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8085 microprocessor is 8 bit microprocessor develop by Intel corp.
it's architecture can be study broadly over internet various sites provide the information about architecture.
some is given below
1-data bus - 8
2-address bus- 16
3-memory- 64 KB
4-GPRs - B,C
D,E
H,L
5-each of 8 bit
6- A L U. airthmatical logical unit.
What else can I help you with?
Which type of architecture 8085 has?
8 bit
What type of architecture 8085 has?
It is having von neuman archtechure
Where can you find information about the Intel 8085 microprocessor architecture?
Refer to link below - (cpu-world.com/Arch/8085.html)
Why does 8086 have more registers and addressing modes than 8085?
different architecture.
What is the type architecture of 8085?
8085 has von neumann architecture it was derived after the name of mathematician john von neumann. its having 16 address bus and 8 bit data bus. it can access 2^16 individual memory location.
How do you build 8085 using vhdl?
VHDL is a hardware description language. It describes the functionality of a hardware as a program. If we know the architecture of 8085, the same can be implemented or coded using VHDL.
Anna university 3rd sem ECE questions?
Whats is Hooke's law? How is the microprocessor 8085 architecture different ? What is ampere;'s transconductance?
Why 8085 named so why they chosen any other series?
The 8085 microprocessor was named based on its architecture and design features, specifically as an enhancement of the earlier 8080 microprocessor, with the "85" indicating its improved capabilities. The choice of the "80" series reflects its lineage, maintaining consistency with Intel's naming convention for their processors. The 8085 introduced additional features, such as an integrated clock generator and improved instruction set, which justified its unique designation within the series. This naming strategy helped differentiate it while still associating it with the established 8080 architecture.
Why the name 8085 Why the name 8085 for microprocessor?
8085 is a microprocessor designed by Intel
What is 8085 mpu architecture?
8085 microprocessor is 8 bit microprocessor develop by Intel corp. it's architecture can be study broadly over internet various sites provide the information about architecture. some is given below 1-data bus - 8 2-address bus- 16 3-memory- 64 KB 4-GPRs - B,C D,E H,L 5-each of 8 bit 6- A L U. airthmatical logical unit.
What is the difference between the Intel 8085 and the Intel 8086?
The Intel 8085 is an 8 bit microprocessor created in 1977.The Intel 8086 is a 16 bit microprocessor created in 1978. The 8086 was the first chip to start the x86 architecture family.8085 contains 16-bit address bus and 8-bit data bus8086 contains 20-bit address bus and 16-bit data bus..In 8085 the clock speed is 3MHZwhere as in 8086 the clock speed is 5MHZ.there are two differences btw 8085&80861. 8086 has 6 byte queue but 8085 has 4 byte queue2. 8086 has 16 bit data bus where as 8085 has 8 bit data bus
What is a 8085 microprocessor?
The Intel 8085 is an 8-bit microprocessor introduced by Intel in 1976. It's an enhanced version of the 8080 microprocessor, with additional features and improvements. Key Features: 1.8-bit architecture: Processes 8-bit data. 2.Clock speed: Operates at a clock speed of 3.072 MHz or 4.77 MHz. 3. Instruction set: Supports 78 instructions, including arithmetic, logical, and control instructions. 4. Memory: Can address up to 64 KB of memory. 5. I/O: Provides 40 pins for input/output operations. Applications: Embedded systems: Used in various embedded systems, such as traffic lights, robots, and industrial control systems. Computers: Used in early personal computers, such as the TRS-80 and Sinclair ZX80. Microcontrollers: Served as a precursor to modern microcontrollers. Importance: Influence on modern microprocessors: The 8085's architecture and instruction set influenced the design of later microprocessors. Educational significance: The 8085 is still used in educational institutions to teach microprocessor architecture and programming. The Intel 8085 microprocessor played a significant role in the development of modern computing and remains an important part of computer history.
