of the Watch Timer's functionality.
Illustrates the block diagram of the Watch Timer.
Provides a register map for the Watch Timer.
Describes the registers associated with the Watch Timer.
Provides detailed descriptions of Watch Timer registers.
Explains Timer 0's overview, operating modes, and register descriptions.
Provides an overview of Timer 0's functionality.
Details the 8-Bit Timer/Counter mode for Timer 0.
Explains the 8-Bit PWM mode for Timer 0.
Describes the 8-Bit Capture mode for Timer 0.
Illustrates the block diagram of Timer 0.
Provides a register map for Timer 0.
Describes the registers for Timer/Counter 0 mode.
Provides detailed descriptions of Timer 0 registers.
Explains Timer 1's overview, operating modes, and register descriptions.
Provides an overview of the Timer 1 peripheral.
Details the 16-Bit Timer/Counter mode for Timer 1.
Describes the 16-Bit Capture mode for Timer 1.
Explains the 16-Bit PPG (Pulse Generation) mode for Timer 1.
Illustrates the block diagram of Timer 1.
Provides a register map for Timer 1.
Describes the registers for Timer/Counter 1 mode.
Provides detailed descriptions of Timer 1 registers.
Explains Timer 2's overview, operating modes, and register descriptions.
Provides an overview of the Timer 2 peripheral.
Details the 16-Bit Timer/Counter mode for Timer 2.
Describes the 16-Bit Capture mode for Timer 2.
Explains the 16-Bit PPG (Pulse Generation) mode for Timer 2.
Illustrates the block diagram of Timer 2.
Provides a register map for Timer 2.
Describes the registers for Timer/Counter 2 mode.
Provides detailed descriptions of Timer 2 registers.
Details Timer 3 and Timer 4's overview, operating modes, and register descriptions.
Provides an overview of Timer 3 and Timer 4.
Details the 8-Bit Timer/Counter modes for Timer 3 and Timer 4.
Explains the 16-Bit Timer/Counter mode for Timer 3.
Describes the 8-Bit Capture modes for Timer 3 and Timer 4.
Details the 16-Bit Capture mode for Timer 3.
Explains the 10-Bit PWM mode for Timer 4.
Illustrates the block diagram for Timer 3 and Timer 4.
Provides a register map for Timer 3 and Timer 4.
Describes the registers for Timer/Counter 3.
Describes the registers for Timer/Counter 4.
Provides detailed descriptions of Timer 4 registers.
Describes the Buzzer Driver, its overview, and register descriptions.
Provides an overview of the Buzzer Driver.
Illustrates the block diagram of the Buzzer Driver.
Provides a register map for the Buzzer Driver.
Describes the registers associated with the Buzzer Driver.
Provides detailed descriptions of Buzzer Driver registers.
Explains the SPI 2 peripheral, its overview, block diagram, and operations.
Provides an overview of the SPI 2 peripheral.
Illustrates the block diagram of the SPI 2 peripheral.
Describes the data transmission and reception steps for SPI 2.
Details the function of the SS2 pin in SPI 2 operation.
Illustrates the timing diagrams for SPI 2 transmit/receive.
Provides a register map for the SPI 2 peripheral.
Describes the registers associated with SPI 2.
Provides detailed descriptions of SPI 2 registers.
Details the 12-Bit A/D Converter, its overview, conversion timing, and registers.
Provides an overview of the 12-Bit A/D Converter.
Explains the conversion timing for the A/D converter.
Illustrates the block diagram of the 12-Bit A/D Converter.
Describes the operation of the ADC, including align bit settings.
Provides a register map for the ADC peripheral.
Describes the registers associated with the ADC.
Provides detailed descriptions of ADC registers.
Describes the USI0 module supporting UART, SPI, and I2C communication protocols.
Provides an overview of the USI0 module.
Explains the UART mode of operation for the USI0 module.
Illustrates the block diagram of the USI0 UART module.
Explains the clock generation logic for the USI0 module.
Describes the use of external clock input for the USI0 SCK0 pin.
Details the synchronous mode operation for USI0.
Explains the serial frame format for USI0 UART communication.
Describes the calculation and insertion of the parity bit in UART frames.
Explains the operation of the USI0 UART transmitter.
Details the procedure for sending transmit data (Tx) using USI0 UART.
Describes the flags and interrupts related to the USI0 UART transmitter.
Explains the operation of the USI0 UART receiver.
Details the process of receiving data (Rx) in USI0 UART.
Describes the flags and interrupts related to the USI0 UART receiver.
Explains the function of the USI0 UART parity checker.
Describes how to disable the USI0 UART receiver.
Details the asynchronous data reception process for USI0 UART.
Explains how to set the USI0 to operate in SPI mode.
Describes the USI0 SPI clock formats and timing configurations.
Illustrates the block diagram of the USI0 SPI module.
Explains how to set the USI0 to operate in I2C mode.
Describes the data transfer process for USI0 I2C communication.
Details the START, Repeated START, and STOP conditions in USI0 I2C protocol.
Explains the byte-by-byte data transfer mechanism in USI0 I2C.
Describes the acknowledge mechanism in USI0 I2C communication.
