guys may this question of mine be a bit weird or a out of scope query but do help in getting it's answer......

we hear a lot about microprocessors that instructions are execi=uted by a micorprocessor.....and these instruction codes are written in assembly language.....now if a assembly compiler converts an instruction code into a machine code as that of 1010001 format....then how this format gets executed into a desired action required by a programmer or a user.....because microprocessor being a digital device...works on voltage proinciple...then how these numerical conventions get converted to this voltage level format...

eagerly waiting for a SATISFACTORY reply.....If you boil things down to basics - and just think of each transistor in a CPU - it will, like discrete transistors, have two basic switching states - on or off ... and so if you will - high or low. This equates to zeros and ones.

Expand this base level condition ''upwards'' ...... starting with bits and then bytes ... thus min 00000000 to max 11111111 = 0 to 255 is the range of one byte - the cumulative state of 8 transistors. For convenience take this to hex code to ''condense'' notations and the 11111111 be comes FF. From here will be a lower level stage where program code in its most basic form is equated to binary/hex values.

Pump up the programing code to higher levels and there will still be a route 'down' to that essential binary/hex condition at CPU transistor level.

Not totally sure if this is what you are asking but while the CPU is a voltage device - think more in terms of this 'switching' analogy at the base level ... of course voltage plays a part but most important is the on/off conditions of semi conductors. For the most part even these days - operations are sequential - in a serial manner ...... altho parallel computing is something we'd see as a goal in the future.Quote

altho parallel computing is something we'd see as a goal in the future.

From here will be a lower level stage where program code in its most basic form is equated to binary/hex values.

Pump up the programing code to higher levels and there will still be a route 'down' to that essential binary/hex condition at CPU transistor level.

not ttotally satisfied wid your reply mate........

because microprocessor being a digital device...works on voltage proinciple...then how these numerical conventions get converted to this voltage level format

not ttotally satisfied wid your reply mate........please do be more elaborate wid the above quoted statements......this question is killing me sincs day and night......