By Barry Dorr
Engineers recognize that, as in the other self-discipline, getting an excellent activity calls for sensible, up to date talents. An engineering measure presents a large set of basics. Ten crucial abilities applies these basics to functional initiatives required by way of employers. Written in a simple, no-nonsense structure, the e-book reports sensible talents utilizing the newest instruments and methods, and contours a spouse web site with interview perform difficulties and complex fabric for readers wishing to pursue extra abilities. With this ebook, aspiring and present engineers may well strategy activity interviews convinced of their seize of the engineering abilities that their employers search.
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Additional info for Ten Essential Skills for Electrical Engineers
Courtesy of Aavid Corporation) Solution. 4. The transistor generates 10 W at its junction and is modeled with a 10 A current source. The heat is then transferred to the transistor’s case through thermal resistance RJC which accounts for the 57 fact that the semiconductor junction is hotter than the case. 5°C/W. The transistor is securely mounted to the heat sink2 insuring the temperature at the case matches the temperature at the mating surface of the heat sink. The datasheet for the heat sink gives the thermal resistance from the mating surface of the heat sink to ambient, RSA, as 7°C/W.
The attenuation is specified as 3 dB. 7 We then verify that the input impedance is 50 Ω and the attenuation is 3 dB. 10 Resistor values for the Pi attenuator are checked by writing and solving mesh equations. Next, the input impedance and attenuation are compared to the specified values. 08 mA. 7071 times the input voltage, VIN. 3 V and RTH = 1000 Ω. 2 A sensor produces a voltage between –5 and +3 V. The output resistance of the sensor is 470 Ω. 3 V and an input resistance of 3300 Ω. 11. Check your work by analyzing the resulting network.
3 DESIGN OF A PI ATTENUATOR In this section we again begin with a design requirement, write descriptive equations for the proposed circuit, and then use the equations to compute the component values. We also show how mesh analysis and a matrix solver can be used to quickly and efficiently check our work by analyzing the resulting circuit. 7 Pi network. This network is frequently used as a constant impedance RF attenuator. 37 1. Attenuates bidirectionally. The voltage gain, AV, from left to right is identical to the voltage gain from right to left.