Cubao Quezon City Electrical Engineering Department OPEN AND SHORT CIRCUIT TEST IN TRANSFORMER EXPERIMENT NO.2 Submitted By: Name: Delina‚ Jherrol A. Signature:______________________ Submitted To: ENGR. Datu Amil Hussien O. Asakil Instructor Date performed: April 16‚ 2013 Date submitted: April 18‚ 2013 SCHEMATIC DIAGRAM: Open Circuit Test Short Circuit Test DATA AND RESULT: Open Circuit Test Trial | Ep | Es | Ip | Is | Pp | Ps | 1 | 110V | 34.6 | 0.02 |
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Boolean logic Student Ali Alsaad: 1007194 Date: 20/2/2014 Table of Contents 1-History and introduction 2-Types of Logic gates 3-Uses of logic gates 4-Electronic circuits 5-Conclusion Introduction The term Boolean logic (Also known as Boolean algebra) honors George Boole. a self-educated English mathematician. He introduced the algebraic system initially in a small pamphlet‚ The Mathematical Analysis of Logic‚ published in 1847 in response to an ongoing public controversy
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Program 6 Week Microcycle Session 1 Session 2 Session 3 Week 1 Fitness Component Training – 30 minutes Flexibility Circuit Continuous Running 4km @ 80% Max HR Exercise Circuit (Callisthenics) 2 sets of 8 exercises performed at 90% for 30 seconds duration. 1:2 work : rest ratio Fitness Component Training – 30 minutes Strength Circuit Interval Training 6 x 10m sprint @ 100%‚ 1:4 work : rest ratio 4 x 15m sprint @ 90%‚ 1:4 work : rest ratio 2 x 20m sprint @ 80%
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mA. DIMMING CIRCUIT Q4010LT TRIAC 10 A 400 V Isolated Bidirectional TRIAC - TO-220 DIODE 1N4006 This standard rectifier is designed for general purpose‚ low power applications. TECHNICAL REQUIREMENTS Block Diagram Description Illumination Control System with SMS Technology will be conducted to determine the factors to be considered in automating our lights using the technology of SMS. Explains the process of the devices using the technology of SMS‚ illumination circuit and the LED light
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Student Exploration Circuits Vocabulary ammeter‚ circuit‚ current‚ electron‚ ohmmeter‚ Ohms law‚ parallel circuit‚ resistance‚ resistor‚ series circuit‚ voltage Prior Knowledge Questions (Do these BEFORE using the Gizmo.) Strings of holiday lights can be designed in one of two ways. In some strings of lights‚ each light is connected to the others along a single wire (in series). In others‚ each light is attached to its own wire (in parallel). Suppose a single light bulb burns out. How do you think
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Existing and proposed structure 4.1 Proposed circuit The proposed circuit was constructed and tested after setting the various parameters as stated above. The schematic of the proposed circuit is as shown. The above circuit is the proposed GDI. This circuit was tested for different frequencies to which the D input and the clock signal were set. The results of testing are all shown in the next chapter. 4.2 Implementation of D flip flop with clocked gate circuitry Then the schematic diagram with
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Passive Electronic Components and Circuits Laboratory 5 Kirchhoff’s voltage and current laws Objective: o Kirchhoff’s voltage law (KVL)‚ o Kirchhoff’s current law (KCL)‚ o Verify Kirchhoff’s voltage and current laws using a given circuit. Equipment: o Digilent Electronics Explorer Board‚ o Digital Multi-Meter‚ o Assorted resistors. Theoretical support: o Laboratory 3‚ o Laboratory 4‚ o Lecture 4 (Microsoft Power Point Support): Kirchhoff’s laws‚ Applying Kirchhoff’s laws.
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that are attached to each node of a circuit. In simplest terms‚ KCL states that the sum of the currents that are entering a given node must equal the sum of the currents that are leaving the node. Thus‚ the set of currents in branches attached to a given node can be partitioned into two groups whose orientation is away from (into) the node. The two groups must contain the same net current. In general‚ the currents entering or leaving each node m of a circuit must satisfy where ikm(t) is understood
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simulation package for electronic circuits. It allows you to design and analyze circuits without using breadboards‚ real components or actual instruments. EWB’s click-anddrag operations make editing a circuit fast and easy. You can change parameters and circuit components on the fly‚ which make "what-if" analysis straight foreward. This tutorial is intended as a quick introduction to EWB’s basic features. It first leads you through the fundamental steps of putting a circuit together and analyzing its
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122 Week 2 iLab #3 Part 1 Parts: Breadboard DC Power Supply Hand Held DMM Test leads Wire 56kΩ resistor 1. Given the circuit below‚ use Ohm’s law to determine the total current in the circuit and the voltage across the resistor. 5V My mulitsim of this circuit. 2. Construct the circuit above on the breadboard. Starting at the positive terminal of the +5 V power supply‚ follow the schematic around to install each component. 3. The first component
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