KiCad Vintage Analog Computer PCB

@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.

@engrhumza

You are reminding me of my COVID time when I replaced obsolete components with available components In 19s, there were a lot of Transistors and OP amp used to do simple logic So STEP ONE FROM DRAWING, Board (hardware) Photo to make a block diagram STEP two Meeting with you to give you breif and take your comments at block diagram STEP Three New schematic creation STEP FOUR BOM STEP FIVE PCB STEP SIX Manufacturing files Regards Humza

@macroenergy

Dear Sir, With over a decade of experience in Analog Electronics, Circuit Design, and Electrical Engineering, I am confident in my ability to deliver on your project. Having worked extensively with KiCad, I am well-versed in utilizing the platform effectively and can ensure a faithful reproduction of your 1974 "Bouncing Ball Computer" circuit design while incorporating modern-day equivalents for obsolete components where necessary. Having developed immense expertise in PCB layout and design, including for complex systems like Digital Motor Control units, I understand the importance of maintaining circuit integrity and spacing compatibility. Accordingly, on top of delivering a fabrication-ready Gerber/drill files as per your request, you can expect an organized and well-documented KiCad project with all component data at completion. Given my familiarity with unfamiliar components substitution (due to component obsolescence or unavailability), I can confidently vouch for my skills to provide verified substitutions while retaining the character of the original electronics. My power electronics skills will further come in handy here, ensuring noiseless opamp-based analog designs—a particular characteristic of this vintage project. In conclusion, my prowess in embedded

@mairajali11

As one of the top 1% professionals on the platform, I have designed extensive range of PCBs using KiCad, including vintage circuits involving through-hole components. My rich experience of over 8 years in Electrical/Electronics engineering combined with my expertise in circuit designing and embedded systems would be perfectly suitable for your project. Though I am well-versed with other design softwares like Eagle and Altium, KiCad has been my forte and I can assure you a faithful reproduction of the "Bouncing Ball Computer" PCB that retains the essence of its originality. One of my strong suits is my precision in meticulously cross-checking and verifying critical circuit details such as component/pin substitutions, necessary to adopt for obsolete components like those in vintage electronics. Additionally, my knowledge in advanced engineering mathematics adds another dimension to my ability to simulate, analyze and improve circuits effectively. In conclusion, by choosing me, you're not only bringing experience in analog circuits, op-amps, relays vintage electronics, but also someone who passionately loves to transform ideas into reality – be it through electrical engineering designs or technical write-ups. I assure you a 100% delivery of a reproducible layout with editable KiCad project files and BOM that could easily allow future modifications. Feel free to discuss anytime – I’m available 24/7!

@cpp2048

Interesting job to work on. I would like to design this in KiCad 9.0 (or 10 if desired) and will enable all the aesthetics you are in need of. I am proficient in Analog designs. Please share more details. Thanks

@markoa7

I've reviewed your plan to recreate the 1974 bouncing-ball analog computer in KiCad with a fabrication-ready PCB. I’ll focus on faithful schematic capture, careful substitution of obsolete parts with modern equivalents, and a spacious, through-hole layout that preserves the circuit’s character while meeting manufacturing goals. I’ll deliver a complete KiCad project, ERC/DRC checks, Gerber/drill files, and a fully editable BOM. The workflow prioritizes verifiable, tested signals and maintainable routing, with a bias toward using readily available components and simple, robust layout practices. To align expectations, I have a targeted question: Should we pursue near-exact schematic fidelity with modern through-hole substitutes, or are tolerance and component substitutions acceptable to improve reliability while preserving the circuit's vintage behavior? Marko Aleksic

@engrusmanfaiz

Hi, I understand you need a faithful recreation of the 1974 Bouncing Ball Computer while keeping the original circuit character and analog behavior. I can recreate the schematic in KiCad and carefully verify every component, pinout, and modern substitute against the original design. I’ll use through-hole components and a spacious, clean PCB layout while avoiding unnecessary redesigns. I’ll pay particular attention to the analog circuitry, op-amps, relays, and any obsolete components requiring modern equivalents. I’ll verify the corrected schematic against your working prototype information before starting the PCB layout. I’ll complete ERC/DRC checks and provide fabrication-ready Gerber and drill files. You’ll receive the complete editable KiCad project, verified BOM, footprints, and manufacturing documentation. I have 10+ years of experience in PCB design, analog electronics, schematic capture, and fabrication-ready layouts. Could you provide the original schematic, component list, and the known correction so I can review the circuit before starting? I’m ready to preserve the original design faithfully while making it practical to manufacture with currently available components.

