Hydrogen Energy Battery Control Board PCB Design Guide A hydrogen fuel cell vehicle depends on a control board that watches current, voltage, temperature and pressure at the same time. That board sits between power devices and sensitive sensors, so a small process drift can become a large yield loss. The…

Marine Black Box PCB: Design and Reliability Guide A voyage data recorder must keep recording while the vessel rolls and salt air attacks every surface. The Marine Black Box PCB sits at the center of that job. It links sensors, navigation inputs, processors, memory, and power circuits into one system.…

Compute-in-Memory Chip Test Board PCB Design and Build A compute-in-memory chip test board carries the device under test, not a product. It connects the CIM die to automated test equipment, power supplies, and measurement instruments during characterization. Any loss, skew, or noise the board adds becomes part of the measurement.…

High-Precision PCB for Proton Therapy Systems Proton therapy delivers radiation with tight control over where the dose lands. The hardware behind that control depends on circuit boards that carry beam commands, sensor data and monitoring signals without drift. A high-precision PCB for proton therapy systems must hold signal quality, mechanical…

Liquid-Cooled Server HDI PCB: Design and Manufacturing Liquid cooling changes the board as much as it changes the rack. A cold plate sits close to the processor, coolant lines cross the chassis, and the PCB must carry dense high-speed routing while staying flat and clean under that hardware. The design…

Drone Swarm Communication PCB Design and Build Checks A swarm links many airframes into one working network. Each node must share position, commands, sensor data and status with low delay. The communication board sits at the center of that exchange. It carries the processors, RF modules, antenna interfaces, power circuits…

Space-Grade Radiation-Resistant PCB Design Rules Spacecraft electronics face trapped-particle radiation, solar events, cosmic rays, vacuum, and repeated thermal swings. The circuit board sits inside that chain, so its materials and joints must hold stable properties for the whole mission. A radiation-resistant PCB is not a single product grade. It is…

Solid-State Battery BMS Monitoring PCB Design Solid-state cells change the sensing problem in ways that a lithium-ion board does not face. Cell voltages sit in a different range, temperature behavior differs, and the pack may run at higher sustained temperatures. The monitoring board must still measure every channel accurately and…

PV Microinverter PCB: Design, Manufacturing & Reliability A PV microinverter PCB sits behind each solar module and converts DC power into grid-ready AC. That position close to the panel shapes every design decision on the board. The circuit must handle switching currents, dissipate heat, hold insulation distances, and survive outdoor…

High-Temperature PCB for Oil Exploration: Design and Build Downhole tools do not fail politely. A logging instrument may sit at elevated temperature for hours, then meet vibration, shock, and pressure on the way back up. The circuit board inside carries every sensor signal and every power rail through that journey.…