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Newly Shipped RF PCB |
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The newly shipped PCB column is a collection of our various RF printed circuit boards (PCBs) that have been recently shipped to companies or individuals. In this column, you will find our latest PCB product series, newest technologies, and dynamic market trends. It provides opportunities for individuals or companies to discover new and interesting RF PCB products or technologies that may be useful for their own projects or applications. Hopefully you enjoy it and good luck. |
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| 12-layer 1.6mm IT-180 Through Holes PCB--The Innovative Core with Thermal Stability and CAF Resistance |
| IT-180ATC is an advanced multifunctional filled epoxy that boasts a high glass transition temperature (175℃ as measured by DSC). It exhibits high thermal reliability and excellent resistance to CAF. This remarkable material is suitable for a wide range of applications and is capable of withstanding 260℃ lead-free assembly processes. |
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| IT-180ATC Datasheet |
IT-180ATC Dielectric Constant |
IT-180ATC vs FR4 |
IT-180ATC PCB Material |
IT-180ATC Iteq |
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| 2-layer 20mil CuClad250 PCB with a High PTFE Ratio, Leading the New Trend in Circuits |
Rogers CuClad 250 laminates are composed of cross-plied, woven fiberglass and PTFE composites, featuring low dielectric constants that range from 2.40 to 2.55 at 10 GHz. These laminates utilize a higher fiberglass-to-PTFE ratio, resulting in mechanical properties that are comparable to those of traditional substrates. Additionally, CuClad 250 laminates offer enhanced dimensional stability and reduced thermal expansion in all directions. |
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| CuClad 250 PCB Layout |
Rogers CuClad 250 Design |
20mil CuClad 250 High Frequency PCB |
Low Dielectric Constants PCB |
CuClad 250 High PTFE Ratio Material |
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| Focus! 2-layer 40mil 1.016mm F4BTMS233 PCB Has an Unrivaled Low-Loss Feature |
| The F4BTMS series upgrades the F4BTM series with high ceramic content and ultra-thin glass fiber cloth for enhanced performance and dielectric range. Key features include a blend of glass fiber and nano-ceramics with PTFE resin, minimizing negative effects on electromagnetic wave propagation, resulting in lower dielectric loss and improved stability. It also offers low thermal expansion, stable dielectric characteristics, and RTF low roughness copper foil, which reduces conductor loss and ensures strong peel strength, compatible with copper and aluminum bases. |
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2-Layer Wangling F4BTMS233 PCB |
F4BTMS233 High Frequency PCB |
F4BTMS233 PCB Material |
40mil 1.016mm F4BTMS233 Thickness |
F4BTMS233 Datasheet PDF |
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| F4BTMS1000 Double Layer 6.35mm Thick PCB with Advanced Technological Breakthroughs for Aerospace |
| The F4BTMS series is an enhanced version of the F4BTM series, having made a significant technological leap in both material formulation and manufacturing processes. It incorporates a substantial amount of ceramics and is strengthened by ultra-thin and ultra-fine glass fiber cloth, thereby achieving remarkable enhancements in material performance. This includes a wider range of dielectric constants, making it a highly reliable material that is ideal for aerospace applications and capable of substituting similar foreign products. |
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F4BTMS1000 PCB Material |
6.35mm Thick F4BTMS1000Substrate |
Double Layer F4BTMS1000 PCB |
Wangling F4BTMS High Frequency PCB |
F4BTMS PCB Layout |
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| 8-Layer 1.5mm RO4003C S10002M HDI Hybrid PCB: High-Frequency Game - Changer, Dual Performance & Cost Advantages |
| Rogers RO4003C is a woven glass-reinforced hydrocarbon/ceramic material that combines the electrical performance of PTFE with the manufacturability of epoxy/glass. It offers excellent high-frequency performance and very low-loss characteristics, making it suitable for RF microwave circuits, matching networks, and controlled impedance transmission lines. RO4003C is available in various configurations, utilizing both 1080 and 1674 glass fabric styles, all meeting the same electrical performance specifications. |
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| Rogers RO4003C PCB |
RO4003C S10002M Datasheet |
RO4003C Dielectric Constant 3.38 |
8-Layer 1.5mm RO4003C S10002M |
HDI Hybrid PCB |
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| 6-Layer 1.1mm RO4003C S1000-2M Hybrid PCB, Comparable to PTFE, with Lower-Loss and More Favorable Cost |
| Rogers RO4003C combines the electrical advantages of PTFE and the manufacturing benefits of epoxy/glass. It is suitable for high - frequency, low - loss radio - frequency (RF) applications. Key features include a stable dielectric constant, low dissipation factor, good thermal conductivity, a coefficient of thermal expansion (CTE) matched to copper, a low Z - axis coefficient of thermal expansion, a high glass transition temperature (Tg), and low moisture absorption. |
