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General| Brand | Abov |
|---|---|
| Model | MC97F6108A |
| Category | Microcontrollers |
| Language | English |
Lists external documents and resources related to the MC97F6108A microcontroller, including programming tools.
Provides a general overview of the MC97F6108A microcontroller's features and peripheral counts.
Illustrates the internal architecture and connectivity of the MC97F6108A microcontroller's core and peripherals.
Details the pin configurations for the 20 SOP and 16 SOPN packages, including pin names and assignments.
Provides detailed descriptions of each pin's function, I/O type, and remarks for the MC97F6108A microcontroller.
Describes the layout and addressing of the MC97F6108A's program memory space.
Explains the organization of internal data memory, including RAM, SFRs, and addressing modes.
Provides a summary of the Special Function Registers (SFRs) available on the MC97F6108A.
Details the registers for configuring the P0 port, including data, direction, pull-up, and open-drain settings.
Describes the registers for configuring the P1 port, covering data, direction, pull-up, and open-drain settings.
Lists all interrupt sources, their symbols, priorities, and vector addresses for the MC97F6108A.
Details the various registers used for interrupt control, including enable, priority, and flag registers.
Explains the configuration and operation of the 16-bit timer/counter mode for Timer0/1/2/3.
Details the operation of the 16-bit capture mode for Timer0/1/2/3, including data capture.
Describes the 16-bit Pulse Width Modulation (PWM) mode for Timer0/1/2/3.
Explains how to start the PPG and its operation in one-shot pulse mode.
Details the auto period mode operation controlled by Comparator 2.
Provides a detailed description of the analog comparators and operational amplifiers.
Explains the timing requirements and calculation for ADC conversion.
Illustrates the step-by-step process for operating the Analog-to-Digital Converter.
Defines the serial frame format for USART communication, including start, data, parity, and stop bits.
Details the functionality and flags of the USART transmitter unit.
Explains the operation of the USART receiver, including flags and error detection.
Describes how to configure and operate the USART in Serial Peripheral Interface (SPI) mode.
Illustrates the timing for transferring a single bit over the I2C bus.
Defines the conditions for starting, repeating start, and stopping I2C bus transactions.
Explains the process of transferring data bytes, including acknowledgment and MSB/LSB order.
Details the steps required to initialize the I2C block for slave device service.
Summarizes peripheral behavior during IDLE, STOP1, and STOP2 power-down modes.
Explains how to enter and exit the IDLE power-down mode.
Details the STOP power-down mode, including exit conditions and timing.
Illustrates the internal reset circuitry and its various input sources.
Describes the Power On Reset functionality and its impact on device operation.
Explains the behavior and timing of the external RESETB input pin.
Details the on-chip brown-out detection circuit and its configuration.
Describes registers for controlling and monitoring Flash memory operations.
Explains the process and sequence for programming Flash memory via serial ISP.
Details the parallel programming mode, including instruction format and timing diagrams.
Describes the security features and the use of lock bits for Flash memory protection.
Specifies the absolute maximum electrical ratings to prevent device damage.
Lists the recommended operating conditions for reliable device performance.
Provides DC electrical characteristics including voltage, current, and resistor values.
Details the AC timing parameters for various interfaces and operations.
Specifies the DC characteristics for the analog comparators.
Lists the timing parameters for the Serial Peripheral Interface (SPI) operation.
Provides timing parameters for the Inter Integrated Circuit (I2C) communication.
Presents typical performance data for guidance, not guaranteed.
Provides the mechanical outline and dimensions for the 20-pin Small Outline Package.
Details the mechanical outline and dimensions for the 16-pin Small Outline Package.
Describes the On-Chip Debugger II for emulation, programming, and debugging.
Explains the steps for programming the Flash memory, including pin requirements.
Introduces the features and capabilities of the On-Chip Debug (OCD II) system.
