Storage of Addresses that can be Directly Accessed

Internal Data RAM and SFRS are the storage locations that can be directly accessed. The following are the explanations for each of them.

Internal Data RAM

Internal Data RAM stands for Random Access Memory. It is a type of storage that stores data temporarily. The data stored in internal data RAM can be accessed directly by the central processing unit (CPU). The CPU can read from and write to internal data RAM. The data stored in internal data RAM is volatile, which means that the data will be lost when the power supply is turned off.

SFRS

SFRS stands for Special Function Registers. SFRS are a type of storage that is used to control the operation of the microcontroller. These registers are built into the microcontroller and are used to control the operation of the microcontroller. The data stored in the SFRS can be accessed directly by the CPU. The SFRS are used to control the input/output ports, timers, interrupts, and other functions of the microcontroller.

Internal Data RAM and SFRS

Internal Data RAM and SFRS are both storage locations that can be directly accessed. The data stored in these locations can be accessed directly by the CPU. The internal data RAM is used to store data temporarily, and the SFRS are used to control the operation of the microcontroller. The data stored in both of these locations is volatile, which means that the data will be lost when the power supply is turned off.

Conclusion

In conclusion, the storage of addresses that can be directly accessed is internal data RAM and SFRS. These storage locations are used to store data temporarily and to control the operation of the microcontroller. The data stored in these locations can be accessed directly by the CPU. The data stored in these locations is volatile, which means that the data will be lost when the power supply is turned off.