@tshibsamuel477

Hi there, I have carefully reviewed your requirements for recreating the 1974 analog “Bouncing Ball Computer” as a faithful, fabrication-ready KiCad design. My background in mechatronics, analog electronics, PCB design, reverse engineering, and hardware prototyping is well suited to this project. I have already worked with op-amp circuits, relays, through-hole components, vintage-style electronics, component substitutions, and schematic-to-PCB recreation. I can handle the complete workflow in KiCad, including schematic capture, applying the documented correction, verifying obsolete-part replacements and pinouts, creating a spacious through-hole layout, ERC/DRC checks, BOM preparation, and final Gerber/drill production files. Given that you already have the original schematic, component list, correction notes, and working-prototype references, I can move quickly while preserving the original circuit character and behavior. Send me the original article, schematic, correction details, and prototype references, and I can start immediately. Best regards, Samuel tshibangu

@tetianam8

⭐⭐⭐⭐⭐ Hi, I can recreate the 1974 Bouncing Ball Computer as a faithful, fabrication-ready KiCad design while preserving the character and through-hole nature of the original circuit. Since you already have the published schematic, component list, correction information, and a working prototype reference, I would focus on accurately translating and verifying the original design rather than unnecessarily redesigning it. I’ll carefully review the corrected schematic, check every component value and connection, and identify modern replacements where original parts are obsolete. For substitutions, I’ll verify pinouts and relevant electrical characteristics—particularly for op-amps, transistors, relays, and any timing or analog sections where component behavior could affect the circuit. The workflow would include: Corrected schematic capture in KiCad Component/substitution and pinout verification Spacious through-hole PCB placement and routing Analog/power/relay layout review ERC/DRC and schematic-to-PCB verification Gerbers, drill files, BOM and complete editable KiCad project I’ll keep the layout practical and serviceable rather than making it unnecessarily compact, while still following modern fabrication requirements. Please send the original article/schematic, corrected design notes, and prototype documentation. I can review the circuit first and identify any obsolete components or substitution issues before proceeding with the PCB.

@leonidye

Hi, I’d be glad to recreate the 1974 Bouncing Ball Computer as a clean, fabrication-ready KiCad project while preserving the behavior and character of the original design. My background is in electronics and PCB engineering, including analog circuits, schematic capture, component selection, through-hole layouts, and manufacturing preparation. I’ll carefully work from the original published schematic, component list, correction notes, and working-prototype information. Before routing, I’ll verify every component value, polarity, pinout, and footprint, paying particular attention to obsolete parts and their modern equivalents so substitutions do not unintentionally change the circuit behavior. For the PCB, I’ll use a spacious through-hole layout with logical signal flow, accessible test points where useful, sensible grounding/power distribution, and practical placement of the op-amps, relays, and other analog circuitry. I’ll run KiCad ERC/DRC checks and review the fabrication outputs before delivery. The final package will include the complete editable KiCad project, schematic, PCB layout, verified BOM, Gerbers, drill files, and any notes documenting component substitutions or important design decisions. I can start by reviewing the original schematic and correction documentation and identifying any component/footprint issues before beginning the PCB layout. Regards,

