that profoundly stuck out to me the most was the “water tank‚” lab. The procedure of the lab was to shoot a red laser beam into the tank of water from three different directions. I first shot the laser from above the water surface‚ then from below‚ and finally from the side of the tank. Interestingly enough‚ each direction‚ the laser would bend in the water. The fascinating part of this lab was the idea as to why the laser could not exit the water tank‚ and instead would bend equally in each direction
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DESIGN OF REINFORCED CONCRETE CULVERT Analysis and Design I. Analysis Assumption The culvert shall be designed and analyzed by the Strength Design Method (Load Factor Design). Frame The box culvert shall be analyzed‚ as a rigid frame with all corner connections considered rigid. Sidesway Sidesway is not considered in analysis. II. Loading For Box Culvert a. Factored loads for ultimate design capacity. b. Unfactored
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10-11-2012 Hardware Description Language (HDL) VHDL for Specification FPGA VHDL for Simulation VHDL for Synthesis 2 Levels of design description Register Transfer Level (RTL) Design Description Algorithmic level Register Transfer Level Logic (gate) level Circuit (transistor) level Physical (layout) level Level of description most suitable for synthesis FF Combinational Logic FF Combinational Logic … Registers EC3034 Modeling and Testing of Digital
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Verilog HDL: A Guide to Digital Design and Synthesis‚ Second Edition By Samir Palnitkar Publisher: Prentice Hall PTR Pub Date: February 21‚ 2003 ISBN: 0-13-044911-3 Pages: 496 Written for both experienced and new users‚ this book gives you broad coverage of Verilog HDL. The book stresses the practical design and verification perspective ofVerilog rather than emphasizing only the language aspects. The informationpresented is fully compliant with the IEEE 1364-2001 Verilog HDL standard. • • • •
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Jaguar Series 3 XJ6 fuel tank switching system Page 1 of 2 There is a fuel tank switching valve in the trunk and a fuel return valve at each fuel tank. There is a separate fuel level sensor or Sender in each tank. Some testing is going to be needed to determine any problem. Start by accessing the switchover valve solenoid in the trunk near the fuel pump. Voltage tests should be done at the valve to see if it is getting the signal to switch over. When the left tank is selected‚ no voltage is
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Hardware Design with VHDL Design Example: VGA ECE 443 VGA (Video Graphics Array) Here we consider an 8 color 640-480 pixel resolution interface for the CRT Vertical deflection coil Horizontal deflection coil Electron gun mono hsync vsync Horizontal osc and amp Vertical osc and amp Phosphor coated screen Electron beam The electron gun generates a focused electron beam that strikes the phosphor screen The intensity of the electron beam and the brightness of the dot are
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Design of Quantizer with Signed Quantization Level (3 downto -4) Mini Project Report VHDL and Digital Design Table of Contents | | Page No | 1 | Introduction | 4 | | 1.1 | Fixed Point Package | 5 | | 1.2 | IEEE floating-point representations of real numbers | 5 | | 1.3 | Results & Discussion | 8 | 2. | Conclusion | 20 | | Bibliography | 20 | Appendix A: | | | VHDL Test Bench code Quantizer with Signed Quantization Level (3 downto -4) | 21 | List of
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CIRCUIT IDEAS SIMPLE AUTOMATIC WATER-LEVEL CONTROLLER SUNIL KUMAR IVEDI S.C. DW W ater-level controllers are common nowadays. The one described here is minal Vcc is at the bottom of the tank‚ sensor terminal L is just above the bottom of the tank and sensor terminal H is at the top of the tank. After you have properly installed the sen- Fig. 1: Simple water level controller built around timer NE555 and inverter buffer CMOS IC CD4049. It uses readily-available‚ low-cost components
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Tanks and Flamethrowers of WWI WWI was a new type of war with new weapons and new Techniques. Although neither the flame thrower were heavily used in WWI‚ Both weapons were very effective at what they did. And both weapons had many Uses in the war. Constructed to help fight the stalemate in trench warfare‚ the tank had A rotating turret and 2 wing guns in the front and back plus a majority of the tanks had light artillery gun as well. Although they had a top speed of 4mph the tanks caterpillar
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Armored Warfare: Tank Development in WWI “No present day army could fight against an army consisting of say 2‚000 tanks‚ and it therefore follows that all large Continental armies will have to make use of tank armies in the future” - British Captain Giffard Le Quesne Martel The tank might be one of the most important innovations in weapons technology during World War I. The use of armored vehicles in warfare was not only an amazing innovation in weapons technology but also revolutionized
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