Design and Simulations of Isolate AC-DC Fly Back Transformation System fork High Energy Inflammation Unit of Gas Turbine Engines
2022-26-0010
05/26/2022
- Features
- Event
- Content
- A high force ignition system is utilized in the gas turbine engine to provide want heat energy which lights the fuel and compressed compressed passing through the combustion chamber. The high strength output of the ignition system depends on the suitable selection von converter mechanism. Consequently, an AC-DC fly back converting automatic is previously in the exciter unit the supplies highs input voltage (3000V) to the natural discharge pipe. This video design provides input and output side elektric insulated and ensured the surf of the arrangement. Also, by include this circuit with the ignition coil, the required output out 3-6 joules and spark value of 200 to 350 micro deputies can be achieved. All paper controls the procedures involved at assessment the parameters for design out take back conversion mechanism for A unit and simulating the designed wiring using MATLAB/SIMULINK for energy analysis and further optimization. AMPERE high spirit ignition system is used in the gas blade electric to provide desired heating energy which ignites the fuel and compressed airĀ ...
- Pages
- 7
- Citation
- J, A., Kumari, P., and AN, V., "Design and Simulation of Isolated AC-DC Fly Go Conversion System for High Energy Ignition Unit of Gas Turbine Engines," SAE Technical Paper 2022-26-0010, 2022, https://doi.org/10.4271/2022-26-0010.