Altium PIC Two-Layer PCB Design

@Mahihassi

As an Electrical Engineer with a strong background in embedded systems and PCB design, I believe my expertise aligns perfectly with your project's requirements. Not only am I proficient in Microchip PIC32 & dsPIC, which grants me an intimate familiarity with the microcontroller at the heart of your design, but I am adept at Altium Designer and have delivered numerous diversified projects of this magnitude before. My in-depth understanding of signal processing combined with my capability to design for the medium-frequency band are one of my core strengths. I have developed a meticulous approach towards trace length, impedance control, and clean ground strategy which worked well on various mixed-signal boards I've designed. Moreover, as you specifically mentioned the sensitivity around ADC noise reduction and decoupling for this design with targeted frequencies from 1 to 100 MHz, I can assure you that these elements would be given extra priority throughout. Lastly, my complete product development workflow knowledge from concept to prototype to final product would ensure a seamless experience.

@MuhammadUzair16

Hi, I am an embedded systems engineer with over 16 years of experience developing mixed-signal electronics and production-ready PCBs, including PIC-based systems, sensitive analog front ends, ADC interfaces, low-noise filtering, and high-speed digital circuitry in Altium Designer. I can take this design from schematic capture through a fully verified two-layer layout and fabrication package. My approach will focus on practical analog/digital partitioning, controlled return paths, short critical traces, appropriate decoupling, ADC noise reduction, and careful power filtering within the 70 × 50 mm envelope. I will also create structured symbols and footprints, a manufacturer-ready BOM, Gerbers, drill and pick-and-place files, and concise design documentation. ERC, DRC, and CAM outputs will be checked before delivery, with relevant signal paths reviewed for impedance discontinuities and stubs. Do you already have a circuit diagram and confirmed component list, or should component selection and circuit development be included? Please also share the PIC part number, supply rails, analog signal levels, ADC requirements, connectors, and expected production quantity. I can additionally support firmware bring-up, prototype review, and revisions toward a consumer-grade production design if needed. Please contact me to discuss details.

@mairajali11

With over 8 years of experience in PCB design using Altium, I am confident that I can effectively complete your project. Not only do I specialize in circuit design and electrical engineering, but also signal processing which is a crucial aspect of your mixed-signal PCB. As you mentioned in the project description, you will need to maintain clean impedance and avoid stubs to avoid signal issues; these are aspects that I am familiar with and have consistently produced high-quality boards following FR-4 standards. Furthermore, I have deep expertise in handling PIC-based and mixed-signal boards similar to what you are aiming to build. This means I fully understand the value of proper decoupling for reducing noise and ensuring optimal ADC performance. My proficiency with MATLAB and Python programming adds an extra layer of skill that would be beneficial for your project. Finally, your satisfaction is my top priority as your unique project deserves the most exquisite touch. As a preferred freelancer, my dedication to deliver high-quality results on time, within budget, and my around-the-clock availability allows us to synergize effectively throughout the project's life cycle. Choose me as your professional partner to help bring your ideas to reality!

@markoa7

Your 70 × 50 mm, two-layer Altium PIC board with mixed-signal needs immediately caught my eye. I’ve delivered a two-layer PIC-based mixed-signal board that passed ERC/DRC with clean ground strategy and reduced ADC noise by 8 dB. - Partition analog/digital/power zones early and enforce a strict ground moat. - Build concise Altium libraries and run ERC/DRC and CAM checks to produce fab-ready Gerbers. Could you confirm the exact PIC family and the impedance targets for 1-100 MHz? For the mixed-signal PIC board, which performance metric should guide the layout most for the 1–100 MHz range: ADC noise floor, ground bounce under load, or EMI resilience, and what target values would you like me to hit? Happy to hop on a quick call to discuss. Marko Aleksic

@Mahmoud00Ibrahim

Hello, I’m an Automotive & Embedded Hardware Engineer experienced with Altium Designer\KICAD and mixed-signal PCB design. I can handle the complete design from schematic to fabrication-ready Gerbers, including PIC-based signal processing, analog/digital partitioning, low-noise filtering, ADC noise reduction, decoupling, grounding, and 2-layer routing for the 1–100 MHz range. I’ll deliver the complete Altium project, custom libraries, BOM, Gerbers, drill and pick-and-place files, with full ERC/DRC and CAM verification. I also have experience with high-speed and automotive PCBs where signal integrity, EMI, power integrity, and clean grounding are critical. I can keep the design within the 70 × 50 mm envelope and document the layer and grounding strategy clearly.

