Data transfer in the 8085 microprocessor can be done with the help of several instructions like the MOV,MVI,OUT and IN . Lets say, we want to move the contents of a register R1 to register R2, then we could use the instruction MOV R2,R1 ; and so on...
The 8085 was given its number as the next version of the 8080. The 5 means that it operates on a single 5 volt power source.
Push instruction pushes two byte of data on the top of the stack.
bcoz its operate on 5v only.it is a 8 bit micro processor.800 is series 5 is the voltage
Every processor in a gadget is a microchip , a microchip can be a microprocessor or micro controller or something else. Example for microchip is processor in the CPU of a PC. Microprocessor 8085.
The 8085 instruction set is classified into three groups according to its Word size. They are 1. One word /1 byte instructions 2. Two word / 2 byte instructions 3. Three word / 3 byte instructions
The 8085 was introduced by Intel in 1977.
All flags are affected after the SUB operation to reflect the result of subtraction.
because its an 8bit micro processor similar to those used in micro controller . capable of performing 16 bits double register calculations . something easy to start with
OS is compulsary to work properly for any processor including 8085 since OS consist of all the instructions that guides the processor,how to react in certain situations........!
The INTA- (Interrupt Acknowledge) pin on the 8085 is an acknowledge of the INTR (Interrupt Request). It has the same timing as RD-, and external hardware is expected to provide an opcode, usually a CALL or an RST instruction, in response to INTA-.
4004 8008 8086 and series go on 80286 80386 80486 Pentium 1 Pentium 2 Pentium 3 Pentium 4 Dual core Core 2 duo Core 2 Quad Upto CoreI7 So basically in a long time period Pentium 4 is an improvement on 8085 and basically today micro code of all these processor is of 8085
There is no protected mode in the 8085 microprocessor, therefore, there are no instructions that are considered privileged.