Practical engineering guides covering PCB design, 2-layer vs 4-layer layout, Gerber files, DFM/DRC rules, SMT/THT assembly, and board size optimization.
Tamizh Tech provides single-source electronics development in Coimbatore. From circuit schematics and 1–4 layer layout to bare-board fabrication, verified BOM component sourcing, and bench testing.
PCB EngineeringA complete end-to-end engineering guide explaining the distinct stages of printed circuit board creation — from electronic schematic capture and PCB layout design to bare board fabrication, SMT assembly, and PCBA bring-up.
PCB EngineeringEssential pre-fabrication checklist for hardware engineers — covering schematic ERC, component footprint verification, layer stackup selection, DFM/DRC validation, and Gerber RS-274X export.
PCB EngineeringEngineering guide on estimating PCB dimensions and board area — balancing component footprint density, trace clearance rules, thermal dissipation, panelization, and enclosure mounting.
PCB EngineeringHardware layout and bring-up guide for custom ESP32 PCBs — covering Wi-Fi/BLE antenna ground keep-out zones, power decoupling capacitors, boot strapping pins, and USB-to-UART flashing.
PCB EngineeringA practical guide to turnkey PCB design and hardware engineering in Coimbatore. Learn how circuit ideas transform from schematic capture and multi-layer layout to fabrication, SMT assembly, and bench testing.
PCB EngineeringUnderstand the genuine engineering factors that influence PCB design and PCBA prototyping costs. Learn how layer stackup, component density, high-speed signals, and BOM sourcing drive hardware project budgets.
PCB EngineeringUnderstand the key differences between rapid PCB prototyping and high-volume PCB manufacturing. Compare tooling fees, panelization, automated testing, and assembly logistics.
PCB EngineeringCompare 2-layer and 4-layer PCB stackups from an engineering perspective. Discover when ground planes, EMI reduction, high-speed signals, and board size justify moving to a 4-layer board.
PCB EngineeringA practical engineering guide to calculating PCB dimensions, board surface area, mechanical clearances, mounting holes, panelization efficiency, and enclosure fit.
PCB EngineeringA comprehensive pre-flight engineering checklist to verify DRC rules, netlists, silkscreen polarity, thermal reliefs, and drill files before ordering bare circuit boards.
PCB EngineeringLearn what Gerber files are, how RS-274X layers map to physical circuit boards, and why Excellon drill files and pick-and-place centroid files are needed for manufacturing.
PCB EngineeringClear distinction between bare PCB fabrication and printed circuit board assembly (PCBA). Learn how raw FR-4 substrates transform into populated, functional electronics.
PCB EngineeringCompare Surface Mount Technology (SMT) and Through-Hole Technology (THT). Learn when to select SMD components for compact density and THT components for mechanical durability.
PCB EngineeringEngineer rugged circuit boards for robotics platforms. Master power isolation, inductive motor kickback protection, CAN/RS485 differential bus routing, and vibration resistance.
PCB EngineeringPractical techniques for routing 10A to 30A+ currents in motor driver and power converter PCBs. Learn trace width calculations, thermal vias, polygon copper pours, and Kelvin sensing.
PCB EngineeringTransition from development boards to custom embedded hardware. Learn crystal routing for STM32, RF antenna keep-out rules for ESP32, clean LDO power regulation, and SWD programming headers.
PCB EngineeringAvoid costly hardware revisions by learning the most frequent PCB layout mistakes: ground loops, missing thermal reliefs, acid traps, acute trace angles, and narrow solder mask slivers.
PCB EngineeringThe practical roadmap for taking an electronics idea from proof-of-concept breadboard to fabricated and bench-tested circuit boards at Tamizh Tech's Coimbatore facility.
PCB EngineeringLearn how to format an error-free Bill of Materials (BOM) for turnkey PCB assembly. Understand essential columns, Manufacturer Part Numbers (MPNs), packages, and approved alternates.
