How the Right Hand Protection Supports Static Control, Product Cleanliness and Reliable Electronics Assembly Printed circuit boards are handled repeatedly before they become finished electronic products. Operators may touch components during kitting, manual insertion, inspection, rework, testing, cleaning and packaging. At each stage, the hands can become a source of electrostatic charge, contamination or mechanical…
DetailsThis drill bit size chart lists sizes in different measurement systems, for example, fractional, metric, wire gauge, and letter sizes. Here we have made drill bit charts for different details Fractional Drill Bit Size Chart Fractional Size Decimal (in) Metric (mm) 1/64 0.0156 0.397 1/32 0.0313 0.794 3/64 0.0469 1.191 1/16 0.0625 1.588 5/64 0.0781…
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Bolts are fasteners that are configured with nuts in a single assembly. For the connection of different products, proper sizing of bolts is important for the safe working of machines and various instruments. In this tutorial, we will cover details about bolt size charts and the importance of bolt sizes for practical applications. Introduction to…
DetailsA Practical Case Study in Workstation Grounding, Personnel Control, Surface Verification and Process Discipline Electrostatic discharge is rarely visible on an electronics production floor. There may be no spark, no sound and no immediate sign that a component has been damaged. Yet an uncontrolled discharge can weaken or destroy an electrostatic-discharge-sensitive device long before the…
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There is normally interstitial-free (if) steel seen in different vehicles and other projects. This steel type does not have nitrogen or carbon. During manufacturing, titanium and niobium are used for trapping extra nitrogen or carbon. That process enhances the formability and ductility features of steel. With that, we can change shape with easy welding features…
DetailsTransistors are often associated with chips, where terms like miniaturization and nanometers are commonly thrown around. This is because they are the basic building blocks in modern electronics, including digital circuits, because they provide amplification and switching. As discrete components, they are the most common semiconductor devices, with MOSFETs being the most abundantly used. Transistor…
DetailsThe Internet of Things (IoT) has transformed how devices collect, process, and exchange information. From smart thermostats and wearable health trackers to industrial sensors and agricultural monitoring systems, billions of connected devices rely on efficient hardware to operate reliably. While software and cloud connectivity often receive the spotlight, the foundation of every successful IoT product…
DetailsEven as new battery chemistries are being invented to power electric cars and store energy from renewable sources, the charging fundamentals remain the same, which are constant current, constant voltage, and auto cut-off. All three of the most commonly used charger types implement at least one of these fundamentals to push current into the battery…
DetailsThe electronics industry is constantly evolving, with manufacturers seeking faster, more efficient, and cost-effective ways to develop printed circuit boards (PCBs). As demand for rapid product development and customization continues to grow, innovative manufacturing methods such as 3D printing are gaining attention alongside the long-established process of traditional PCB etching. While conventional PCB fabrication remains…
DetailsBattery charging seems simple from a general overview because you only have to push current from the power source into the cells. But this is easier said than done because of one thing: you have to fill the battery correctly, especially during fast charging, to avoid fires/explosions and to extend its service life. Therefore, automatic…
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