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Discuss need of Pipelining.
The simplest method for improving performance by hardware parallelism is pipelining. Pipelining has breaking up the operations to be performed in simpler independent operations, sort of as the breaking up the operations of assembling a car into an assembly line. A usual processor pipeline contains 4 pipeline stages (1) Instruction fetch, (2) Instruction decode and (3) Instruction execute and (4) Register file write-back/memory access. However in practice, real architectures consist of many more physical pipeline stages, along with multiple physical stages equivalent to one of the above stages. For illustration the execute stage might has 4 physical pipeline stages
The primary benefits of pipelining are
- Parallelism
- Smaller cycles time
Consider the following mechanical system: a) Write a differential equation that describes the motion for this system. b) Take the Laplace transform of this equation and
For Zero Flag JZ ( Jump on Zero) and JNZ ( jump on no zero ) Instruction JZ transfer the execution of the program to the speciffed address if zero flag is set (Z=
Q. What is an oscillator? Discuss the advantages of Oscillators ? An oscillator is a system consisting of active and passive circuit elements to produce a sinusoidal or other r
h parameters
Q. Determine the bits required for a D/A converter to detect 1-V change when V ref = 15 V.
Draw the re-model for the circuit given in figure and calculate: a). The input impedance (β=100), b). The output impedance (r0 = 50 kΩ) and c). The mid-band collector-base
Q. Explain Time-invariant versus time-varying systems? When the parameters of a control systemare stationary with respect to time during the operation of the system, the system
State whether Lamis theorem is applicable for more than three coplanar concurrent forces?
SOL. Ramp Type VM: The operating principle of the ramp type DVM is based on the measurement of the time it takes for a linear ramp voltage to rise from 0 V to the level of the inp
can voltage regulation be negative?why?
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