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(a) In what type of applications should a designer use a CPLD rather than an FPGA?
(b) In what type of applications should a designer use an MPGA rather than an FPGA?
(c) In what type of applications should a designer use an FPGA rather than an MPGA?
(d) A company is designing an experimental product, which is in version 1 now. It is expected that the product will undergo several revisions. The company's plan is to use an FPGA for the actual design. What type of FPGA (SRAM or antifuse) should be used?
(e) A company is designing a product using an FPGA.The company's plan is to use an FPGA for the actual design. The product has undergone several revisions and is fairly stable. Minimizing area, power, and cost is important for the company. What type of FPGA (SRAM or antifuse) should be used?
(f) A company is designing a product. It expects to sell 1000 copies of it. Should the company use an MPGA or FPGA for this product?
(g) A company is designing a product. It expects to sell 100 million copies of it. Should the company use an MPGA or an FPGA for this product?
If you measured a sinusoidal waveform on both the AC and DC scaleswith the same multimeter, and measured 1.5 volts AC scale and 1.0volts DC scale, what would be the maximum and minimum of the waveform displayed on the oscilloscope
A balanced 3-phase load takes 5.4 kW at 0.6 lagging power factor. If this load is connected through lines having 2 ohms resistance and 2ohms inductive reactance. Find the line voltage at the source. The line voltage at the load is 208 volts.
Architecture for Real-time systems - A discussion of design issues in real-time systems using multicore architectures
how do you write kirchhoffs voltage law equation for a circuit.how do you write flow rate equations for a fluid tank
Assuming that the reaction of the ground is uniformly distributed, draw the shear and bending-moment diagrams for the beam AB and determine the maximum absolute value
A 240V, short shunt, cumulative compound generator is rated at 100A. The shunt field current is 3A. It has an armature resistance of 50 milli-ohm, a series field resistance of 10 milli-ohm a field diverter resistance of 50 milli-ohm and a rotation..
Sketch the following waveforms, and include the theoretical maximum and minimum values of each waveform:
The first load takes 600 kVA at 0.7 p.f. lagging. The second takes 150 kW at unity power factor. The line to line voltage at the load end of the line is 3810.5 V.
A 4-bit adder will be used to add a 3-bit unsigned number (0-7) and a 2-bit unsigned number (0-3), producing a 4-bit result. Design a combinational circuit with a complete truth table, K-maps and circuit diagrams using multiplexers and discrete lo..
The investigators from Exercise 3.19 suspected that in addition to temperature, the yield might also depend on the speed of the mixer. Along with temperatures 100°F, 150°F, and 200°F, they decided to compare two different speeds of the mixer, 1,20..
Although sums behave like integrals, because of the discrete nature of the sums one needs to be careful with the upper and lower limits more than in the integral. To illustrate this, consider the separation of an integral into two integrals.
The battery is made by connecting 5 unit cells in series and then by connecting 7 of these series cells in parallel. Each unit cell has the voltage of 1.25 V and the internal resistance if 3.4 Ohm.
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