Blog - QFPCB Printed Circuit Board and PCBA manufacturing

Rogers Curamik® Metallized Ceramic Substrates For High Insulation Voltage And High Heat Spreading Applications

Rogers curamik® product suite offers best-in-class metallized ceramic substrates that enable higher power efficiency. The low coefficient of thermal expansion of the ceramic substrate means they outperform substrates based on

Rogers CuClad 217 CuClad 233 And CuClad 250 Series Laminates That Is A Premier Choice For Microwave Printed Circuit Board Substrates Applications

Rogers CuClad 217, CuClad 233 and CuClad 250 series laminates are woven fiberglass/PTFE composite materials for use as printed circuit board substrates.The woven fiberglass reinforcement in CuClad products provides greater

Rogers TC600™ Laminate That Is A Premier Choice For Microwave Combiner and Power Divider Applications

TC600 is a woven fiberglass reinforced, ceramic-filled PTFE composite for printed circuit boards. It offers high thermal conductivity, reducing dielectric and insertion losses, and improving amplifier and antenna performance. Its

Rogers CLTE™ PTFE Laminate That Is A Premier Choice For Advanced Driver Assistance Systems (ADAS) Applications

Rogers CLTE-XT PTFE laminate have a dielectric constant (Dk) of 2.94 at 10 GHz at the same frequency, CLTE-XT ensures minimal signal degradation and excellent efficiency. It's ultra-low loss tangent

Rogers CLTE-AT Laminate That Is A Premier Choice For Automotive Radar & Adaptive Cruise Applications

CLTE-AT laminates use the common building blocks developed with CLTE-XT™ laminates, but with some changes to make the product more affordable. CLTE-AT laminates have “Best-in-Class” Insertion Loss (S21) and Loss

Rogers TMM® Thermoset Microwave TMM3, TMM4, TMM6, TMM10, TMM10i And TMM13i Materials For Radio Frequency And Microwave Circuitry Applications

TMM® materials offer dielectric constants (Dk) spanning from 3.27 to 12.85 at 10G, Ideal for single material systems on a wide variety of applications.TMM® thermoset microwave materials, which are ceramic

Rogers AD250C™, AD255C™, AD300D™ and AD350A™ PTFE Laminates An Ideal Choice For Antenna Applications

These AD250C™, AD255C™, AD300D™ and AD350A™ Series antenna products are glass-reinforced, PTFE-based composites that offer controlled dielectric constants, low-loss performance, and superior passive intermodulation (PIM) characteristics.

Rogers RT-duroid 6035HTC Laminate That Is A Premier Choice For High Power RF And Microwave Amplifiers Applications

RT-duroid 6035HTC high-frequency circuit materials are advanced ceramic-filled PTFE composites specifically engineered for use in high-power RF and microwave applications. With a dielectric constant (Dk) of 3.5 at 10 GHz,

Rogers RT duroid 6202PR Laminate That Is A Premier Choice For Complex Multi-layer Circuits With Inter-layer Connections Applications

RT duroid 6202PR is a high frequency circuit material with low loss and a low dielectric constant. It exhibits exceptional thermal conductivity, with a Dk value of 2.90, nearly double

Rogers RT duroid® 6006/6010LM High Frequency Laminates That Is A Premier Choice For High Dielectric Constant (DK) Of 10.2 Applications

The RT duroid 6006 laminate features a dielectric constant of 6.15, while the RT duroid 6010LM laminate exhibits a dielectric constant of 10.2. RT duroid 6006 and 6010LM microwave laminates

Rogers RO4835IND™ LoPro® Laminate That Is A Premier Choice For 60 to 81 GHz Industrial Radar Applications

RO4835INDTM LoPro® thermoset laminates have a stable Dk of 3.48 at 10 GHz, this material ensures consistent signal integrity across a wide frequency range, minimizing phase shifts and impedance mismatches.

