A Complete Introduction to RF PCBs
RF PCBs (Radio Frequency Printed Circuit Boards) are specifically designed to handle RF signals efficiently. If your circuit board operates at frequencies […]
Filter posts by category
- All
- Advanced and Special PCB Types
- Aluminum and Metal Core PCB
- Electronic Design
- Electronic Part
- Flex and Rigid-Flex PCB
- Industry Applications
- One-stop PCBA
- PCB Design and DFM
- PCB Fabrication
- PCB Materials
- PCB Technology
- PCBA Basics and Services
- PCBA Technology
- RF and High-Frequency
- SMT and Soldering
- Testing and Quality
High-frequency PCB stack-up design: a practical guide to Rogers / FR-4 hybrid builds
Most signal-integrity failures on a high-frequency board are decided before a single trace is routed. They are decided in the stack-up. Layer
Complete Teflon PCB Technical Guide: From Material Principles to Design & Manufacturing
If you’re designing antenna arrays for 5G base stations, 77GHz automotive radar modules, or any RF circuit operating at microwave frequencies, you’ll
RF Coaxial Cable Assemblies: What to Pick and Why It Matters
I’ve spent enough time debugging test setups to know this pattern: an anomaly shows up on the VNA, you spend half a
RF Connectors: Types, Impedance Matching and Applications
RF connectors are electronic components for transmitting high-frequency signals. Their core function is to enable efficient and stable signal transmission in RF
Rogers RO4350B Datasheet: Dk, Df, Thickness, and Selection
Rogers RO4350B is a ceramic-filled, glass-fiber-reinforced hydrocarbon resin laminate engineered for high-performance, high-frequency PCB applications. It combines the electrical properties of PTFE/glass
Rogers Laminate – The Optimal Solution for High-End Applications
PCB (Printed Circuit Board) is an essential component of modern electronic products. It forms a multi-layered structure by stacking circuit boards, enabling more
Rogers PCB Material: Laminate Grades and Selection Guide
This article is mainly a summary of Rogers RF PCB materials. Rogers’ RO4000® series of hydrocarbon ceramic laminates and prepregs have consistently
What’s RF PCB?
RF stands for radio frequency, referring to alternating electromagnetic waves that carry signals across wireless systems. From everyday phones to satellite equipment,
Rogers RO4350B PCB: Fabrication, Cost, and Quote Checklist
For RF and microwave design teams, Rogers RO4350B has become one of the most widely used high-frequency substrates on the market. Boards
Isola 370HR: when high-Tg FR-4 is worth the upgrade
Where standard FR-4 runs out of room Material upgrades usually get sold as better across the board, but 370HR solves a specific
Rogers substrate for your PCB design
In our PCB design and manufacturing work, Rogers substrate is the go-to choice for high-frequency applications. High-frequency boards rely on high-frequency microwave
Why Rogers’ Material Is So Popular Among PCB Designers?
In our daily work with PCB designers, we’re often asked: Why does Rogers material stand out so much? The answer boils down
Characteristics and Applications of PTFE PCB
PTFE—short for Polytetrafluoroethylene, commonly called “Plastic King”—is a polymer made from tetrafluoroethylene monomer. It’s a white, waxy, semi-transparent powder: odorless, tasteless, non-toxic,
Isola FR408HR: Performance Attributes, Specs, and Processing
When designers talk about Isola FR408HR, they’re referring to Isola’s specialized high-performance FR‑4 laminate, widely specified for high-frequency PCBs and high Tg
Rogers 4350B: High-Frequency Laminate Performance & Benefits
Designing high-frequency automotive radar or phased-array systems? When elevated temperatures threaten material stability and signal integrity, RO4350B PCB laminate stands out as
Rogers 5880 PCB: Low-Loss PTFE Composite for High-Frequency RF
When designing high-frequency RF circuits, signal loss and electrical consistency make or break performance. These circuits power military radar, satellite communications, and