@hamzazayyad

Hello, I saw your project and the combination of PIC signal processing with analog circuitry operating up to 100 MHz caught my attention. I can handle the complete Altium workflow from schematic capture through PCB layout, verification, and fabrication outputs. I have 15+ years of experience in embedded electronics, PIC/STM32 firmware, analog and digital circuit design, PCB development, signal conditioning, power electronics, and industrial electronic products. For this board, I would pay particular attention to the mixed-signal partitioning, return-current paths, ground strategy, power filtering, ADC noise reduction, and controlled routing of the higher-frequency signals. I can develop the complete two-layer Altium project, including: • Schematic and Altium project files • Custom symbols and footprints where required • Two-layer PCB layout within the 70 × 50 mm envelope • Analog/digital/power partitioning and appropriate decoupling • BOM with manufacturer part numbers and tolerances • Gerber, NC drill and pick-and-place files • ERC/DRC verification and CAM output checking • Design note documenting layer usage, grounding and frequency considerations For the 1–100 MHz signals, I will consider trace geometry, return paths, unnecessary stubs, component placement, filtering and practical two-layer impedance constraints rather than treating the routing as ordinary low-frequency digital wiring. Best regards, Hamza

@shykhAbubakar

Hi, I am ready to create the complete Altium Designer project for your compact, two-layer PIC-based mixed-signal board, including schematic capture, impedance-controlled routing, mixed-signal partitioning, clean ground strategy, and fabrication-ready outputs, following IPC-2221, IPC-7351, IPC-2141, and Altium best practices for a fabrication-ready, ERC/DRC-clean, and frequency-optimized PCB. Project Deliverables: Altium schematic and PCB filles Well-structured libraries for all custom footprints and symbols BOM I Gerber, drill, and pick-and-place files Short design note I have a few questions: Q1: Could you share the maximum 70 × 50 mm board outline and the specific PIC MCU part number after kickoff? Q2: Do you have any preference for stack-up details, ground partitioning strategy, or decoupling placement? I have over 8 years of experience in Altium PCB layout and mixed-signal design for PIC-based boards. Similar projects I have done: Two-Layer Altium Mixed-Signal PCB for PIC MCU with Op-Amps and Low-Noise Filters in the 1–100 MHz Range Impedance-Controlled PIC Board Design with Analog/Digital Partitioning and ERC/DRC-Clean Fabrication Outputs I am ready to start immediately upon receiving the board outline and PIC part number. Thank you! Warm regards, Abubakar

@sakshis576

As a highly-skilled electronics and PCB design professional, I understand the intricate balance of mixed-signal circuitry and have extensive experience with PIC-based designs. My expertise in circuit design, electronics, PCB layout, and simulation will ensure that your two-layer PCB functions optimally within the specified medium-frequency range. I'm very comfortable working with Altium Designer that you require for this project. I recognize the significance of your specific requirements, such as careful partitioning, filtering, trace length, impedance control, and thorough grounding strategy to minimize noise interference significantly. My track record in successfully designing boards with similar challenges proves that I adapt my designs to meet frequency-specific demands effectively. I assure you that my meticulousness will address any potential stub or impedance issues in signal lines. Moreover, I understand the value of documentation and deliverables to make project implementation more accessible post-delivery. Providing well-structured libraries for custom footprints and symbols alongside a detailed design note explaining layer usage and ground strategy are second nature to me. Choosing me for this project guarantees you an efficient Altium Designer project, ready-for-fab Gerbers on time and within your budgetary constraints. Let's get started on creating an exemplary PCB design together!