@Amidst

Hey there! I’m Alok, A PCB, Circuit and Mechanical designer with a passion for turning ideas into rock-solid, high-performance circuit boards. even expert on Python, C, C++ With nearly a decade of experience, I’ve tackled everything from compact consumer gadgets to complex industrial systems—always with a focus on precision, efficiency, and reliability. # Schematic & Layout Design – Clean, optimized, and manufacturable. # Component Selection & Library Management – No surprises, just the right parts for the job. # Reverse Engineering – PCB cloning, replication, and improvements. # Gerber, BOM & CPL Generation – Ready for seamless production. # DFM & DFA Expertise – Because great design means smooth manufacturing. # Multi-Layer, Flex, & High-Density PCB Design – Whatever the project needs. If you need a PCB and Code that’s efficient, reliable, and built for real-world performance, let’s chat. I’d love to help bring your project to life!

@kkirandeep582

With a robust set of skills in design and development, including a deep understanding of the KiCad platform, I am an ideal match for your project. I specialize in translating intricate designs into functional realities, and this analog circuit project aligns perfectly with that expertise. My proficiency in through-hole components combined with my knowledge of analogue systems will optimize the recreation process using modern alternatives to match—and even surpass—the original. I pride myself on maintaining the spirit and character of vintage electronics while utilizing contemporary solutions. Your preference for spacious layouts withing graceful designs is precisely how I love to work. Moreover, I'm no stranger to working from provided documentation—my attention to detail ensures comprehensive analysis and accurate implementation. As a seasoned professional, my commitment to client satisfaction permeates every aspect of my work. Timely delivery, effective communication, and delivering a polished and editable KiCad project should be expected. Work with me not just because of my capability but because my passion lies in bringing your unique vision into vivid authenticity - a value I believe will truly elevate your project.

@yaroslavmark

Hi, I have experience recreating and reviewing analog/mixed-signal hardware with op-amps, discrete transistor stages, relays, timing networks, and through-hole components in KiCad. I have delivered production-ready designs with 10+ analog/digital interfaces, verified component substitutions, custom footprints, ERC/DRC validation, BOM control, and complete fabrication packages. Approach ✅ I will capture the corrected 1974 schematic in KiCad and verify every component value, polarity, relay contact, and pin mapping against the article and working prototype. ✅ I will select modern equivalents for obsolete parts while preserving the original circuit behavior, electrical margins, and through-hole construction style. ✅ I will create a spacious period-inspired PCB layout, complete ERC/DRC and connectivity checks, and deliver the editable KiCad project, BOM, Gerbers, and drill files. Questions ✅ Can you provide the corrected schematic, original BOM, working-prototype photos, and the documented schematic error before layout begins? ✅ Are there any original board dimensions, connector locations, relay packages, or component spacing you want preserved for historical appearance? Best, Yaroslav

@Mahmoud00Ibrahim

Hello, I’m an experienced Hardware Engineer with strong PCB and analog circuit design experience, and I can recreate your 1974 Bouncing Ball Computer faithfully in KiCad. I can handle the complete workflow: schematic capture, verification of modern component/pin substitutions, through-hole PCB layout, ERC/DRC checks, BOM, and fabrication-ready Gerber/drill files. I’ll preserve the original circuit behavior and character rather than unnecessarily redesigning it. I’m comfortable working with op-amps, relays, analog circuitry, obsolete-component replacements, and vintage electronics, with a focus on clean, reliable, fabrication-ready designs. Please send me the original schematic/article and the corrected prototype documentation, and I can review everything before we start.

@hayat38402

As a Design Engineer, I've rich background in following: • Analog and digital circuit design • Embedded C/C++ Programming. • VHDL | Verilog, Quartus | Vivado • Microcontrollers like Arduino, Raspberry Pi, FPGA, AVR, PIC, STM32 and ESP32. • IDEs like Keil MDK V5, ATmel studio and MPLab XC8. • Communication protocols like SPI, I2C, I2S, CAN, RS232, RS485, etc. My PCB design covers the following substances:  Single Sheet to Multi sheet Schematics  Single/double-sided and multi-layer PCBs layouts  Power Supply (SMPS & LDOs)  RF & High-speed layouts  Typical data and control interfaces: UART, USB, SPI, I2C, SDIO etc.  EMC/EMI emission control techniques I will provide you complete PCB design with  Schematics diagram  Gerber files  Take and Place  Bill of materials  Components selection  Assembly layout  3D Design

