Design a custom power delivery system

Hello, Hello, I think for the normal power, it can use a buck-boost converter with an enable pin, the arduino can turn on/off the converter through this pin. Also add a current sense monitor in each output to measure the current For the pulsed power, i think it depends on how short the pulse is. If it needs a fast and short pulse I think we can add a controllable load switch in the output of the buck-boost converter that can be controlled by an arduino, more important the converter frequency must be higher than the PWM. I think It is an interesting project, I believe I can finish your project quickly, Let's discuss it in more detail Thank You, - Hendra Thank You, - Hendra

Welcome sir, I am writing to express my interest in offering my services as an Arduino programmer. I have a broad range of skills and expertise in programming robots, drones, and smart homes, as well as designing circuits using Fritzing and Tinker CAD, and programming embedded systems. I am also a c/c++/python programmer With my knowledge and experience, I am confident that I can provide you with reliable and efficient programming solutions that meet your specific needs. My expertise in programming drones and unmanned aerial vehicles (UAVs) can help you develop customized solutions for surveillance, mapping, and inspection tasks. I am also experienced in programming smart home systems that can be remotely monitored and controlled to provide greater comfort and convenience. Moreover, I have extensive experience in designing and simulating circuits using Fritzing Tinker cad and Wokwi. I can help you create schematics, PCB designs, and simulations for your projects. My knowledge of embedded systems allows me to develop efficient and effective systems that meet your requirements. I am committed to delivering high-quality results that exceed your expectations. I strive to provide efficient, reliable, and timely solutions that meet your unique needs. I am confident that I can help you achieve your goals and bring your projects to life.

My name is Omar, and I am a Structural Engineer with more than 5 years of experience. I have worked on many projects in different fields. I understand how important it is to have a custom power delivery system that takes input from 11-18V while maintaining at 12.5V throughout, regardless of the battery's voltage. Additionally, I can provide 4 lanes of 12V 3A each with barrel connectors at the end, as well as 3 lanes of PWM power with 2A each that receive signals from an Arduino/Microcontroller to provide pulsed 12V power. I would be delighted to work with you on this project! Please let me know how you plan to implement my requirements in your bid so we can discuss further if necessary.

I'm prepared to design a custom power delivery system PCB that fulfills your requirements. The PCB will accept 11V to 18V input, maintaining a steady 12.5V output. It will feature 4 lanes of 12V at 3A each with current measurement capabilities and on/off control through Arduino. Additionally, there will be 3 lanes of 12V at 2A each, receiving PWM signals from Arduino and sharing similar features with the first set. The PCB will also power your Arduino/microcontroller. I'll create a schematic, optimize the layout, ensure efficient communication, and provide Gerber files for printing. Let's discuss this project further to ensure it meets your expectations.

Power delivery system in PCB. Project is beyond the given amount. All the objectives are completed on definite devices in definite time duration.

Hey, I read your requirements and i think i can do your task very easily. I am new on this platform and i have experience of over 6 years in embedded and pcb design. We can have a meeting and will satisfy you how i am planning to do this task

Hi I have more than 8 years experienced in circuit deisgn and development in my past I have designed lot of board for company I can design best way under emiemc

Hi, this is Supriyo. I am a Mechatronics engineer with 5+ years of extensive experience. My previous experience on circuit diagram and micro controller is enough for your requirement. To implement your requirements I will go with:- 1. Universal step up - step down voltage converter circuit for 11/18 v input to 12v output. 2. For measuring current we will use ACS712 sensor module input to Arduino. 3. For controlling on/off there will be relay switches, controlled by Arduino. 4. And implementing PWM control L298n driver is best. Also controlled by Arduino. 4. For Arduino power supply there are provision in L298n driver. Also we can go with another step down converter circuit. Also we can implement IoT in this system. Please feel free to discuss more in chat section. I am looking forward for working with you. Regards, Supriyo Das.

Saudações, Estou animado para ajudá-lo em seu projeto Arduino envolvendo a reutilização de luzes LED em cascata. Para controlar esses LEDs, você precisará de transistores, retificadores, capacitores e outros componentes adequados. Considerando sua fonte de alimentação de 220V, recomendo usar transistores de alta potência como TIP122 ou MOSFETs como IRF520. Um retificador de ponte como o KBPC5010 pode lidar com a conversão CA para CC. Capacitores, como 1000μF, garantirão uma fonte de alimentação estável. Posso fornecer um diagrama esquemático detalhado para a configuração. Estou ansioso para trabalhar com você neste projeto. Atenciosamente, Shabran Khan

Hi, I am a post graduate power electronics engineer and having very good experience in product design and development. I am excellent in embedded design & programming using pic, dspic controllers and MATLAB codding for Power projects, Boot loaders, Bluetooth & GPS designs, CAN communication, EEprom. UART , RF circuits ,Protocols for networking, wi-Fi routers,OBD diagnosis with CAN bus protocols, Electrical vehicles and AC drives, stepper motor controls. I designed sine wave inverters for standalone and grid tie Inverters. I designed projects like Off line UPS up to 3 KVA, 5kW motor controller for electrical vehicles ,synchronous rectifiers, Solar MPPT chargers, Solar trackers, Battery chargers ,Grid tie inverters design with PLL and feedback control circuit emergency light of 66W and Online UPS control cards, Battery Charging power supplies, LED drivers for PWM controlling and dimming, SMPS, Power supplies. I have experience in schematics and PCB design experience in Altium and ORCAD. I am ready to work for you. Please contact for further discussion.