DESIGN OF INTEGRATED ELECTRONICS KIT ALBAR RABAK PABIANAN
Physics is one of the difficult subjects perceived by students as a lesson delivered generally still limited to the theory and understanding of the quantity in the form of mathematical equations. Thus the necessary mastery of concepts to facilitate the development of qualitative scientific skills th...
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| Format: | Theses |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/19849 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Physics is one of the difficult subjects perceived by students as a lesson delivered generally still limited to the theory and understanding of the quantity in the form of mathematical equations. Thus the necessary mastery of concepts to facilitate the development of qualitative scientific skills through the guidance of the experiment. Experimental facilities and infrastructures require one of which is an integrated electronic experiment kit. Experiments will be conducted, among others: (1) Proof of Ohm's law, (2) Series-Parallel circuit, (3) the Wheatstone Bridge, (4) RLC circuit alternating current. In the proof of Ohm's law with a variation of the voltage of the voltage source, the greater the electrical current to the value of the comparison is the value of the resistor. The series-parallel circuit series resistance circuit that works is the application of the principle of Ohm's law and Kirchoff's law where the total resistance of several resistors are arranged in series is an algebraic sum of the value of each resistor so that the total resistance value is greater than the value of their resistance each resistor, while a series of obstacles to parallel the total resistance value of a resistor is coupled in parallel is a sum of the reciprocals of each resistor so that the total resistance value is less than the value of the resistance of each resistor. At the series voltage source circuit source voltage (emf) is the sum total of several strung together series voltage source, while the parallel voltage source where the source voltage (emf) equal to the total magnitude of the voltage (emf) of each source. In the Wheatstone bridge circuit, the RX can be determined if the electric current in the galvanometer zero it means that the value of Rb is comparable to the RX. In the alternating current circuit series RLC good signal generator frequency variations on series RLC circuit variations during a resonance capacitor, the special output occurs; minimum voltage, electric current maximum, minimum impedance, maximum power and phase between the voltage with the same electric current. In the parallel RLC circuit with a voltage output occurs minimum, maximum impedance, maximum power, phase difference between the voltage with zero electric current (in phase) but the output electric current even greater if the reactance of the capacitor gets smaller. |
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