Explains clock synchronization and bus arbitration in USI0 I2C.
Provides an overview of I2C operation modes for USI0.
Details the steps for operating USI0 as an I2C Master Transmitter.
Explains the steps for operating USI0 as an I2C Master Receiver.
Details the steps for operating USI0 as an I2C Slave Transmitter.
Explains the steps for operating USI0 as an I2C Slave Receiver.
Illustrates the block diagram of the USI0 I2C module.
Provides a register map for the USI0 peripheral.
Describes the registers associated with the USI0 module.
Provides detailed descriptions of USI0 registers.
Describes the USI1 module supporting UART, SPI, and I2C communication protocols.
Provides an overview of the USI1 module.
Explains the UART mode of operation for the USI1 module.
Illustrates the block diagram of the USI1 UART module.
Explains the clock generation logic for the USI1 module.
Describes the use of external clock input for the USI1 SCK1 pin.
Details the synchronous mode operation for USI1.
Explains the serial frame format for USI1 UART communication.
Describes the calculation and insertion of the parity bit in UART frames.
Explains the operation of the USI1 UART transmitter.
Details the procedure for sending transmit data (Tx) using USI1 UART.
Describes the flags and interrupts related to the USI1 UART transmitter.
Explains the operation of the USI1 UART receiver.
Details the process of receiving data (Rx) in USI1 UART.
Describes the flags and interrupts related to the USI1 UART receiver.
Explains the function of the USI1 UART parity checker.
Describes how to disable the USI1 UART receiver.
Details the asynchronous data reception process for USI1 UART.
Explains how to set the USI1 to operate in SPI mode.
Describes the USI1 SPI clock formats and timing configurations.
Illustrates the block diagram of the USI1 SPI module.
Explains how to set the USI1 to operate in I2C mode.
Describes the data transfer process for USI1 I2C communication.
Details the START, Repeated START, and STOP conditions in USI1 I2C protocol.
Explains the byte-by-byte data transfer mechanism in USI1 I2C.
Describes the acknowledge mechanism in USI1 I2C communication.
Explains clock synchronization and bus arbitration in USI1 I2C.
Provides an overview of I2C operation modes for USI1.
Details the steps for operating USI1 as an I2C Master Transmitter.
Explains the steps for operating USI1 as an I2C Master Receiver.
Details the steps for operating USI1 as an I2C Slave Transmitter.
Explains the steps for operating USI1 as an I2C Slave Receiver.
Illustrates the block diagram of the USI1 I2C module.
Provides a register map for the USI1 peripheral.
Describes the registers associated with the USI1 module.
Provides detailed descriptions of USI1 registers.
Presents example settings for calculating USI1 baud rates.
Introduces the power-down modes (Main-IDLE, Sub-IDLE, STOP) for reduced power consumption.
Describes the operation of peripherals when the device is in IDLE or STOP mode.
Explains the IDLE mode operation and how it is released.
Details the STOP mode operation and the requirements for exiting it.
Describes the procedure for releasing the device from STOP mode via interrupts.
Provides a register map for power down operation controls.
Describes the power control register (PCON).
Provides detailed descriptions of PCON register for power control.
Provides an overview of the reset hardware settings.
Lists the five types of reset sources for the MC96F6432.
Illustrates the block diagram of the reset circuit.
Describes the noise canceller circuit for RESET signal integrity.
Explains the Power On Reset function and its timing.
Details the external RESETB input, its function and timing after reset.
Describes the on-chip brown-out detection circuit (BOD).
Illustrates the block diagram of the Low Voltage Indicator (LVI) circuit.
Provides a register map for reset operation related registers.
Describes the reset flag and voltage control registers.
Provides detailed descriptions of reset operation registers.
Provides an overview and description of the on-chip debug system.
Details the functionality of the on-chip debug system.
Lists the key features of the on-chip debug system.
Details the two-pin external interface for programming and debugging.
Describes the structure of the basic transmission packet.
Illustrates the timing diagrams for data and bit transfers.
Explains the data transfer process in packet transmission.
Describes the bit transfer process in packet transmission.
Details the START and STOP conditions in packet transmission.
Describes the acknowledge bit mechanism in packet transmission.
Describes the physical connection for two-pin interface transmission.
Provides an overview of the flash memory, its size, and programming capabilities.
Details the flash memory's properties like size and programming methods.
Details the structure of the flash program ROM, including sectors and buffers.
Provides a register map for flash memory control and status.
Describes the registers for controlling flash memory operations.
Provides detailed descriptions of flash memory registers.
Explains the Serial In-System Program (ISP) mode for programming.
Describes the flash memory protection area and its configuration.
Details the procedures for sector and byte erase operations in user program mode.
Explains the procedures for sector and byte write operations in user program mode.
Describes methods to protect flash memory from invalid erase/write operations.
Provides a flowchart illustrating the process for protecting flash from invalid operations.
Details the procedure for reading data from flash memory.
Explains the procedure for enabling code write protection for flash memory.
Describes how to write configuration data to the option area.
Lists the MC96F6432 instructions with their bytes, cycles, and hex codes.
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