SiC MOSFET-Based MODIFIES Prototype Boost Converter Design

@amelectronics

Hi, I have experience in designing Circuits and can complete your project. I have expertise in the following: 1- Designing schematic and PCBA 2- Ordering the PCBA and getting boards manufactured. 3- Writing firmware for the PCBA to make sure everything works as expected. 4- I can also develop smartphone apps to communicate and control the hardware. If you wish we can discuss in chat. Thank you.

@macroenergy

Dear Project Creator, As an experienced Power Electronics and DC-DC Converter Hardware Engineer with a wealth of skills in Circuit Design, Electrical Engineering, PCB Design, and MATLAB simulation, I am perfectly placed to bring your SiC MOSFET-Based MODIFIES Prototype Boost Converter design to life. My extensive knowledge in power electronics will enable me to design, select, and incorporate the appropriate components for this prototype design. My experience in designing Analog circuits reinforced with my proficiency in ORCAD simulation relates directly to your project. Additionally, my expertise in embedding electronic systems using platforms like ESP32 and microcontrollers like PIC18 will not only enable me to prepare the required PCB/prototype but also ensure seamless integration with the final converter hardware. At every stage of development, I guarantee precise data acquisition and generation of experimental tables and waveform figures suitable for publication. Having successfully completed numerous projects aligned with your needs such as Renewable Energy systems and DC-DC converters,I fully understand the importance of careful planning. As a result, you can expect meticulous adherence to theoretical calculations without compromising on practicality. By entrusting me with this project, you can be confident in my ability to execute every responsibility meticulously.

@tshibsamuel477

Hi there, I have carefully reviewed your SiC MOSFET-based Modified Boost Converter requirements and can support the complete development from theoretical design and component selection through gate-driver design, prototype hardware, PWM control, laboratory testing, and experimental validation. With nearly five years of experience in mechatronics, power electronics, DC–DC converters, PCB design, switching devices, control circuits, and laboratory measurements, I can develop and test the converter, capture the required DSO waveforms, and compare the measured results against MATLAB/PSIM and theoretical calculations. I can also prepare clean experimental tables, efficiency results, semiconductor stress measurements, and publication-ready waveform figures. Please send me a message so we can confirm the converter topology, input/output power targets, switching frequency, and available laboratory equipment. Best regards, Samuel tshibangu

@miskinarati

Hi The critical part of this project is validating the modified boost converter experimentally, not just producing a MATLAB/PSIM simulation. I can support the complete design from topology and SiC MOSFET selection through switching analysis and experimental validation. I can handle the voltage-gain/duty-cycle calculations, semiconductor stress, inductor/capacitor sizing, gate-drive requirements, PWM control, and simulation correlation, followed by analysis of measured VGS, VDS, drain current, input/output voltage and current waveforms. I will also prepare clear theoretical vs. simulation vs. experimental comparisons, including efficiency, ripple and switching-stress results suitable for technical documentation/research. Please share the target input/output voltage, power rating and switching frequency so I can confirm the topology and component sizing. Best regards, Arati M.

@shadabkhan92

As a seasoned professional in Circuit Design and Electrical Engineering, I bring a wealth of knowledge and experience to this SiC MOSFET-Based Modified Boost Converter design project. My capabilities in designing complete power circuits, selecting appropriate components, and implementing PWM switching signals perfectly align with the tasks at hand. I am also adept at preparing PCB prototypes and optimizing designs for lab-scale hardware assemblies.I have worked on similar power converter projects and have valuable experience that can be leveraged to ensure thorough testing under controlled laboratory conditions. What sets me apart is my proficiency in marrying AI systems with real-world hardware requirements - an asset that's especially applicable to this project. As you mentioned the importance of capturing oscilloscope waveforms, measuring voltage, current and comparing theoretical results – a proficiency that only comes with hands-on experience; precisely what I bring to the table. Furthermore, I am well-adept at MATLAB/PSIM simulation techniques, which will be valuable when matching experimental results with aforementioned simulations.

