Objectives:
- To build an proper hydroelectric prototype.
- To build a device that can convert the mechanical flow energy (water) into usable electric energy.
- To make an enclose, since the hydroelectric use a turbine, act to prevent a water leakage.
- Make a research about suitable material like PVC, aquarium, metal and so on.
- Done a cost analysis towards suitable material.
- Make an early design by using an AUTOCAD software to visualize the prototype.
- Make an early survey while buying the material.
- I'm begin to considering a suitable frame towards this mater.
- I'm decided to work with something easy to deal with, strong and light as possible. The material should be a non - conductor.
Objectives:
- To make a circuit PCB etching and drilling.
- To Test a PCB Inverter circuit.
- To analyse the circuit performance.
- Prepare a material to do circuit etching.
- Do a component test. Collect an old component that have been used in order to reduce a cost.
- Try to do some test towards etching circuit to analyse the performance.
- I'm done a construction for High Current Inverter Circuit. The circuit is fly-back converter and using 555 timers as an controller.
- This testing part was done by using my old equipments that have been used during my studies.
- The circuit PCB design and the pictures during etching the inverter circuit was shown below:
Objectives:
- To Test an inverter circuit.
- To Compare between other inverter circuit.
- To Check a misconduct (mistake) while doing early inverter circuit
- Make a research about suitable circuit for DC - AC inverter, PWM and so on.
- Make an analysis for Basic inverter circuit
- Do a component test. Collect an old component that have been used in order to reduce a cost.
- Try to collect information about inverter circuit before etching my inverter circuit.
- I'm done a construction for 100 Watt Inverter. This is the circuit that i get from www.circuitstoday.com.
- This little experiment was done by using my old equipments that have been used during my studies.
- The circuit diagram and the pictures for my testing inverter circuit was shown below:
Objectives:
- To Gain Knowledge about the most effective protection circuit and component.
- To Compare between other protection circuit.
- To Design and construct a suitable protection circuit.
- Make a research about suitable circuit for protection inverter, relay and so on.
- Make an analysis for Basic high voltage protection circuit
- Do an analysis and calculation to determine circuit performance.
- Make sure a suitable circuit to begin circuit developing.
- The safety for main circuit design will be care by construct a protection circuit.
- I'm proposed a 3 stage protection circuit to make sure a higher current of electricity can't damage a circuit component.
- The analysis of protection circuit for stage 1 ( FUSE ):
