Abstract With the help of Nitride transistors and Silicon Carbide diodes, the design for the interleaved power factor correlation converter is generated in this paper. The modified schema and its system of operation for the converter are explained. To test the validity of the design, simple experimentation is performed, which shows interesting results. These results support the basic principles we have... With the help of Nitride transistors and Silicon Carbide diodes, the design for the interleaved power factor correlation converter is generated in this paper. The modified schema and its system of operation for the converter are explained. To test the validity of the design, simple experimentation is performed, which shows interesting results. These results support the basic principles we have used for the design and prove the performance of the converters. The aim thus is to prove the power factor generators’ performance in high-power use. Read More Read Less

Abstract While creating the image intensifier tubes, microchannel plates need to be well-designed as they magnify the input signals more accurately. These microchannel plates ensure high resolution, achieve good response time and enlarge electron images. Hence, they are widely used in image and non-image applications. We have explained the principles and manufacturing microchannel plates with a well-created design.... While creating the image intensifier tubes, microchannel plates need to be well-designed as they magnify the input signals more accurately. These microchannel plates ensure high resolution, achieve good response time and enlarge electron images. Hence, they are widely used in image and non-image applications. We have explained the principles and manufacturing microchannel plates with a well-created design. Read More Read Less

Abstract Sensors with magnetic fields have more comprehensive applications in industries and homes. The electric power measurement with a magnetic field can measure electrical parameters that use sensors. In this work, we have created a sensor framework for measuring electrical current. We have designed an experimental module with a magneto sensitive circuit with the necessary elements. We have further explained the... Sensors with magnetic fields have more comprehensive applications in industries and homes. The electric power measurement with a magnetic field can measure electrical parameters that use sensors. In this work, we have created a sensor framework for measuring electrical current. We have designed an experimental module with a magneto sensitive circuit with the necessary elements. We have further explained the block diagram with general electric circuits and results. Read More Read Less