Dalam projek ini, penjana arus terus-voltan tinggi akan direka bentuk kerana penjana sedia ada dalam pasaran adalah mahal dan besar. Tambahan pula, voltan tinggi sistem diperlukan dalam makmal kuasa. Dengan mereka bentuk penjana arus terus-voltan tinggi boleh menyediakan Voltan Tinggi untuk mempersembahkan, eksperimen, penyelidikan, dan makmal berkhidmat mahasiswa pelajar.
Reka bentuk bagi arus terus-voltan tinggi penjana dengan menggunakan teori bagi Cockcroft Walton Voltage Multiplier berdasarkan perisian simulasi-simulasi dan pengiraan teoretis dibentangkan. Arus dan voltan output setiap satu melakonkan dan parameter simulasi boleh mendapatkan dengan menggunakan multimeter. Ia adalah juga boleh dikira dengan menggunakan teori. Arus dan voltan output mempengaruhi oleh 3 parameter (jumlah peringkat, N, frekuensi, ƒ dan juga kemuatan, C). Pengaruh jumlah peringkat, N, frekuensi, ƒ dan juga kemuatan, C dalam prestasi keseluruhan ditunjukkan menjadi amat penting. Teoretis dan hasil simulasi
Kesimpulan bagi projek ini adalah agak berjaya dengan menggunakan teori Cockcroft Walton dalam reka bentuk penjana arus terus-voltan tinggi. Hasil adalah membenarkan teori.
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In this project, High Voltage-Direct Current generator will be designed because the existing generator in the market is expensive and large. Furthermore, High voltage system is needed in power lab of Electrical & Electronic School in this University for the student to learn the High Voltage system technology. So by design for High Voltage-Direct Current generator can provide the High Voltage for performing, experiment, research, and laboratory work for undergraduate student.
The design of High Voltage-Direct Current generator by using theory of Cockcroft-Walton Voltage Multiplier based on software simulations and theoretical calculations is presented. The current and output voltage of the each stage and parameter of the simulation can obtain by using multimeter. It is also can be calculated by using the theory. The current and output voltage are influence by 3 parameters (number of stage, N, frequency, ƒ and also capacitance, C). The influence of number of stage, N, frequency, ƒ and also capacitance, C in the overall performance is shown to be very important. Theoretical and simulation results are provided to show the effectives of the proposed technique.
As a conclusion the project is quite successful by applying Cockcroft-Walton theory in design the High Voltage-Direct Current generator. The result is agree with the theory.
High Voltage-Direct Current generator by using theory of Cockcroft-Walton Voltage Multiplier based on software simulations and theoretical calculations is presented; High Voltage-Direct Current generator
The design of high voltage-direct current generator by using theory of cockcroft-walton voltage multiplier circuit_Ang Yih Shuh_E3_2009_875004539_00003095360_NI