Cable Fundamentals - Understanding RF Cables & Assemblies

Engineering Principles for Low Loss, High Power, and Coaxial Cables.

Understand construction, impedance and shielding to make better performance decisions.

Page Engineering Value Statement

Cable Fundamentals provides engineers with an in-depth understanding of RF cable types, coaxial assemblies, impedance, frequency response, shielding, and performance considerations across automotive, aerospace, and telecom applications.

What this module covers

Construction, impedance, shielding, frequency response, and practical constraints — structured for engineering decisions.

Primary keywords

RF Cable Fundamentals

Focus

Loss · Power · Coax

Article list

Cable Fundamentals by topic

Each guide is written for a specific engineering question.

DIN Connector Types and Uses

DIN connectors refer to a family of standardized connectors defined by Deutsches Institut für Normung rather than a single interface. Common forms include circular DIN, Mini DIN, and DIN 41612 connectors, which are used in audio equipment, computers, control systems, and modular industrial electronics.

Coaxial Cable Velocity Factor: How to Calculate Delay, Wavelength, and Electrical Length

Calculate coaxial cable velocity factor, wavelength, electrical length, and delay. Compare typical PE, foam PE, and PTFE values and learn TDR measurement.

HSD Connectors for High-Speed Data Transmission

Skin Effect in Cables: What It Is and Why It Increases High Frequency Loss

What Is a Phase Matched Cable Assembly

Wire Ampacity and Current Capacity of Electrical Cables

Access impedance calculators, frequency response charts, and compatibility tables.

Request a Custom RF Solution

Share frequency range, impedance, routing constraints, power level, and environment. We will recommend a cable family and validation path.