By Sherif Kamel, Ahmed Hassan
Read or Download Assessing the Introduction of Electronic Banking in Egypt Using the Technology Acceptance Model PDF
Best electronics books
Quick and simply research the hows and whys at the back of simple electrical energy, electronics, and communications –- at your personal velocity, on your personal home
Teach your self electrical energy and Electronics bargains easy-to-follow classes in electrical energy and electronics basics and purposes from a grasp instructor, with minimum math, lots of illustrations and functional examples, and test-yourself questions that make studying pass extra quick. nice for getting ready for beginner and advertisement licensing tests, this depended on consultant bargains uniquely thorough assurance, starting from dc and ac ideas and circuits to semiconductors and built-in circuits.
The top path –- and resource –- in simple electronics
begins with the fundamentals and takes you thru complex functions akin to radiolocation and robotics
filled with learning-enhancing gains: transparent illustrations, functional examples, and 1000s of attempt questions
is helping you clear up current-voltage-resistance-impedance difficulties and make energy calculations
Teaches easy circuit innovations and methods for optimizing process potency
Explains the idea at the back of complex audio structures and amplifiers for stay song
Referenced via hundreds of thousands of scholars and execs
Written by means of an writer whose identify is synonymous with readability and sensible sense
Updated to mirror the most recent technological traits! The Fourth variation good points new info on:
pcs and the web
Energy electronics, that's a swiftly turning out to be quarter when it comes to study and purposes, makes use of glossy electronics expertise to transform electrical energy from one shape to a different, akin to ac-dc, dc-dc, dc-ac, and ac-ac with a variable output significance and frequency. It has many functions in our on a daily basis existence corresponding to air-conditioners, electrical automobiles, sub-way trains, motor drives, renewable power resources and tool provides for pcs.
This complement includes labored out strategies to the bankruptcy finish challenge units present in electronic communique, moment variation, ISBN 0-7923-9391-0.
- Field-Effect Transistors in Integrated Circuits
- Electronics Mfg With Lead-Free, Halogen-Free, and Conductive-Adhesive Mtls
- All New Electronics Self-Teaching Guide (Wiley Self Teaching Guides)
- A platform-centric approach to system-on-chip (SOC) design
Extra info for Assessing the Introduction of Electronic Banking in Egypt Using the Technology Acceptance Model
A) (b) Figure 28. 5voltsvs. SiC. Deposition time, 3 hrs. 4 volts for 30 mins (76). Electrochemical Deposition of Semiconductors 47 long-term deposition stability were found, attempts to produce thick layers were hampered by delamination of the seed crystals. 0 CONCLUSION It has been demonstrated that most of the technologically important semiconductors can be synthesized and deposited as thin films by electrolysis techniques. By far, the greatest amount of effort has gone into the development of electrodeposition methods for low cost silicon solar cells.
66 volts. Films were easily grown on substrates shorted to both aluminum and cadmium foils. 4 eV. EDAX measurements showed that the films, as deposited, had aCd:Te ratioof 25:60. Annealing the films for 30 min. at 59OoCchanged the ratio to 55:45. X-ray data provided more evidence for compositional changes on annealing. Films, as deposited, contained CdTe in both the hexagonal and cubic forms as well as hexagonal Te. After annealing,only the hexagonalform of CdTe remained:there was no free Te. The films exhibited photoelectrochemical behavior.
And Reddy, A. K. , M o d e r n €lectrochemistry, Plenum Publishing Corporation (1970) 8. Despic, A. P. and Popov, K. , Transport-Controlled Deposition and Dissolution of Metals, M o d e r n Aspects of €/ectrochemistry, (B. Conway and J. O’M. ), 7:99 (1972) 9. Despic, A. , Diggle, J. and Bockris, J. , J . Electrochem. SOC. 1 15:507 ( 1 968) 10. Kroll, W. , Trans. €lectrochem. 87:551 (1945) 1 1 . , Compt. Rend. Acad. Sci. Paris 39:323 (1854) 12. , Chimia 37:109 (1983) 13. , Phil. Mag. 7:227 (1854) 14.