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Differentiate between Motorola processors and INTEL processors.
Comparison between Motorola processors and INTEL processors: AMD/Intel processors are actually about similar thing. They run similar software and operate in a very same way. AMD is frequently less expensive than Intel, and depending upon what you utilize a computer for one may be somewhat quicker than the other.
Motorola has been mainly relegated to the "also-ran" category of microprocessor manufactures because Apple computer stopped using them in favour of the IBM Power PC processor (Apple has as switched to Intel).
Motorola had better 32 bit processor design years before Intel. Moreover, the design of the Motorola 68000 processor line (by a programmer's perspective) was immensely superior. The two main features of the 68000 line which made this true were
1) Orthogonality of register access and
2) No. of registers available.
These features made writing code for Motorola CPUs vary simpler.
Disadvantages of SDR 1. Power consumption is more due to rapid switching of modes 2. Hardware design is not easy 3. Software bugs exist in the system
equivalent circuit for transistor using h parameters
Use the offset diode model with a threshold voltage of 0.6 V to determine the value of v 1 for which the diode D will first conduct in the circuit of Figure(a).
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Illustrate Common Emitter configuration, current amplification factor and collector amplifier. Describe transistor as an amplifier.
controller
Q. A single-phase industrial plant consists of two loads in parallel: P1 = 48kW PF1 = 0.60 lagging P2 = 24kW PF2 = 0.96 leading It is operated from a 500-V, 60-Hz source.
From a source with P in = 2.4 mW, we want to get P out = 60 mW at a distance l = 20 km from the source. α for the transmission line is given to be 2.3 dB/km. The available amplif
a) Illustrate the Schematic diagram of the Transformer Box used in the Practical Session b) Calculate the output voltage on an Oscilloscope and determine its amplitude and freq
Q. Explain Charge-to-Charge Amplifier A circuit is shown in Figure in which there is a capacitor C1 in the - input line and a capacitor Cf in the feedback loop. KCL at node X g
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