Neon/Plasma Tube High Voltage Driver Design (for a desk ornament, nothing fancy. my personal skills are not adequate)

@markoa7

As an electronics engineer with a passion for bringing ideas to life, I am excited about the prospect of working on your neon/plasma tube lighting project. My experience in high-voltage electronics design and DC-DC converter design, specifically within the 400-600V DC range, aligns perfectly with the specifications of your project. Additionally, my proficiency in microcontroller interfacing and robust knowledge of KiCad will ensure seamless communication between circuit components and maximum efficiency. Safety is paramount in high-voltage projects like yours, so I take precautionary measures very seriously. For instance, I understand the importance of selecting appropriate resistors, capacitors, and implementing safe handling of HV circuits. Furthermore, my experience designing reliable printed circuit boards (PCBs), particularly in power supply circuits and multilayer designs for embedded systems, will be invaluable to your project. Lastly, my commitment to delivering cost-effective solutions without compromising performance aligns well with your flexible budget. I look forward to discussing how I can contribute my skills and expertise towards meeting your objectives while exceeding your expectations. Let's transform this desk ornament idea into a unique masterpiece together!

@shykhAbubakar

Hello, I have reviewed provided file and can design the complete high-voltage driver and startup circuit for your neon/plasma tube project (~500–700V DC) using KiCad, including MCU-based control, voltage/current monitoring, and optional OLED interface. The work will focus on safe DC-DC boost/flyback design, strike pulse generation, warm-up ramp, and proper HV isolation. All work will follow IPC, IEC standards and DFM best practices. Following are the deliverables: • Complete schematic design in KiCad • Functional block diagram • Design documentation • Recommendations for PCB layout • Bill of materials I wanted to ask: • Should the HV output be adjustable over the full 500–700V range, or only fine-tuning via trim pot? I have 7+ years of experience in projects like: • High-voltage electronics design for neon/plasma lighting (400–600V DC range) • DC-DC boost/flyback converter design and HV MOSFET driver circuits Thank you for considering my proposal. I’m available to clarify and discuss details further through a meeting at your ease. Best Regards, Abubakar

@terryc47

Hi, Thomas R.. I have read your project and I'm proficient in Electronics, Electrical Engineering, Prototyping, PCB Layout, Circuit Design, Technical Documentation, Signal Processing and Microcontroller. I have worked on similar projects before and I'm always satisfied the client's requirements. As a licensed engineer with 17+ years of experience, I can provide you the perfect result including stamped drawings, engineering letters, and comprehensive structural calculation reports. To deliver the highest quality services, I collaborate closely with individual registered engineers, architects, and architectural firms locally. I'm ready to start the project right now and would like to discuss soon. Thank You.

@ericb114

Hello, With an extensive background in electrical engineering, I can provide the specialized knowledge and skill set necessary to map out a safe, efficient system for your high voltage driver and startup circuit. I've worked with neon/plasma tube circuits before and am familiar with the complexities of high-voltage lighting applications. This experience will be invaluable in guaranteeing not only the functionality of your project but also its adherence to industry best practices and electrical safety standards. My proficiency extends to DC-DC converter design, which is crucial for the voltage conversions you require for this project. Moreover, my experience interfacing with microcontrollers, especially the ATmega328p, will ensure seamless integration with the PWM strike control and voltage/current monitoring capabilities you desire, as well as any optional features like the I²C OLED display. On top of this, I am well-versed in using KiCad – your specified EDA tool – which paves the way for cohesive documentation across the project spectrum. I can create a complete schematic inclusive of every key component while taking into account important safety considerations such as resistance calculations, capacitor selection, and overall HV circuit handling. Safety is paramount in this workstream and you can trust that I will abide by all requirements to guarantee a secure end product while minimizing any hazards associated with high-voltag Thanks!

@Zawiya3

With over a decade of experience as an electrical engineer, I have acquired a deep understanding of circuit design, PCB layout, and signal processing that will prove invaluable in your project. My track record in designing analog and digital circuits, including proficiency in KiCad, aligns perfectly with your requirements. I assure you meticulous attention to detail throughout the design process to ensure both performance and safety for the neon/plasma tube lighting project. My specialization in high voltage electronics design, as well as DC-DC conversion (boost/flyback), makes me well-versed with the challenges inherent to your project. I am confident in my abilities to develop a high voltage driver and a startup circuit for your tube that meets your specifications effectively. Moreover, my familiarity with microcontroller interfacing and ATmega328p further reinforces my suitability for this role.

@SaadMubee

Hi there, It sounds like you're looking for a skilled electronics engineer to design a high voltage driver and startup circuit for your neon/plasma tube lighting project. I understand the importance of achieving a reliable, safe, and user-friendly system, combining efficient voltage conversion with precise microcontroller control to bring your artistic vision to life. I can create a tailored solution that focuses on those specific requirements. Using my expertise in high voltage electronics, I will design both the high voltage driver and startup circuit, ensuring they function beautifully at 500V DC while delivering the necessary strike pulses. I will work with the ATmega328p for PWM control and voltage monitoring, allowing for smooth ramping to full brightness. Plus, I can provide you with detailed documentation, including the KiCad schematic and BOM, along with recommendations for PCB layout to ensure safety and optimal performance. What specific features are you envisioning for the OLED display? https://www.freelancer.com/u/saadmubee Best regards, Saad Mubee.

@jovandaa4

penjualan dengan barang atau kondisi maksimal akan memudahkan menarik pembeli atau peminat,dan tetap konsisten dalam menarik pelanggan