FB Electronics Design Consultancy Ltd

Precision Engineering & Hardware Architecture

Our Services

Electronics

We design electronic circuits from the simple to the complex. We are happy to help at any stage of the process—from developing the full item or reviewing your design, to providing specific advice no matter how small or large your project is.

  • Schematic design and PCB layouts
  • Analogue, digital and high speed digital design
  • Design for EMC: schematics and layout reviews

Supply & Sourcing

Using trusted contract manufacturing partners, we can supply your finished circuit boards to the highest quality. We also offer component sourcing services, locating hard-to-find and obsolete parts to keep your legacy products alive.

  • IPC and ISO 9001:2008 Standard Production
  • WEEE and RoHS Compliance
  • Obsolescence management & part location
IPC | ISO 9001 | WEEE | RoHS COMPLIANT

Discuss Your Project

Engineering Philosophy: De-Risking the NPI Cycle

01 | The Trade-off Trap

Most EMC issues aren't caused by a lack of knowledge—they’re caused by trade-offs made too late. When layout decisions are locked in early, EMC becomes a "fix it at the end" problem. By that point, you aren't designing; you're compromising.

02 | Strategic Alignment

The hardest part of hardware engineering isn’t the schematic—it’s the alignment between disciplines. EMC, layout, and high-speed constraints often pull in different directions. High-performing teams don't avoid this friction; they resolve it in week one.

03 | The Pre-Compliance Fallacy

Pre-compliance is often treated as a safety net. In reality, if you’re relying on the lab to "find" your problems, you’re already behind schedule. True de-risking happens at the stackup and architecture level.

04 | The Physics of Convenience

The majority of EMI issues I encounter come down to return paths being treated as an afterthought. It's rarely because an engineer doesn't understand the physics—it's because layout constraints made a clean path "inconvenient." Quality hardware prioritizes physics over convenience.

05 | The "Minor Modification" Trap

The Hidden Risk: Hardware projects are often framed as "minor modifications" to legacy designs. In practice, technical reviews frequently reveal significant BOM obsolescence and design constraints no longer compatible with current requirements.

The Reality Check: There is a hidden cost to "patching" a legacy foundation. When key components are approaching EOL and footprints require rework, what appears to be a quick tweak is often a New Product Introduction (NPI) in disguise.

The Strategic Pivot: Recognising this transition early enables:

  • Long-term availability — Proactive BOM restructuring with future-proof alternatives.
  • Regulatory confidence — Designing to current compliance standards from the outset.
  • Reliability — Avoiding "patchwork" fixes that introduce unpredictable field failures.