@mahmoudralizadeh

Hello, I’m a Senior Electronics & Embedded Engineer with a Master’s degree in Electrical/Electronics Engineering and over 8 years of experience in electronics design and development. My core expertise includes: • Analog and digital circuit design • Embedded systems and firmware development using STM32, ESP32, and microcontrollers • FPGA and VHDL development • DC-DC and DC-AC converter design • Power electronics and power supply design • PCB design using Altium Designer • Signal processing and hardware development • Circuit simulation using LTspice and PSpice • Hardware debugging, testing, and optimization I can handle projects from requirements analysis and initial concept through circuit design, simulation, PCB design, firmware development, prototyping, testing, and final documentation. My focus is on delivering practical, reliable, and production-oriented engineering solutions that meet project requirements and real-world constraints. Examples of my previous projects and technical work are available in my portfolio, where you can review my experience and capabilities. I also have several articles and a book about different types of converters

@Bhartifreelancer

Hi, I can help with the hardware design and experimental validation of your SiC MOSFET-based Modified Boost Converter. I understand the key requirement is not only simulation, but a working laboratory prototype with DSO-captured waveforms and comparison against theoretical and MATLAB/PSIM results. I’ll also document the design calculations for gain, duty cycle, ripple, stresses, power, and efficiency. I’m available to start immediately and can work from your proposed topology and target specifications. Best regards, Bharti

@alluankit01

Hi, I can support the SiC MOSFET-based Modified Boost Converter design with theoretical calculations, component selection, circuit design, simulation comparison, PCB/prototype planning, and experimental validation documentation. My approach will be to first review the proposed topology, input/output targets, switching frequency, power rating, and simulation results. Then I’ll prepare the hardware design calculations, select suitable SiC MOSFET, driver, diode, inductor, capacitor, protection parts, and define the PWM/control and test procedure. I’m comfortable with: * DC-DC boost converter design * SiC MOSFET selection * Gate-driver circuit design * Power electronics calculations * MATLAB/PSIM result comparison * PCB/prototype design planning * Oscilloscope waveform requirement mapping * Efficiency and stress analysis * Research-paper style tables and figures Deliverables: * Theoretical design calculations * Component selection and BOM * Power circuit and gate-driver design * PCB/prototype design guidance * Test plan for DSO waveform capture * Experimental result comparison template * Tables for voltage, current, ripple, stress, and efficiency * Final technical report notes Prototype fabrication, components, and physical lab testing costs can be handled separately if required. Best regards Ankit

@mohjib092

Hello, I can design and experimentally validate your SiC MOSFET-based Modified Boost Converter, including component selection, gate-driver/PWM design, prototype hardware, and DSO waveform measurements. I can also compare theoretical, MATLAB/PSIM, and experimental results, providing accurate tables and waveforms suitable for your technical/research paper.

@nichitav7

Hello, I can design and experimentally validate your SiC MOSFET-based Modified Boost Converter from theoretical calculation through hardware testing. I have experience in power electronics, MOSFET/SiC switching circuits, gate-driver design, PCB development, PWM control, and oscilloscope-based laboratory validation. I can handle component selection, inductor/capacitor sizing, SiC gate-driver and protection design, PCB/prototype implementation, PWM generation, and controlled testing. Special attention will be given to SiC-related issues such as switching-loop inductance, VDS overshoot, ringing, dv/dt immunity, grounding, and safe VGS/VDS measurements. I can capture the required DSO waveforms, measure input/output voltage and current, MOSFET VDS/ID and VGS, and compare experimental results with theoretical and MATLAB/PSIM results. I can also prepare clear tables and waveform figures suitable for a research paper. Let's discuss. Best regards, Nichita

@asifmazari

Hi there, I can do this electrical engineering related project, just send me a message in inbox, we can discuss further. Thanks

@poojitham18

Hi i I have moretha 12 years experienced in circuit design and development in my past i have designed lot of pcb for companies i can designed boost under emimec

@mrravianh

I am an Electrical & Electronics Engineer with hands-on experience in power electronics, PCB design, Altium Designer, LTspice, and hardware prototyping. I can design and experimentally validate your SiC MOSFET-based Modified Boost Converter from theoretical calculations to working laboratory hardware. I can handle the complete power stage, including SiC MOSFET selection, gate driver, diode, inductors, capacitors, sensing and protection circuits, along with the PCB/prototype design and PWM control. I will calculate the voltage gain, duty cycle, inductor/capacitor ripple, semiconductor voltage/current stresses, switching frequency, output power, and efficiency. I can then test the prototype under controlled conditions and capture DSO waveforms including VGS, VDS, drain current, input/output voltage, and current. Finally, I will compare the theoretical, MATLAB/PSIM simulation, and experimental results and prepare clear tables and waveform figures suitable for a technical/research paper. I am ready to start immediately and can deliver a practical, well-documented prototype with reliable experimental validation.

