Diseño de Circuito para Matriz de Diodos Láser

Soy un ingeniero de software embebido con más de 10 años de experiencia en el diseño de circuitos electrónicos y firmware para dispositivos complejos. He trabajado en proyectos que integran microcontroladores y tecnologías como Bluetooth y control de sistemas mediante protocolos de comunicación avanzados. Para este proyecto, puedo diseñar la matriz de diodos láser 8x12 conforme a sus especificaciones, garantizando que cada diodo reciba una corriente ajustable entre 0 y 300 mA, con una caída de voltaje de 2.7V. Utilizo KiCad para el diseño de esquemáticos y puedo hacer la simulación de circuitos con TINA, asegurando precisión en la simulación y rendimiento del sistema. Además, implementaré un sistema de control mediante Bluetooth, permitiendo al usuario definir los parámetros de operación de los diodos (diodos activos, corriente, y duración de encendido, entre 1 segundo y 7 días) a través de un código alfanumérico. También incluiré una entrada para un regulador genérico. He trabajado en proyectos similares que requieren precisión en la disposición de componentes, asegurando que la distribución de los diodos siga exactamente las medidas de la caja de microcultivo de 96 pozos según las especificaciones adjuntas.

Hi, I have experience in designing Circuits and can complete your project in the following steps: 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. If you wish we can discuss in chat. Thank you.

As an accomplished electrical engineer and firmware developer, I bring a comprehensive understanding of circuit design that will be invaluable for your project. My extensive skill set in microcontroller programming coupled with proficiency in IoT protocols equips me with the ability to integrate a microcontroller effectively with a Bluetooth receiver for precise control over the diodes in your 8x12 laser array. My use of Autocad Electrical, alongside my simulation capabilities using tools such as TINA and PSpice, guarantee that the circuit I design will meet your exact specifications. Moreover, your project calls for integrating a high number of diodes, each controlled independently, for an accurate distribution into 96 wells in a microcultivation box. This adds an extra layer of complexity, but I assure you that my eye for precision and experience with PCB designs using tools like Eagle and KiCad have honed skills necessary to deliver designs that are both robust in function and efficient in layout. Adding to this my real-world validation experience with high-level hardware such as RPI 5, I am confident that my work on this project will stand up to the rigors of any scientific or industrial setting. My dexterity with platforms like Arduino and STM32 also enables me to go beyond just the circuit design, but rather create a fully integrated system

Hello! I'm Ghayas, an accomplished electrical engineer with a solid understanding of electronic design and extensive experience in microcontroller programming. Over the course of my six-year career, I've designed complex circuits incorporating a range of complexities similar to your project's requirements. My familiarity with Autodesk Fusion and TINA will ensure that the circuit designing and simulation phases are executed with efficiency and precision.

With a degree in Electronic and Telecommunications Engineering, I have gained valuable skills and experiences that position me as the ideal candidate for your diode matrix circuit design project. My past projects demonstrate a strong understanding of electrical systems and their practical applications. I've successfully completed projects, involving complex simulations and designs, like an FM module using LT Spice tool. One of my key strengths is my ability to adapt and find innovative solutions to technical challenges. Your project's need for precise distribution of diodes lines up perfectly with my experience in a Habitat electric grid implementation. The skills I refined during that project will allow me to ensure that each diode is positioned exactly below a well in the 96-well microculture box you provided, all while maintaining the same current for each diode. Finally, apart from being skilled at Microcontroller-based designs like this one, I bring to the table unmatched dedication and attention to detail, qualities which are essential for working on projects like yours that require both precision and adaptability. Should you entrust me with this project, you can expect not only a technically sound and efficient solution but also open communication throughout the process