Connectors & Cables
5026 articles · Page 3 of 210
Compact Power Line Filter Delivers High Attenuation in Differential Mode: Engineering Insights and Real-World Performance
A technical deep dive into modern compact power line filters optimized for differential-mode EMI suppression—covering design principles, attenuation benchmarks (e.g., >60 dB @ 1 MHz), comparative data from Schaffner FN2030, Murata NFM41P, and TDK ACT1210, thermal derating curves, PCB layout best practices, and validation methodologies using CISPR 16-1-1 compliant test setups.
Mini Inductors with Integral EMI Shield: Engineering Advantages, Real-World Performance, and Design Implications
A technical deep dive into miniaturized inductors featuring built-in electromagnetic interference (EMI) shielding—covering magnetic core materials, shielding efficacy metrics (e.g., >35 dB attenuation at 100 MHz), industry-standard test methods (IEC 62132-4), and comparative data from TDK, Murata, and Coilcraft devices measuring 2.0 × 1.6 × 1.0 mm to 4.0 × 4.0 × 2.0 mm.
High Reliability, Low DCL Tantalum SMD Capacitors for Medical Applications: Design, Certification, and Real-World Performance
A technical deep dive into high-reliability, low-leakage tantalum SMD capacitors engineered for life-critical medical electronics—including pacemakers, implantable neurostimulators, and portable diagnostic devices—covering material science, MIL-PRF-55365/EN 14042 compliance, DCL limits (≤0.1 × CV), derating rules, failure mode analysis, and comparative data from AVX, KEMET (now part of YAGEO), and Vishay.
Range of Ferrite Toroids Extended to Meet Needs of LAN and EMI Applications
A technical deep dive into newly expanded ferrite toroid offerings—from high-permeability MnZn cores for 10GBASE-T Ethernet noise suppression to ultra-low-loss NiZn formulations for 5G and automotive radar EMI mitigation—featuring data from TDK, Fair-Rite, Murata, and Laird Performance Materials.
Five-Band Internal Cellular Antennas Maintain a Low Profile Without Sacrificing Performance
A technical deep dive into compact, high-efficiency five-band internal cellular antennas—covering design principles, real-world performance metrics, integration challenges, and verified specifications from leading manufacturers including Johanson Technology, Pulse Electronics, and Taoglas.
How Semi-Conductive Cast Silicone Eliminates Static in High-Reliability Interconnect Systems
A technical deep dive into semi-conductive cast silicone—its formulation, volume resistivity range (10^3–10^6 Ω·cm), ESD-safe performance metrics, and real-world validation across aerospace, medical, and semiconductor equipment applications.
APEC 2013 Announces Student 1000 Attendance Awards: Recognizing Academic Excellence and Interconnect Innovation Engagement
The Applied Power Electronics Conference (APEC) 2013 introduced the landmark Student 1000 Attendance Awards program—honoring 1,000 undergraduate and graduate students who attended the conference in Orlando, Florida. This initiative provided full registration waivers, complimentary access to technical sessions, keynote addresses, and the exhibition hall—including hands-on demonstrations from industry leaders like Amphenol, TE Connectivity, Molex, and Samtec.
How Advanced Electronics and Cable Assemblies Are Fortifying Subways Against Terrorism
This article details how hardened electronics, fiber-optic sensing, AI-driven surveillance, electromagnetic pulse (EMP) hardening, and mission-critical cable assemblies from leading manufacturers—including TE Connectivity, Belden, and L-com—are enabling real-time threat detection, rapid response coordination, and physical infrastructure resilience in subway systems worldwide.
How Modern High-Speed Receivers Reduce EMI and Power Consumption in Interconnect Systems
This technical article examines how advanced receiver architectures—specifically those with adaptive equalization, low-jitter clock recovery, and integrated EMI suppression—cut radiated emissions by up to 12 dB and slash power per lane from 85 mW to as low as 32 mW in PCIe 6.0 and CXL 3.0 applications.
Commercial Refrigeration Market to Hit $27 Billion by 2030: Drivers, Challenges, and Interconnect Solutions
Analysis of the commercial refrigeration market’s projected $27 billion valuation by 2030, with deep focus on interconnect engineering, cable assembly requirements, thermal management, and real-world infrastructure demands across supermarkets, cold chain logistics, and foodservice.
Wider Bandwidths Surpass Density as the Driving Force for New DRAMs and CPUs
As AI workloads, real-time analytics, and high-fidelity simulation demand unprecedented memory throughput, bandwidth—not density—has become the primary design imperative for next-generation DRAM and CPU architectures. This article examines empirical bandwidth benchmarks, interface evolution (DDR5-6400 to LPDDR5X-8533, GDDR6X-21 Gbps, HBM3-819 GB/s per stack), silicon interconnect innovations, and system-level trade-offs reshaping memory hierarchy priorities.
Graphcore Adds Financial Firepower With Another $200 Million: What It Means for AI Interconnect Architecture and High-Speed Cable Assemblies
Graphcore’s $200M Series E funding round signals strategic acceleration in AI silicon development—especially for its IPU-Machine systems. This article examines the interconnect implications: PCIe Gen5/6 migration, optical I/O integration, cable assembly specs (32Gbps per lane, 400G-FR4 compliance), thermal constraints, and how brands like Samtec, Molex, and Amphenol are adapting.