Rogers RO4830™ High Frequency Laminate That Is For 76-81 GHz Automotive Radar Sensors Applications

RO4830™ thermoset laminates are particularly well-suited for cost-sensitive millimeter-wave applications, such as 76-81 GHz automotive radar sensors.RO4830 laminates exhibit a dielectric constant of 3.2 at 77 GHz, which is marginally

Rogers RO4725JXR™ and RO4730G3™ laminatess That Is A Premier Choice For Cellular Base Station Antennas Applications

RO4725JXR™ and RO4730G3™ laminates possess the mechanical and electrical properties essential for antenna design. These materials exhibit a dielectric constant (Dk) of 2.55 and 3.0, respectively, and a loss tangent

Rogers RO4360G2™ High Frequency Laminate That Is For Base Station Power Ampliffers Applications

RO4360G2™ laminates, characterized by a dielectric constant (Dk) of 6.15, exhibit low loss and are reinforced with glass fibers. Alongside a Dissipation Factor (Df) of just 0.0038 at 10 GHz,

Rogers RO3010 High Frequency Laminate That Is Can Be Used In Applications Up To 77 GHz

Rogers RO3010 laminates are ceramic-filled PTFE composite suitable for applications up to 77 GHz. It exhibits a dielectric constant of 11.20 at room temperature, which remains stable up to 40

Rogers RO3035™ High Frequency Laminate That Is Can Be Used In Applications Up To 30-40 GHz

RO3035™ laminates are ceramic-filled PTFE-based circuit materials that exhibit consistent mechanical properties irrespective of the selected dielectric constant. The low loss tangent of 0.0015 at 10 GHz to enable low

Rogers RT duroid® 6002 Microwave Laminate That Is A Premier Choice For High Reliability Complex Multilayer Circuits Applications

RT/duroid® 6002 microwave material is the first low-loss, low dielectric constant laminate that material boasts a Dielectric Constant (Dk) of 2.94 ±0.04 at 10GHz, with a low loss tangent of

Rogers CLTE-MW PTFE Laminate That Is A Premier Choice For 5G Or Millimeter Wave Designs Applications

Rogers CLTE-MW™ laminates are ceramic-filled, woven glass-reinforced PTFE composites. With a low loss tangent of 0.0015 at 10 GHz, and the material boasts a Dielectric Constant (Dk) of 2.94 to

Rogers RO3203™, RO3206™ and RO3210™ Series High Frequency Materials Introduction And Application

RO3203™, RO3206™ and RO3210™ High Frequency Circuit Materials are ceramic-filled laminates rein forced with woven fiberglass.The dielectric constant of RO3203 High Frequency Circuit Materials is 3.02. This along with a

Rogers RO4730 LoPro Laminate That is A Premier Choice For High-frequency Low Loss Dielectric Applications

Rogers RO4730™ LoPro™ laminate is a high-frequency material specifically designed for use in various applications, Typical applications is Base Station Antennas.The RO4735 have a dielectric constant (Dk) of 3.0 and

Advantages Of Using The Rogers RO4835™ High-frequency Laminate

RO4835™ laminate has excellent thermo-mechanical properties,and electrical characteristics that antenna designers need. The laminates have a dielectric constant (Dk) of 3.48 and a loss tangent (Df) of 0.0037 measured at

RO4003C, RO4350B High Frequency Laminates Woven Glass Reinforced Ceramic Filled Thermoset Materials

ROGERS 4003C and ROGERS 4350B have excellent low dielectric loss characteristics. As a result, they provide a more cost-effective and processable high-frequency material selection than PTFE materials.

