III. THEORETICAL BASIS 1,1. bicycle Đinamô:In đinamô there are 2 coil and magnet is part.When cycling gear turns, it will do the đinamô axis, making the magnetic field through the >>> variable from the coil variable information >>> create electric power.2. bridge rectifier Circuit: Effect: correction of alternating into direct current3. The capacitor: Effect: levelling speed ripple song, stable current.4. milium Pin: III. RESEARCH 2, on the BASIS of THEORETICALUsed bicycle đinamô available in contact rotating đinamô wheels to generate alternating current.Alternating current through the circuit creation request direct current load stability for acquy or pin.Calculate actual data:-Đinamô create electric line voltage from 5V-6V for unstable rotational speed.-Through line to the circuit from 5V-output stable for 6V 5V.-The small current through the load, than 1 A. III. RESEARCH 3, on the MODEL of the LOADER FROM the BICYCLE ĐINAMÔ-Simple rectifier Circuit: _ Improved after the model compact. _ Designer loader models: III. OPERATING PRINCIPLE 4,In Dinamo have 2 part is the coil and magnet. When the bicycle wheel spin then it will be for the axis of rotation, the magnetic field makes Dinamo through variable >>> coil from the variable information >>> create electric power. Alternating via the bridge rectifier circuit transforms alternating current bar. Capacitors used for levelling speed ripples, stable cell line out load for batteries. III. USE of ELECTRIC LINE 5, TAKEN FROM the BICYCLE ĐINAMÔ1. Charging the battery backup Because the lines drawn from đinamô have a voltage of 5V stabilized should fit for the voltage on your battery backup. Use a battery backup to lit lamps (lamps 5V voltage) or use the battery charger for the phone. 2. Using the generator directly to the bicycle lights when motionWhen using the bridge rectifier circuit line through more stable lamp should light's lifespan will increase.IV/EXPERIMENTS, The RESULTS Of RESEARCH.1. Experiments on stable voltage removed from the motion of bicycle đinamô.Lab 1: Layout of experiments conducted included:-Insert a đinamô with rectifier circuits, and then getting the 5V bulbs with serial, serial with ammeter. -Use a cordless drill to do the knob turns đinamô to generatorsResults:-observe the light stability -Measure the steady stream of 0.1 a. Lab 2: Layout of experiments conducted included:-Insert a đinamô with rectifier circuits, and then getting the 5V bulbs with serial, serial with ammeter. -Add up the bike to do the knob turns đinamô to generatorsResults:-observe the light stability -Measure the steady stream 1A 2. Experiments on loading time for battery backup.Lab 1: (bike) Layout of experiments conducted included:-Insert a đinamô with Antarctica, then stuck on battery backup. -Add up the bike to do the knob turns đinamô to generators. Cycling from home to school and back home from school (about. ... Km, average lost......).Results: with battery full battery now the 6000mAhExperiment 2: (motorcycles) Layout of experiments conducted included:-Insert a đinamô with Antarctica, then stuck on battery backup. -Add up the motorbike (50cc) to make the knob turns đinamô to generators. Used car from home to school and back home from school (about. ... Km, average lost......).Results: with battery full battery now the 6000mAhV/ANALYZE And DISCUSS The RESULTS▪ Discuss the functions used: Main functions: -Generate direct current stabilized voltage 5V, 1A . -Used as the source of light directly, or load for battery backup. -Provides more energy service for daily living.▪ Discuss design patterns:Loader model from bicycle đinamô line to function as research purposes. With specific illustrations from the model, hope the model will be implemented in practice in the shortest time.▪ Limitations of the study:-Model but has been modified but still rudimentary.-The need to research and improve the circuit box, the box contains đinamô.▪ Development of the subject:Continuing research, innovation or design tools generator (like đinamô) but larger in capacity.Chapter 3: the CONCLUSIONWith the idea of designing the "POWER LOADER FROM the BICYCLE and ĐINAMÔ USE the CURRENT" simplicity, ease of use, price. This is a practically for all the family. Thanks to this our loader Stork can provide more energy for daily activities, reduce the cost of electricity bills.With the above idea be sure also many shortcomings, and expecting you to contribute your ideas to the group could complete his ideas. Sincere thanks!
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