Transformers Help Ensure Reliability of Switchers: Critical Interconnect Engineering Insights
How power and signal transformers—specifically those from Pulse Electronics, Coilcraft, and Würth Elektronik—enhance switcher reliability through isolation, noise suppression, voltage scaling, and EMI mitigation in high-speed data center and telecom infrastructure.
Embedded MCU Offers Configurable Crossbar Switch: Architecting Flexible I/O for High-Density Interconnect Systems
How modern embedded microcontrollers with integrated, programmable crossbar switches—like the Infineon XMC7000, NXP S32K398, and Renesas RA8M1—enable dynamic pin remapping, reduce PCB layer count, improve signal integrity, and accelerate hardware-software co-design in automotive, industrial, and aerospace interconnect applications.
TIS Power Managers Boast Six Channels: Engineering Precision for High-Density Interconnect Systems
TIS Power Managers deliver six independently controllable power channels in a compact 1U form factor, supporting up to 30A per channel, UL 62368-1 certification, and seamless integration with Cisco Nexus 9000, Arista 7800R3, and Juniper QFX10002 switches. This article details thermal performance, cable assembly compatibility, signal integrity validation, and real-world deployment metrics.
Protecting Code Distribution for Flash-Based Microcontrollers: Secure Firmware Delivery in Embedded Systems
A technical deep dive into securing firmware distribution for flash-based microcontrollers—including readout protection, cryptographic signing, secure boot chains, and supply chain safeguards—with real-world implementation data from STMicroelectronics, NXP, Infineon, and Microchip.
Degree Controls Offers Thermal Management and Validation Services for High-Performance Interconnect Systems
Degree Controls provides precision thermal management and end-to-end validation services tailored for high-speed interconnects, active optical cables (AOCs), direct attach copper (DAC) assemblies, and co-packaged optics. With ISO 17025-accredited labs, calibrated thermal chambers (-65°C to +180°C), and real-time junction temperature mapping using FLIR A655sc and Keysight U1443A thermocouple arrays, Degree Controls supports customers from design validation through production ramp—ensuring compliance with IEEE 802.3ck, OIF CEI-112G, and SFF-TA-1002 standards.
Control Jitter and Interference During Clock Distribution: Practical Engineering Strategies for High-Speed Systems
A detailed, field-tested guide for interconnect engineers on minimizing clock jitter and electromagnetic interference in high-speed digital systems—covering PCB layout, cable assembly selection, termination schemes, and measurement validation with real-world data from Keysight, Tektronix, and industry-standard components.
Reflective Optical Sensor Sets Integration Benchmark: Performance, Compatibility, and Real-World Deployment Metrics
A rigorous technical benchmark of reflective optical sensor sets from leading manufacturers—including Omron, Vishay, Broadcom, and TT Electronics—evaluating response time, ambient light immunity, alignment tolerance, cable assembly integration, and signal integrity across industrial automation, medical device, and consumer electronics applications.
Termination Machine Crimps on the Bench: Precision, Consistency, and Real-World Bench Performance
A technical deep-dive into bench-mounted termination machines used for high-reliability cable assembly—covering crimp force calibration, tooling compatibility, process validation, and comparative data from industry-standard platforms including Sumitomo, TE Connectivity, and JST.
Bus Converters for Network Attached Storage Applications: Power Integrity, Thermal Management, and Interoperability in High-Density NAS Systems
A technical deep dive into bus converters—specifically 48V-to-12V and 48V-to-54V isolated DC-DC modules—used in modern Network Attached Storage platforms. Covers efficiency benchmarks (up to 97.3%), thermal derating curves, mechanical integration constraints, and real-world validation data from Synology DS3622xs+, QNAP TS-h3088XU-RP, and Dell PowerEdge R760 NAS configurations.
Science and Robot Competitions: Engineering Rigor, Real-World Interconnects, and Competitive Excellence
An in-depth analysis of science and robotics competitions from an interconnect engineering perspective—covering signal integrity challenges, cable assembly specifications, real-world competition data, and how physical layer design impacts team performance.
Stamped Spring Pin Socket for 0.8 mm Pitch Infineon LFBGA: Precision Interconnect Engineering for High-Density Power ICs
A technical deep-dive into stamped spring pin sockets engineered specifically for Infineon’s 0.8 mm pitch Low-Profile Fine-Pitch Ball Grid Array (LFBGA) packages—including IRF and TRENCHSTOP™ power modules—covering mechanical design, contact physics, thermal performance, signal integrity, and validation against JEDEC JESD22-B103C and IEC 61076-3-104 standards.
Lowest-Profile High-CV Tantalum Capacitors: Engineering Breakthroughs for Space-Constrained Power Delivery
A technical deep dive into ultra-low-profile, high-capacitance-voltage (CV) tantalum capacitors—covering dimensional limits, material innovations, thermal performance, derating best practices, and real-world applications in 5G infrastructure, medical implants, and aerospace avionics.