Sub instruction - op code format , Electrical Engineering

Assignment Help:

SUB Instruction

Op code  format is of SUB  instruction is

Replace  the three bit code  of the register R from   to obtain the op code of the  required SUB  instruction . op codes  of all  possible SUB instructions  are given.

Notice  that the  change  are made in last  three  positions of the binary cod according  to the codes  of the specified  register.

 Similarly  the readers may  practice of writing op codes  of all  instructions in which  registers  pairs  are used as their  operands.

 


Related Discussions:- Sub instruction - op code format

Rar rotate accumulator right through carry instruction , RAR  Rotate Accum...

RAR  Rotate Accumulator Right Through Carry Instruction This instruction rotates the contents  of the  accumulator  towards right by  one bit. The D 7   bit moves to D 6 posi

Inference rules of explanation system, Inference Rules of Explanation syste...

Inference Rules of Explanation system How an Explanation System might work where questions like how or why are dealt with. Inference Rules use an if-statement and a then-statem

Show procedure of divide the decimal number by 2, Q. Show procedure of divi...

Q. Show procedure of divide the decimal number by 2? For this procedure (method), divide the decimal number by 2, if the remainder is 0, on the side write down a 0. If the rema

What is command, A selection form an application's menu, or a command typed...

A selection form an application's menu, or a command typed in by the user, like at a DOS prompt or at the Run dialog box in Windows.

The time constant of the field winding, The field winding of a 200 V d.c. m...

The field winding of a 200 V d.c. machine has a resistance of 20? and an inductance of 500mH. Calculate: (a)  The time constant of the field winding (b)  The value of curr

Physics, find the resultant of two forces 20N and25N acting at an angle 60...

find the resultant of two forces 20N and25N acting at an angle 60 degree each other

Find the capacitor voltage and current, Q. The energy stored in a 2-µF capa...

Q. The energy stored in a 2-µF capacitor is given by w c (t) = 9e -2t µJ for t ≥ 0. Find the capacitor voltage and current at t = 1s.

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd