XJTAG XJLink-PF20, the latest addition to the XJLink-PF series, brings dependability and robustness to a new 4-TAP two-port configuration, offering both functional and JTAG boundary scan testing.

Numerical Innovations’ PCB Preflight is a free, browser-based design verification platform that enables PCB designers and engineers to validate designs before fabrication and assembly. The tool focuses on the preflight stage of the workflow, helping teams identify manufacturability and data issues earlier as PCB complexity increases and timelines tighten. PCB Preflight runs across all major operating systems and devices and uses 256-bit AES encryption to protect design data. The platform supports faster design handoffs, improved alignment between design and manufacturing teams, and reduced risk of redesigns, production delays, and downstream failures.

Vishay’s S2F and S3F thin film chip fuses provide fast and very fast acting overcurrent protection for compact electronic designs. Available in 0402, 0603, and 1206 case sizes, the fuses support rated currents from 0.315A to 7A and comply with UL 248-14. The S2F series is designed to open in less than one minute at 200% overload, while the S3F series opens in less than five seconds, allowing designers to tailor protection speed to application requirements. Both series feature low resistance, body temperature rise below 75°C at rated current, and are lead-free, halogen-free, and RoHS-compliant, supporting reliable secondary circuit protection across a wide range of electronic systems.

Hirose's 1.0mm coaxial connector designed for high-frequency applications up to 110GHz. The connector complies with IEEE Std 287 and is engineered to support advanced RF and microwave designs. Features a compression-mount center contact that accommodates a range of PCB thicknesses, from under 1mm to several millimeters. With voltage standing wave ratio (VSWR) values of 1.8 maximum from 0–67GHz and 1.9 maximum from 67–110GHz. These characteristics support applications where signal integrity and low insertion loss are critical.