The three functions of a microprocessor are controlling the operations of a computer’s central processing unit, transferring data from one location to another and doing mathematical calculations using logarithms. A microprocessor is thought to function like a human brain and is essential in the operation of computers and digital devices.Know More
The microprocessor receives instructions from all mother components of the computer, executes the desired functions and gives back timely yet efficient results. Microprocessors were first invented in 1971. Although they were not able to compute large instructions, nor support complex software, they were smart inventions of that time. Through the years, technology and innovation has enabled the production of more efficient and better organized microprocessors. Today, computers and other devices including the smart phone,
iPad, iPhone and tablet use high-end microprocessors. These devices basically have a set of instructions set digitally and a speed that gauges the number of instructions done. It uses using digital logic to jump from one instruction to another at super speed. The microprocessor operates on the platforms of two computer memories- read only memory (ROM) and random access memory (RAM).
Modern microprocessors are able to support audio, video, data and other software. Arguably, economic development can be credited to the modernization of the microprocessor.Learn more about Computers & Hardware
A microprocessor is a tiny electronic chip found inside a computer's central processing unit and other electronic devices. Its basic function is to take input, process it and then provide appropriate output.Full Answer >
The architecture of microprocessor chip is a description of the physical layout of the various elements that form it. It directly affects how information and electrical current flows throughout the chip.Full Answer >
One of the features on an Intel 8085 microprocessor is an eight-bit microprocessor that can process, provide and accept eight-bit data simultaneously, as well as being able to access 64 kilobytes of memory using 16 built-in address lines and providing five built-in hardware interrupts. The Intel 8085 can also operate on a 5-volt power supply and access 256 I/O ports by providing eight-bit I/O addresses.Full Answer >
The main differences between an 8085 and an 8086 microprocessor are the size of the data lines, the clock speeds, the way the memory space is organized and the instruction queue. These differences affect the way that the processors function and the way that they are used for different tasks.Full Answer >