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Explain Branch prediction logic in Pentium.
Branch prediction logic in Pentium: The Pentium microprocessor utilizes branch prediction logic to decrease the time needed for a branch caused by internal delays. Such delays are minimized since when a branch instruction is encountered therefore the microprocessor begins pre-fetch instruction at the branch address. These instructions are loaded in the instruction cache, therefore when the branch arises; the instructions are present and permit the branch to execute in one clocking period. The branch needs an extra three clocking periods to execute, if for any reason the branch prediction logic errors. In most cases, the branch prediction is right and no delay ensues.
Q. A transistor has a base current i B = 25 µA, α = 0.985, and negligible ICBO. Find β, iE, and i .
Q. A 100-turn coil in the configuration of is rotated at a constant speed of 1200 r/min in a magnetic field. The rms induced voltage across the coil is 1 kV, and each turn has a le
Q. Determine the voltages V x using voltage division and equivalent resistor reductions for the circuits shown in Figure.
Ask qu1. If the resistor Radj is adjusted to 175O what is the rotational speed of the motor at no-load conditions? 2. Assuming no armature reaction, what is the speed of the motor
Explain Nodal analysis (supernode)
Do you provide me matlab code for comparison the performance of decision feedback equalizer over MLSE
A microstrip antenna system operating at 915MHz must be designed using Rogers RO3010 substrate with the thickness of 0.635mm.
what is the purpose of superposition theorem
Importance: The transistor is the main active component in practically all current electronics, and is considered through many to be one of the greatest inventions of the 20 t
Calculate the Maximum Power That Transmitted To the Load? A 25 MW load at the 33 kV receiving-end busbar of a short 3-phase transmission line has a power factor of 0.8 lagging.
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