C164SL8R25MCAHXUMA1

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The C164SL8R25MCAHXUMA1 microcontroller is widely used in embedded technology and is particularly suited for real-time applications due to its highly stable and efficient hardware architecture. It is one of the widely utilized members of the Intel 8051 microcontroller family. As a member of the 8051 family, the C164SL8R25MCAHXUMA1 provides a straightforward way to incorporate familiar 8051 microcontroller features into a new design.

The C164SL8R25MCAHXUMA1 features 8 data addressing, 8 bit I/O ports, an external bus interface, a programmable vector interrupt controller and 6 powerful output timers. This microcontroller also includes 8K of ROM, 512 bytes of RAM, along with 32K of extended RAM. In addition, it includes an analog-to-digital converter, analog multiplexer, pulse width modulator, transmission controller and LED ports.

The C164SL8R25MCAHXUMA1 processor has an operating frequency of up to 25 MHz and can execute up to 40 MIPS. Its average power consumption is as low as 100 mA in active load, making it one of the most power efficient microcontrollers available. This microcontroller also features a low-level power-down mode that allows for further power savings.

The C164SL8R25MCAHXUMA1 is commonly used in a wide range of applications including automotive, industrial, security, medical, telecom and many more. Its advanced features, low power consumption and high speed make it attractive in many applications. Its modular architecture also allows it to be easily customized for specific applications.

The C164SL8R25MCAHXUMA1 microcontroller consists of two types of memory, program memory and data memory. Program memory is used to store instructions for applications and is read-only, while data memory is used to store application data and can be both read and write. The processor has four types of registers that are used to execute instructions, including the Code Pointer (CP), Stack Pointer (SP), Data Pointer (DP) and Status Pointer (SP).

The C164SL8R25MCAHXUMA1 also features a two-level interrupt support, allowing for the execution of interrupt service routines (ISRs). Interrupts can be either software or hardware based. Hardware interrupts may occur due to external events such as an input port being activated or an analog signal crossing a certain threshold. Software interrupts may be triggered by commands such as a jump instruction.

The C164SL8R25MCAHXUMA1 microcontroller uses a Harvard architecture which means that both data and program memory are accessible at the same time. This allows tasks to be executed quickly and efficiently. This architecture also includes the pipelining of executions, allowing multiple instructions to be executed simultaneously.

The C164SL8R25MCAHXUMA1 offers additional features such as non-volatile memory, UARTs, SPI and I2C interfaces, memory protection, watchdog and hardware debugging. The hardware debugging feature allows for low-level debugging and breakpoints, making it easier to debug applications.

In conclusion, the C164SL8R25MCAHXUMA1 microcontroller is an efficient and powerful option for a variety of embedded applications. Its low power consumption, reliable hardware architecture and high speed make it an attractive choice. Its modular design allows it to be easily customized for specific applications and its advanced features such as memory protection, hardware debugging, and interrupt support make it ideal for a wide range of embedded projects.

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