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Tag Archive: electrical components

  1. PCB Mounting Techniques

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    What is a PCB?

    Printed Circuit Boards, or PCBs, hold a variety of functions, sizes, and industrial applications. To add electrical components to the board, PCB assemblers utilize either surface or through-hole mounting methods. PGF Technology Group prides itself on offering both PCB techniques, with optional combinations of  SMT or through-hole technologies. By staying on the edge of technology, PGF continues to further integrate surface-mounting techniques to all applicable assemblies, saving both time and money. However, although the surface mounting techniques take precedent, PGF continues to provide authentic through-hole processes to best suit customer specifications. The presence of both techniques widens the PGF market, thus utilizing either process based on the most efficient solution.

    Surface Mounting

    The surface mounting PCB assembly method involves mounting electrical components onto the top of the printed circuit board. With surface mount technology (SMT), electrical components are installed in a simple and timely manner. The surface-mounting technique allows ample use of both sides of the board. Surface mounting SMT technologies automate the assembly process, increasing production speed while maintaining high-quality products. The Fuji and MyData machines are the two main types of machinery used to process PCBs.

    PCB Techniques Infographic


    • Allows for smaller PCB design, closely placed components
    • Compact and lightweight
    • Cost-effective with faster production time
    • More efficient designs with components aligned tighter together
    • More controlled manufacturing environment from automated machine technology


    Through-Hole Mounting 

    Through-hole mounting involves a pre-drilled hole to install and solder the electrical component to the printed circuit board. Typically used for large components, the through-hole method may also be utilized for attaching components determined incompatible with the surface mount technologies. Before SMT advanced automating technologies, the through-hole method was the main assembly practice to attach components to the board. While through-hole mounting is not as common, particularly military and aerospace industries utilize such methods to ensure durability in irregular conditions.



    • With components attached through the board, such PCBs offer higher strength and reliability
    • Able to endure larger amounts of external physical stressors
    • Easily replaceable and thus desirable for various testing endeavors or prototyping projects
    • Ability to withstand higher heat capacities
    • The stronger bond between the board and the electrical components allows higher power capabilities


    PGF Premium Services

    While offering both surface mounting and through-hole mounting techniques, PGF delivers high-quality products that meet all customer specifications promptly. Additionally, PGF offers X-Ray Evaluations and Ionograph Testing services to all customers, showcasing the company’s dedication to excellence. Learn more about the endless PGF advantages for all your PCB needs. Request a quote and experience all PGF premium services today!

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  2. Cables and Wire Harnesses: What’s the Difference?

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    What Is the Difference Between a Cable Harness Assembly and a Wire Harness Assembly?

    Cables and wire harnesses are both responsible for supplying electrical components with power, organizing cables and wires to optimize space, and providing them with some manner of protection from environmental conditions. Despite their functional similarities, however, these assemblies are not interchangeable. Each has its unique advantages and optimal applications. At PGF Technology Group, Inc., our team can assist you in finding the right assembly for your project.

    Just as these assembly types are two different products, the same is true of wires and cables. A wire is a strand of electrically conductive metal like copper or aluminum that can transmit power as well as information. A cable, then, is made up of multiple wires that are usually joined in a braided or bonded configuration.

    The key variation between the two assemblies has to do with how protected their cables or wires are from chemicals, moisture, dust, extreme temperatures, and friction.


    Cables vs. Wire Harnesses

    Cable Assemblies

    Cable assemblies bundle wires or cables together for organization and efficient electrical system operation. Of the two assembly types, cable assemblies are best suited to outdoor applications. They are superior for withstanding environmental stress because they utilize a durable cover of materials such as vinyl, thermoplastic rubber, or shrink-wrapped thermoplastic. This robust insulating sheath safeguards internal cables from high heat, dirt, or other contaminants, detrimental weather, compressive force, abrasion, and more. 

    Wire Harnesses

    Wire harnesses work well as cable system organizers, particularly in grouping smaller internal wires or cables for added connectivity. However, while these assemblies do include a protective casing to prevent short-circuiting in the wiring, it is far less rugged than a cable assembly cover. Instead, the grouped cables and wires in wire harnesses typically have their outer coverings already for that protection. While the assembly does group them in one harness, their sheaths still make it easy to see individual cables. Additionally, these individual sub-assemblies allow for highly complex projects that are adaptable for many unique uses. The harness’ simple outer sheath of thermoset materials or thermoplastic helps protect the wires and cables from their environment for indoor applications.


    Looking for a prototype cable or wire harness solution? Make sure to download our free eBook.

    Cable Assembly and Wire Harness Advantages

    Cable assemblies and wire harnesses increase organizational and spatial efficiency. They also improve operational safety by preventing electrical fires and taming loose wires. However, each assembly type has its advantageous qualities. The covers that jacket cable assemblies are durable and strong, enabling more versatile applications as they can withstand a wider variety of environmental conditions. Also, as the internal bundled wires are all contained within a single outer sheath, it makes them more accessible for threading within smaller areas.

    Wire harnesses are ideal for their ease of installation and simplified maintenance, resulting in reduced labor time. Providing less protection, wire harnesses work best indoors. This characteristic, added to their simplistic design, typically makes them more affordable. Also, the outer covering will still safeguard against moisture or chemical solvents.


    Applications of Cable and Wire Harness Assemblies

    Given the assemblies’ strengths, wire harness and cable assembly applications are varied, spreading across diverse industries.

    Cable Assembly Applications

    Cable assemblies organize or facilitate safe wiring in the following applications:


    • Flight Simulators
    • Ground Equipment
    • In-Flight Medical Systems
    • Links for Field Communication 
    • Remote Control Weaponry
    • Navigation Systems
    • Rugged Computers


    • Cockpit Instruments
    • Drones and Unmanned Aerial Vehicles (UAVs)
    • Electronic Systems for In-Flight Entertainment

    Automotive and Transportation

    • Data Transmission Systems
    • High-Voltage Current Transmissions
    • Navigation Systems


    • Audio Systems
    • Communication Systems
    • Flat-Panel Displays

    Wire Harness Applications

    Wire harnesses allow for orderly wire organization in:


    • Aircraft Power Transmission
    • Airplane Engines
    • Communications Systems
    • Drones
    • Satellites


    • Dashboards
    • Lighting and Turn Signals
    • Navigation Systems
    • Engine Bays


    • Crash Carts
    • Dental Equipment
    • Diagnostic Equipment
    • Imaging Equipment

    Robotics and Automation

    • Assembly Line Systems
    • Automated Computer Numerical Control (CNC) Machines
    • Computerized Systems, Servers, and Electronics
    • Data Transmission
    • Power Distribution

    Cable and Wire Harness Solutions from PGF Technology Group

    At PGF Technology, we pride ourselves on providing high-quality, cost-effective wire harnesses and cable assemblies for industry compliance in some of the most demanding electrical applications. Backed by over 50 years of ISO-certified design and manufacturing experience, our team can work with you to determine your installation requirements, space limitations, power needs, and environmental challenges to develop a reliable assembly solution tailored to your specifications.

    Our comprehensive capabilities for residential, industrial, and commercial applications include:

    • Product development
    • Prototyping
    • Design and Inspection Support
    • Fabrication and Manufacturing
    • Turnkey Component Assembly

    Partner with PGF Technology

    Determining the appropriate cable and wire harness assembly for your application will keep your systems and workspace organized, compliant, and functioning efficiently. PGF Technology specializes in assembly creation, with capabilities for C-Track cables, D-Subminiature cables, motor cables, sensor cables, data link assemblies, potting, and more. Contact us to learn about our electronic manufacturing solutions, or request a quote today.


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