@pranovich

Altium Designer

@azraazeen9

As an experienced electrical engineer, I have crafted numerous Altium designs with a special focus on mixed-signal layouts. Familiarity with the PIC-based architecture in your project gives me a unique advantage as it necessitates not only sound handling of digital components but also effective filtering for analog stages. Decoupling and ADC noise reduction are two areas highly prioritized in my design process, guaranteeing exceptional signal integrity. My skillset and engineering acumen will empower me to align with the specific requirements of your project: trace length, impedance control, clean grounding strategy, all while following FR-4 rules. Having previously worked on 2-layer boards within similar frequency bands (1–100 MHz), I understand the intricacies involved in eliminating stub or impedance issues ensuring quality performance. As your freelancer, I assure you the delivery of a comprehensive Altium Designer project from schematic capture to ready-for-fab Gerbers. Additionally, I'll provide you well-structured footprints and symbols library, BOM in CSV/Excel format and all necessary files to get your project rolling. My rich working experience backed by conversational English proficiency will ensure smooth communication throughout the project timeline. Get ready to embrace a well-designed, compact PCB that will effectively respond to your needs!

@julianm260

As a seasoned Electronics Engineer of 8 years, I come equipped with a wealth of relevant experience and a deep understanding of your project requirements. During my career, I've successfully designed PCBs similar to what you're looking for, focusing on mixed-signal systems, RF engineering, and embedded systems - all with exceptionally satisfactory outcomes. My adept skills in Circuit Design, Electrical Engineering, Electronics on top of a strong foundation in signal processing align perfectly with your project. Over the years, I have grown proficient in using Altium Designer and have an excellent grasp on its latest version. This will ensure smooth design creation and minimal error rates as evidenced by a consistent ability to pass even the most stringent ERC/DRC tests. Furthermore, I possess an extensive background in high-frequency board designs that operate up to 100MHz which is directly compatible with your project framework; thus guaranteeing signal integrity throughout your system. In terms of project management, my track record proves my ability to handle projects from concept through design, simulation, validation and finally documentation. My dedication to ensuring safety, reliability and compliance with industry standards aligns directly with your need for good partitioning and ground strategies to minimize noise interference. I look forward to channeling my expertise into this project to deliver precise workmanship that meets every single one of your acceptance criteria.

@alluankit01

Hi, I can design the complete two-layer PIC-based mixed-signal PCB in Altium Designer, from schematic capture through fabrication-ready outputs. I can handle: • PIC MCU schematic and peripheral integration • Analog op-amp and low-noise filter sections • Power conditioning, regulation, and protection • Careful analog/digital/power partitioning • Two-layer FR-4 PCB layout • Ground-plane and return-path strategy • Decoupling and ADC noise reduction • Trace-length and high-frequency routing considerations • Controlled routing for 1–100 MHz signals • Custom Altium symbols and footprints • ERC/DRC cleanup • BOM with manufacturer part numbers/tolerances • Gerber, drill, and pick-and-place generation • Final CAM verification I’ll keep the design within your 70 × 50 mm envelope and structure the layout to minimize digital noise coupling into the sensitive analog sections. I can also document the layer usage, grounding approach, decoupling strategy, and frequency-sensitive routing decisions so the design is easy to review and manufacture. I’m comfortable with Altium, PIC-based hardware, mixed-signal PCB design, analog filtering, signal integrity, and production documentation. I can start immediately once you share the PIC part number, schematic requirements, interfaces, power rails, and board outline. Best regards Ankit

@shenglin0617

Hi, I can handle this as a complete Altium mixed-signal design, with particular attention to the parts that matter on a 2-layer board: return-current paths, ADC noise, analog/digital partitioning, decoupling, and routing of the faster signal paths. I’m an embedded hardware engineer experienced with MCU-based mixed-signal PCB design and production-ready Altium projects. For 1–100 MHz signals, I would review edge rates and critical trace lengths rather than treating every net as controlled impedance, then keep sensitive analog paths short and isolated from clocks and switching currents. I’ll deliver clean SchDoc/PcbDoc files, organized libraries, verified ERC/DRC, BOM, Gerbers, drills and P&P outputs, plus a concise design note explaining grounding and frequency-related decisions. I prefer Altium Designer and can also support prototype manufacturing/bring-up if needed. Best regards, Gu

@nichitav7

Hello, I can take this PIC-based mixed-signal board from schematic capture through a clean, fabrication-ready Altium project. For a 1–100 MHz two-layer design, the key is disciplined placement and return-path control. I would separate analog, digital, and power regions carefully, keep sensitive op-amp/filter loops short, control ADC reference/decoupling, minimize stubs, and preserve a continuous ground return wherever possible. On only two copper layers, placement quality becomes more important than simply adding routing rules. I can create the full Altium schematic, PCB, custom symbols/footprints, BOM, Gerbers, drills, and pick-and-place files, then verify ERC/DRC and CAM outputs before release. I also have experience with MCU-based mixed-signal boards, low-noise analog sections, filtering, ADC interfaces, and high-speed digital routing. Let's discuss. Best regards, Nichita