@manusharma2992

Being an experienced electrical engineer, I possess comprehensive skills in the design and fabrication of analog circuits—especially vintage electronics, which make me a perfect fit for your KiCad Vintage Analog Computer PCB. I have a proven track record in successfully recreating various circuits from outdated designs and obsolete components to modish fabrication-ready PCBs, utilizing modern equivalents where necessary just as you require. My knowledge of KiCad and its practical application in implementing schematic capture, PCB layouts and ERC/DRC checks is second to none. Along with my engineering prowess, I bring forth a diverse set of CAD design skills using AutoCAD, SolidWorks, Revit, and more that will ensure a commendable circuit layout for your project. Furthermore, my capacity to deliver fully editable KiCad Projects and Bills of Materials (BOM) would provide you with absolute control over your venture even post-completion.

@hamzazayyad

Hello, I saw your project to recreate the 1974 analog “Bouncing Ball Computer,” and I like the approach of preserving the original circuit character while producing a reliable modern fabrication-ready PCB. I’m an Electrical/Electronics Engineer with 15+ years of experience in analog and digital circuit design, PCB development, embedded electronics, industrial control, and product prototyping. I have extensive experience working with op-amps, relays, signal conditioning, power circuits, and through-hole components. I can recreate the original schematic accurately in KiCad, verify the corrected design against your documentation and working prototype, and carefully select modern equivalents for obsolete components while maintaining the original circuit behavior. The work can include: • KiCad schematic capture and electrical verification • Component and pinout/substitution verification • Spacious through-hole PCB layout • Analog signal-path and grounding review • ERC/DRC checking • Fabrication-ready Gerber and drill files • Complete editable KiCad project • BOM with manufacturer/part information I understand that this is intended as a faithful reproduction rather than a redesign, so I would preserve the original topology and character wherever practical while addressing only component availability and modern fabrication requirements. I’d be happy to review the original schematic, component list, correction notes, and prototype photos before starting. Best regards, Hamza

@shykhAbubakar

Hi, I am ready to recreate your 1974 analog "Bouncing Ball Computer" circuit as a modern, fabrication-ready PCB in KiCad, including schematic capture, verification of component and pin substitutions, through-hole PCB layout, ERC/DRC checks, and complete fabrication files, following IPC-2221, IPC-7351, IPC-A-610, and KiCad best practices for a faithful, buildable, and vintage-character reproduction. Project Deliverables: Schematic capture in KiCad Verification of component and pin substitutions BOM PCB layout ERC/DRC checks Gerber and drill files Complete editable KiCad project I have a few questions: Q1: Could you share the original article, schematic, known correction document, and prototype photos? Q2: Do you have any preference for op-amp or relay substitutions, or board dimensions for the vintage layout? I have over 8 years of experience in analog circuit design, KiCad PCB layout, and vintage electronics reproduction. Similar projects I have done: KiCad Reproduction of 1970s Analog Circuit with Op-Amp and Relay Substitutions and Through-Hole Layout Vintage Analog Computer PCB Recreation with ERC/DRC Checks and Fabrication-Ready Gerber Files I am ready to start immediately upon receiving the original article, schematic, and correction document. Thank you! Warm regards, Abubakar

@sakshis576

As a seasoned and skilled KiCad user with years of experience in circuit design, I am uniquely suited to tackle your project on recreating a vintage analog computer PCB. Your requirement for a faithful reproduction while updating it intelligently to fit modern components, through-hole technology usage, and ample spacing is something which resonates with me deeply. My extensive knowledge in analog circuits and my hands-on experience in using KiCad for PCB layouts can certainly make the much-desired transformation from schematic capture to final fabrication-ready files a seamless process. Additionally, my background in electronics and embedded systems promises precise verification of component substitutions and efficient application of any corrections or modifications necessary.