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Newton's Three Laws, Friction and Electrical Circutes Newton's First Laws is intuitive and can be seen directly at work in our daily life. For the first case, an example would be a soccer ball which will not be going anywhere unless someone kicks it or carries it. On the second case, consider a ball rolling with a constant velocity.

9 Pages(2250 words)Lab Report

Digital multi-channel communication systeme of the most reliable technology through which information is relayed .Satellites dole out elementarily for map-reading, connections, backdrop scrutiny as well as climate forecasting. The launching of the Satellite Sputnik altered the course of the Russian history in 1957 when

10 Pages(2500 words)Lab Report

Combinational Logics The 74 series is often still called the 'TTL series' even though the latest ICs do not use TTL!
74HC family: the 74HC family has High-speed CMOS circuitry, combining the speed of TTL with the very low power consumption of the 4000 series. They are CMOS ICs with the same pin arrangements as the older 74LS family.

6 Pages(1500 words)Lab Report

Applied Electronics Assignment. CourseworkThe report is based on the design of the combinational circuit that is connected to seven segments LED using the logic gate. Arduino is based on the C++ programming languages. The report is mainly about outlining the work done in the laboratory, difficulties encountered during

3 Pages(750 words)Lab Report

Laboratory Report of an experiment on Optical Fibre TransmissionThe results of changing the varying the frequency of the output signal, the independent variable, on the values of the input signal is shown in forms of waves of various frequencies and wavelengths. This project shows the use of normal visible light as input signal and

7 Pages(1750 words)Lab Report

Parallel DC circuitsThe sine wave, a square wave and the triangular waveforms were careful displayed using NI Multisim software. The peak to peak Voltage and the peak voltages were determined from the graphs obtained, and the periodic time of the waves determined. The

2 Pages(500 words)Lab Report

Electric circuits and devices prototypingIn an n-type semiconductor, electrons represent majority charge carriers while for p-type semiconductors, the holes represent the majority charge carriers. Normally, the flow of current in a BJT is due to diffusion of charge

3 Pages(750 words)Lab Report

Lab report paraphraseThe goal of this experiment was to determine how to design a circuit that must use the properties of AND, NAND, and BOR and as a result prove how both NAND and BOR can give the same outcome as well as operate to give the same results

1 Pages(250 words)Lab Report

Operational Amplifier (Op-Amp)cuit 7 Figure 4 - Inverting Amplifier Circuit 8 Figure 5 - Table of Op-Amp Properties 9 Figure 6 - LM741 Pinout 9 Figure 7 - LM741 Frequency Response 10 Figure 8 - TL072 Pinout 10 Figure 9 - TL072 Frequency Response 11 Figure 10 - Differentiator Circuit Diagram 11 Figure 11 - Integrator Circuit Diagram 12 Figure 12 - Comparator Circuit Diagram 12 Figure 13 - Adder Circuit Diagram 13 Figure 14 - Simulation Parameters 15 Figure 15 - Simulation Results 15 Figure 16 - Saturation Characteristic 16 Figure 17 - List of Manufacturers 17 Figure 18 - Cost Comparison of UK Suppliers 18 Figure 19 - Comparison of Common Op-Amps 18 1 Introduction An operational amplifier, or op-amp for short, is a DC-coupl

8 Pages(2000 words)Lab Report

Logic gates characteristics 0/1, low/high, or false/true. In the TTL family of digital electronics, voltages in the range of 0 – 0.7 V are logic 0 and voltages in the range of 2.5 – 5 V represent logic 1. Most logic operations are implemented using AND and OR gates. The inverted logic AND and OR are known as NAND and NOR gates.

5 Pages(1250 words)Lab Report

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