How Overmolding Improves Connector Cable Assembly Performance
Discover how overmolding enhances connector cable assemblies by improving mechanical strength, protection, reliability, and long-term performance in harsh environments.
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Entries by FPIC
How Circular Connectors Support Decentralized Drive Systems
Decentralized drive systems move motors, controllers, sensors, and power interfaces closer to the machine. This article explains how circular connectors support compact installation, reliable power and signal transmission, vibration resistance, modular maintenance, and customized cable integration.
Connector Insertion Force and Extraction Force: How They Affect Field Reliability
Discover why insertion and extraction force are critical connector design parameters that influence electrical performance, user experience, equipment reliability, and long-term service life.
What Causes Connector Hot Spots and How to Prevent Them
Discover the common causes of connector hot spots, how overheating affects electrical performance, and practical engineering methods to improve connector reliability and service life.
Gold vs Tin Plating in Connectors: How to Choose by Current, Mating Cycles and Environment
Learn the differences between gold-plated and tin-plated connectors, including electrical performance, durability, corrosion resistance, and cost considerations for industrial, medical, and outdoor applications.
Industrial Ethernet Connector Design: Why Mechanical Stability Matters as Much as Speed
Learn how connector locking mechanisms, contact stability, shielding, and vibration resistance influence the long-term performance of Industrial Ethernet networks in demanding industrial environments.
How EMI Shielding Improves PCB Connector Reliability
As electronic systems become smaller and more powerful, PCB connectors must handle higher signal density, power delivery, and electromagnetic interference within limited space. This guide explains how connector shielding works, when it is needed, and how engineers should evaluate shield continuity, grounding, layout, power density, and mechanical reliability.
How to Choose Circular Connectors for Medical, Industrial and Outdoor Equipment
Discover the key factors for selecting circular connectors across medical devices, industrial automation, and outdoor equipment, including environmental protection, EMC, locking mechanisms, and long-term reliability.
Push-Pull vs Threaded Circular Connectors: Which Performs Better in Repeated Mating
Learn the differences between push-pull and threaded circular connectors, and discover which connection system delivers better performance for repeated mating in robotics, medical devices, test equipment, and industrial automation.
How to Specify High-Current Connectors for Industrial Equipment
Selecting an industrial power connector requires more than matching an amp rating. This guide explains how current, cable size, temperature rise, contact resistance, vibration, termination, and maintenance requirements affect connection reliability.