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Your PCB Manufacturing Expert – Highleap Electronic

IPC J-STD-001: Classes, Requirements, and RFQ Specification

IPC J-STD-001: Classes, Requirements, and RFQ Specification

Figure 1. IPC J-STD-001 image for Highleap Electronics PCB manufacturing and assembly review.IPC J-STD-001 is the industry standard that defines the requirements for soldered electrical and electronic assemblies — the materials, methods, and acceptance criteria for...

Hard Drive PCB: Function, Failure Modes, and Manufacturing

Hard Drive PCB: Function, Failure Modes, and Manufacturing

Figure 1. hard drive PCB image for Highleap Electronics PCB manufacturing and assembly review.The hard drive PCB is the green board bolted to the underside of a 3.5" or 2.5" HDD. It runs the motor, positions the heads, manages the read channel, and talks to the host...

SMT PCB Assembly Process Explained

SMT PCB Assembly Process Explained

Figure 1. SMT PCB assembly process SMT (surface-mount technology) is the dominant way modern circuit boards are assembled: components are placed directly onto pads on the board surface and soldered all at once in a reflow oven. It is what makes today's small, dense,...

PCB Pin Headers: Selection and Mounting Guide

PCB Pin Headers: Selection and Mounting Guide

Figure 1. PCB pin headers A PCB header, or pin header, is a row (or rows) of conductive pins on a fixed pitch, soldered to a board to provide connection points, jumper positions, or a way to stack boards together. They look trivial, but a header is a connector, and...

Best Soldering Flux for Electronics

Best Soldering Flux for Electronics

Figure 1. best soldering flux There is no single "best soldering flux" — the best one is the type matched to your job. For most electronics work, the right choice is a no-clean or a rosin (RMA) flux: both are mild, non-corrosive once used correctly, and safe on...

Melting Point of Solder: Alloy Temperature Guide

Melting Point of Solder: Alloy Temperature Guide

Figure 1. melting point of solder The melting point of solder depends entirely on its alloy. Eutectic tin-lead solder (Sn63/Pb37) melts at a single, sharp 183 °C (361 °F), while the most common lead-free alloy, SAC305, melts over a range of about...

Pin in Paste PCB Assembly Process Guide

Pin in Paste PCB Assembly Process Guide

Figure 1. pin in paste PCB assemblyLast updated: May 2026 · A process and design guide to paste-in-hole reflow for mixed-technology boards Pin in Paste (PiP) — also called paste-in-hole (PIH), through-hole reflow, or intrusive reflow — is a way to solder through-hole...

PCA vs PCB vs PCBA: What Is the Difference?

PCA vs PCB vs PCBA: What Is the Difference?

Figure 1. PCA vs PCB vs PCBALast updated: May 2026 · A definitions guide for buyers, engineers, and anyone reading a quote These three acronyms cause endless confusion, but the rule is simple. A PCB (Printed Circuit Board) is the bare board — the substrate with copper...

IC Programming During PCBA Processing

IC Programming During PCBA Processing

Figure 1. IC programming during PCBA processingLast updated: May 2026 · A manufacturing guide for embedded engineers and hardware sourcing teams There are two practical ways to load firmware into the chips on a board during PCBA: pre-program the devices before...

FCT Test: Functional Circuit Testing for PCBA

FCT Test: Functional Circuit Testing for PCBA

Figure 1. FCT test for PCBALast updated: May 2026 · A production-test guide for hardware engineers, test developers, and sourcing teams An FCT test — Functional Circuit Test, often just called functional test — powers up a fully assembled board and exercises it the...