@kailashnk98

Hi. I am Kailash N K. I am working as Electrical Power Systems Engineer in a Bengaluru based defense related company. I have proven experience in DC-DC converters of all topologies using Si, SIC and Gan MOSFETs. I can build this project for you in ten days. Please give me a reply so that we can discuss further about the project.

@ostronik

Hi, Greetings from OSTronik India! We are a technology-driven company specializing in Power Electronics and Embedded System Design integrated with Artificial Intelligence (AI) and Mobile Application Development, delivering reliable, industrial-grade electronic and software solutions—from concept to mass production, all under one roof. Our in-house capabilities include R&D, Firmware Development, Hardware Design, Mobile Application(Android & iOS), Prototyping, and Scalable Mass Production, with a strong focus on quality, performance, and cost efficiency. Core Expertise: • Microcontrollers: PIC, STM32, ESP Family, AVR. • Microprocessors: Raspberry Pi • Development Tools: MPLAB X IDE, STM32CubeIDE, Arduino IDE, Atmel Studio, VS Code • Hardware Design: Industrial-grade multilayer PCBs using Altium Designer with optimized power design, isolation handling, and EMI/EMC compliance • Communication Protocols: UART, SPI, I²C, CAN, Modbus, MQTT, LAN, S-Bus, RS-485 Mobile Application Capabilities: • Custom Android & iOS mobile applications for device control, monitoring, and data visualization • Real-time dashboards, cloud connectivity, and secure user authentication • Seamless integration between IoT platforms and mobile apps We have successfully transformed multiple concepts into market-ready electronic and mobile-enabled solutions. We would be glad to share a brief reference video. Let’s schedule a meeting to discuss your requirements in detail. Best Regards, Team OSTronik India

@paulpham93

I can review the modified boost topology, simulate operating conditions, select the SiC MOSFET and gate driver, and prepare the schematic, PCB, BOM, and experimental test procedure. Please provide voltage, power, switching-frequency, and validation requirements. My Upwork profile has earned over $300,000 on Upwork with account Paul.P. Best regards, Paul.

@Tejas1203

Hi, I'm a power electronics R&D engineer with current hands-on experience designing SiC MOSFET-based converters at my day job — gate-driver design, switching-control circuits, and synchronous rectification for SiC power topologies. Relevant experience: Ongoing SiC MOSFET converter work: gate-driver selection, dead-time/protection logic, PWM control Debugged a buck-boost STM32 platform — caught ISR timing and switching-sequence bugs that directly affect clean DSO capture Built and bench-tested a 12V–250V push-pull DC-DC converter (500W, ~86% efficiency, solar application) full cycle from design to DSO-verified results What I'll deliver: Complete power circuit design with derived equations (gain, duty ratio, ripple, stress) MATLAB/PSIM simulation to validate before hardware build SiC MOSFET, diode, L, C selection with sized margins Prototype build, PWM implementation, full DSO characterization (V_GS, V_DS, I/O V & I) Theory vs. sim vs. experiment tables and waveform figures, paper-ready Happy to align on target specs (voltage range, power, switching frequency) before finalizing timeline.

@nehavaddellu

As an Electronics & Communication Engineer specializing in circuit design, I understand the challenges and intricacies involved in your SiC MOSFET-Based Modified Boost Converter project. I have comprehensive skills and experience in designing and developing power electronics hardware systems. My expertise in Schematic Capture & PCB Layout, Microcontroller Integration, Power & Motor Drivers, and Sensor Systems aligns perfectly with the requirements for your project. My past work has focused on turning custom hardware concepts into reliable, production-ready PCB designs. In addition, my ability to select appropriate components and design the gate-driver and switching control circuit will be instrumental in creating a power circuit that meets your specific needs. Moreover, my proficiency in MATLAB/PSIM simulations will ensure a thorough comparison between theoretical calculations, simulations, and actual measurements using the laboratory-scale prototype. I am confident that my meticulousness for capturing oscilloscope waveforms and recognizing important parameters like voltage stress, current stress, and efficiency will deliver robust experimental validations. Let's collaborate to turn your concept into a well-designed reality!