Services01 · EE
Electronics & PCB design services in New Jersey
The custom circuit board at the heart of your product — architected, laid out, and brought up on our own bench.
Some clients hand us a napkin sketch and need the whole product. Others have a schematic that needs layout, or a board that almost works and needs a respin. This seat hires on its own — schematic to fab package — and when the product also needs firmware, an app, or a cloud behind it, the rest of the bench is already here.
Electronics design, schematic to handoff
Every board is designed against its real constraints — cost, power, enclosure, supply — not copied from a reference design and hoped for.
Feasibility & architecture
Block diagrams, risk lists, and honest part-availability checks before any copper is drawn. If the idea has a physics problem or a cost problem, you hear it in week one — not at layout.
Schematic capture
Sensors, radios, power, and processing selected for the product's real constraints, captured in clean, reviewable schematics with the reasoning behind each decision written down.
PCB layout
Multi-layer layout with controlled impedance where the signals demand it, EMI-aware stackups, and boards shaped for the enclosure they live in — not the other way around.
Sensing & signal chains
Analog front ends that survive the real world: filtering, calibration, and validation against reference instruments, so the number on the dashboard is the number in the tank.
Wireless integration
Radio selection, antenna placement, and matching for BLE, Wi-Fi, and sub-GHz links — designed for certification from the first revision, not patched for it at the end.
Power & battery
Charging, protection, and power-path design with deep-sleep budgets measured in microamps. Battery life is estimated at the schematic and then proven on the bench.
Prototype bring-up
First articles assembled and brought up in-house with instrumented debugging and bring-up firmware. You get a working prototype in your hands, not a render.
DFM & production handoff
Bills of materials with sourced alternates, fabrication and assembly packages, quotes from manufacturing partners, and support through the pilot run.
How a board moves across the bench
- 01
Feasibility
A block diagram, key-part availability, a risk list, and a rough cost picture at your target volume — before you commit to anything bigger.
- 02
Schematic & review
Captured, checked against the risk list, and walked through with you — decisions explained in plain language, not just netlists.
- 03
Layout & DFM
Routing, stackup, and design-for-manufacture checks against the fab partner's real capabilities, so the first order isn't an experiment.
- 04
Bring-up
First articles on our bench: powered, probed, and exercised with test firmware until every subsystem is proven.
- 05
Handoff
Full design files, assembly package, and sourcing notes — to your team, your contract manufacturer, or straight on to our firmware seat.
Proof from the bench
LiquiTrak measurement device
A handheld fill-level measuring device for hospitality: custom board, precision sensing chain, embedded display, and wireless sync — taken from first breadboard to a pilot fleet without leaving the bench.
- Custom PCB
- Precision sensing
- Pilot fleet
Where you might be starting
Starting from zero
You have an idea and a market, not a schematic. We start with feasibility and architecture — and you own everything we draw.
A design that needs layout
Your team owns the schematic; you need experienced layout, a solid stackup, and a fab package that comes back working.
A prototype that must become a product
It works on a dev kit and a breadboard. It needs to become one board that can be manufactured a thousand times.
A board that almost works
An inherited design, an EMI failure, a part that went end-of-life. Respins and rescues are normal work here — not an insult to whoever went first.
A board is one layer of one system
Most products die in the hand-offs — the EE shop blames the firmware, the app agency blames the board. Here, the person routing your traces knows what the firmware needs and what the app will ask of it, so decisions made in copper are honored all the way to the cloud.
Fair questions
Can you do just the PCB design if we have our own firmware team?
Yes. The board seat hires on its own: you get schematics, layout sources, fabrication and assembly packages, and bring-up notes, and your team takes it from there. Because we also write firmware, the handoff reads like it was written by people who have to live with boards like this — because we do.
What does a board design cost?
It depends on scope, stated honestly: a focused engagement — layout for an existing schematic, a respin, a feasibility study — is days to weeks of work. A full product electronics design runs in phases, each quoted before it starts. Tell us what you're building and you'll have a concrete number after one conversation, not a discovery gauntlet.
Do you build the prototypes yourselves?
Yes — first articles are assembled and brought up in-house, with pilot runs through manufacturing partners. Prototyping isn't outsourced here; it's the point.
Who owns the design files?
You do — 100% of the IP we develop for you, source files included. We're glad to sign an NDA before you share anything.
Can you get the product through FCC / CE?
We design for compliance from the first revision — radio integration, EMI-aware layout — and support you through accredited test labs when it's time to certify.
We're not near New Jersey — does that matter?
No. On-site works across the NJ–NYC–Philadelphia corridor; everything else runs remote, with hardware moving by courier. Most of the bench-to-client loop is a video call and a tracking number.
Have a board in mind?
Tell us what you're building and where it stands — a sketch, a schematic, or a board that almost works. We reply within one business day with an honest read on feasibility, and we'll sign an NDA first if you like.
Based in New Jersey — on-site across the NJ–NYC–Philadelphia corridor, remote everywhere else.
Prefer email? contact@techtilelabs.com