Rogers RO3003 low dielectric loss material That Is A Premier Choice For 40GHz High-frequency Microwave Applications

Rogers RO3003 is a ceramic filled PTFE composite material used in commercial microwave and RF applications. It offers excellent stability with a dielectric constant of 3.0±0.04 to 10 GHz. The

That characteristic and function of Rogers RT/duroid® 5870/5880 glass microfiber reinforced PTFE composites

RT/duroid® 5870 and 5880 glass microfiber rein forced PTFE composites are designed for exacting strip line and micro strip circuit applications. the two products in this family are RT/duroid 5870

Top 10 French Electronics Companies Driving Innovation in 2026

France remains one of Europe’s most advanced electronics manufacturing hubs, combining world-class engineering expertise with leadership in semiconductors, industrial automation, aerospace electronics, automotive technologies, and energy management. As digital transformation,

Arduino Nano Pinout: The Complete Hardware Guide for Engineers and PCB Designers

The Arduino Nano is a compact microcontroller board widely used in embedded electronics, sensor modules, automation systems, robotics, IoT prototypes, and small custom PCB projects.

Flex vs Rigid PCB Cost: Materials, Process and Design Trade-Offs

Compare flex vs rigid PCB cost, including materials, process steps, yield risk, testing, volume and when the higher flexible PCB price makes sense.

What Is PCB Layout

Understand what PCB layout is, why it matters, how layout affects routing, DFM, assembly, cost, testing, and supplier review.

What Is PCB Prototyping

Learn what PCB prototyping is, how it works, key files, costs, testing, and how to choose a reliable PCB prototype supplier.

How to Find PCB Manufacturer with Quick Turnaround

Learn how to find a quick-turn PCB manufacturer, verify lead time, check quality controls, and prepare files for faster delivery.

How to Clean Flux from PCB

Learn how to clean flux from PCB safely, including solvent choice, step-by-step cleaning, no-clean flux rules, inspection, and common mistakes.

How to Choose Electronic Components for PCB Design

Learn how to choose electronic components for PCB design with checks for function, ratings, package, lifecycle, sourcing, DFM, and testing.

Avoiding DFM pitfalls: common design choices that complicate PCB production

How to minimize soft costs, shorten lead times, and keep your design on track This article highlights how common DfM pitfalls increase production lead times and non-material costs and outlines

How to Fix Broken PCB Traces?

The article has offered additional knowledge in fixing broken traces, which can be helpful in analysing and correcting PCB issues.

Polyimide PCB

Polyimide boards are synthetically-produced plastics that have outstanding strength and temperature stability.

What are SMT PCBs

Surface-mounted technology for printed circuit boards, or SMT PCBs, is a process where components are placed directly on top of the boards instead of threading the parts through the board.

How to Use PCB Prototype Board

Prototypes PCB also have their advantages, because you can create the size of the circuit board you need or use any component. PCBs are more robust than breadboards, which often

PCB Testing Methods

It is absolutely necessary that any designer or builder performs PCB testing methods if they want to achieve ultimate success.

PCB Corrosion: Causes & How to Prevent It

Corrosion on a circuit board is something that is naturally bound to occur at some point or another during the life of your electronic devices.

PCB Recycling: How to Recycle Circuit Boards

If there was a simple answer to this, we’d love to give it to you, but it’s a bit more complicated. The answer is both yes and no.

Double Sided PCB

If you’re interested in a career in technology or if you’re already in the field, PCB, specifically double sided PCB, is something that you’re going to be dealing with a

What is PCB V-Scoring?

PCB V-Scoring is the process of cutting a “V” shaped groove at the top and bottom of a printed circuit board (PCB).

PCB Stiffeners: An Extensive Guide

Now that you know the answer to the question, what is a stiffener in PCB, you can make sure you implement the use of them in your PCBs.

Via in Pad & Designing PCBs: Guidelines & Options

There’s a lot to think about when using via in pad. The bottom line seems to be that it is potentially the future of the industry since it allows for

A Guide to High Speed PCB Design

While there is no absolute definition of high speed PCB design, there are a few ways to figure out if your project is high speed.

Halogen Free PCBs

If you heard the term “halogen free PCB” and want to learn more, you’re in the right place. We share the backstory behind this type of printed circuit board.

PCB Delamination: Causes & Cures

Proper manufacturing procedures don’t provide guaranteed protection against delamination.

PCB Ionic Contamination Test

PCB contaminants include both ionic and nonionic compounds.