@bilalh585

Are you looking for an experienced Altium Designer engineer to develop a compact, production-ready 2-layer PIC mixed-signal PCB from schematic through verified Gerbers? I have 5+ years of relevant experience in PCB design, mixed-signal electronics, signal integrity, and manufacturing documentation, with experience using Altium Designer, KiCad, EasyEDA, and other professional PCB workflows. I can deliver Complete Altium schematic capture and project structure PIC MCU, op-amps, low-noise filters, power conditioning, and peripherals Proper analog/digital/power partitioning 2-layer FR-4 stack-up optimized for the 1–100 MHz operating range Controlled impedance routing where required, with practical trace/return-path considerations Solid ground strategy and carefully planned return-current paths PIC decoupling, ADC noise reduction, filtering, and power integrity considerations Custom symbols and footprints with organized libraries Fully annotated and ERC-clean schematic PCB layout within the 70 × 50 mm envelope Short design note covering stack-up, grounding, partitioning, and frequency-specific layout decisions Complete native .SchDoc, .PcbDoc, project, library, and manufacturing files I will design the board with particular attention to ADC noise, analog/digital isolation, decoupling placement, return paths, trace stubs, and impedance-sensitive signals rather than treating it as a conventional low-speed PCB.

@kainatworks

Greetings Dear Hiring Manager Your project stood out because of the specific requirements around PIC-based mixed-signal processing from 1–100 MHz, with controlled routing, clean grounding and analog/digital partitioning within a compact two-layer 70 × 50 mm board I can handle these areas and ensuring the final result is practical, reliable and ready for the next stage, Moreover I have worked on similar technical projects and can quickly understand your requirements without unnecessary changes to your existing design I am ready to discuss the details and can start right away Can you share the PIC part number and key analog signal frequencies? Best Regards Dr Kainat

@antoniod83

Hello, I can design the complete 2-layer Altium project for your PIC-based mixed-signal board, from schematic capture through PCB layout and fabrication-ready outputs. I understand the key challenges are analog/digital noise isolation, return paths, grounding, decoupling, and signal integrity across the 1–100 MHz range. I will address these from the schematic stage rather than treating PCB layout as an isolated step. My approach includes: * Complete schematic capture and mixed-signal partitioning * Custom symbols and footprints where required * 2-layer PCB layout with a carefully planned ground/return-path strategy * Decoupling, filtering, ADC noise reduction, and power integrity * Appropriate routing for higher-frequency signals, minimizing stubs and discontinuities * ERC/DRC verification * Complete BOM with manufacturer part numbers and tolerances * Gerber, drill, and pick-and-place files verified through Altium CAM * A concise design note documenting layer usage, grounding, and frequency-specific considerations I can also review the design for manufacturability and practical hardware performance. Please provide the PIC part number, available schematic/reference material, and board requirements so I can identify the critical nets and constraints before starting the layout.

@Aaleen110

The mix of sensitive analog and fast digital signals on a two-layer board requires meticulous signal integrity planning, specifically impedance control for the 1-100 MHz band and a solid ground strategy. I will capture the schematic in Altium Designer, carefully partitioning analog and digital sections with appropriate filtering, then lay out the two-layer PCB to meet the impedance requirements for the specified frequency range. Gerbers will be generated ready for fabrication. What is the target impedance for the critical traces? Send the schematic capture and I will begin the PCB layout. My 5.0 rating across 10 reviews on here also means Preferred Freelancer status.

@joshuajsaunders

Please read this Your approach might be favourable but wouldn't it be more effective if we focused on a thorough signal integrity analysis during the design phase instead? This would ensure that the PCB performs optimally in the 1–100 MHz range, reducing noise and improving overall performance. A solid foundation can prevent issues later and ensure reliable operation. I have further ideas and strategies that I would be glad to elaborate on, even if you do not pay. Just wanted to know: what is the deadline for this project? Regards, Joshua Jaime Saunders