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| RO4000 Series High Frequency PCB |
6-Layer Rogers RO4003C Substrate |
Rogers RO4003C Price |
RO4003C S1000-2M Hybrid PCB |
RO4003C Loss Tangent |
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| 31mil Rogers IsoClad 933 Two-layer PCB, the Perfect Choice for Excellent Conformability and Super Stability |
| Rogers IsoClad 933 laminates are non - woven fiberglass/PTFE composites designed for use as PCB substrates. Thanks to their non - woven reinforcement, these laminates are suitable for applications where the final circuit requires conformability. IsoClad 933 laminates employ longer random fibers and a unique, proprietary process. This combination results in excellent dimensional stability and enhanced mechanical strength. |
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| Rogers IsoClad® 933 Laminates |
Double Sided Rogers IsoClad 933 PCB |
31mil IsoClad 933 PCB Board |
PTFE/fiberglassl Composites |
Rogers IsoClad 933 Datasheet |
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| Discover RF-10 PCB: 2-Layer 125mil Laminates for Optimal Performance and Reliability in RF Applications |
| RF-10 copper clad laminates are advanced composites of ceramic-filled PTFE and woven fiberglass, offering a high dielectric constant and low dissipation factor for RF applications. With thin fiberglass reinforcement, they enhance rigidity and dimensional stability while minimizing dielectric loss. Cost-effective and timely, RF-10 laminates meet size reduction needs and bond well with smooth copper, optimizing insertion losses at high frequencies. |
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125mil Taconic RF-10 PCB |
Taconic RF-10 Design |
2-Layer RF-10 Laminates |
RF-10 Dielectric Constant 10.2 |
Low Dielectric Loss Substrate |
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| RO3203 4-Layer, 0.6mm Thick High Frequency PCB: Ceramic-Filled, Unmatched Electrical & Mechanical Perfection |
| The RO3203 PCB is a 4-layer, 0.6mm thick laminate made from ceramic-filled materials reinforced with woven fiberglass. Designed for superior electrical performance and mechanical stability, these competitively priced high-frequency materials extend the RO3000 Series with enhanced stability. With a dielectric constant of 3.02 and a dissipation factor of 0.0016, RO3203 supports frequencies beyond 40 GHz. |
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| 4-layer RO3203 Rigid PCB |
0.6mm Thick High Frequency PCB |
RO3203 Dielectric Constant 3.02 |
Rogers RO3203 Datasheet |
Rogers RO3000 Series Laminates |
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| 4-Layer RO4003C Multilayer PCB, 4.8mm Thick: Low-Loss, Cost-Effective for High-Frequency RF Microwave Applications |
| Rogers RO4003C materials are woven glass reinforced hydrocarbon/ceramics that merge PTFE/woven glass electrical performance with epoxy/glass manufacturability. They provide superior high-frequency performance and low-cost circuit fabrication. This low-loss material is ideal for RF microwave circuits, including controlled impedance transmission lines and matching networks, and is effective in high-frequency applications where conventional laminates are limited. |
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| Rogers RO4003C PCB |
Rogers RO4003C Datasheet |
RO4003C Dielectric Constant 3.38 |
Rogers RO4003C Substrate |
Rogers RO4003C Lopro |
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| RO4350B 4 - layer 1.8mm PCB: PTFE - level Electric Performance, Easy Processing, the King of Cost - effectiveness |
| Rogers RO4350B is a cost-effective laminate made from woven glass reinforced hydrocarbon and ceramics, offering electrical performance similar to PTFE/woven glass with standard epoxy/glass processing. It provides precise control over dielectric constant, low loss, and requires no specialized handling, making it suitable for high-power RF designs. Its thermal coefficient of expansion matches that of copper, ensuring dimensional stability for multi-layer boards, while its Tg exceeds 280°C (536°F), maintaining stable characteristics during processing. |
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| Rogers RO4350B Dielectric Constant |
Rogers RO4350B Thickness 1.8mm |
Rogers RO4350B Datasheet PDF |
Rogers RO4350B Price |
Rogers RO4350B Lopro |
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| RO4830 2-Layer 9.4mil PCB, Crafted with FR-4 Process, the New Favorite for Millimeter-Wave Applications |
| Rogers RO4830 high-frequency laminates are cost-effective thermoset materials that serve as an alternative to PTFE-based laminates, with a dielectric constant of 3.2 at 77 GHz. They feature LoPro reverse treated copper foil cladding for an insertion loss of 2.2 dB per inch. Ideal for 76-81 GHz automotive radar sensors, RO4830 laminates can be fabricated using standard FR-4 processes and are designed for use as the cap layer in FR-4 multi-layer boards. |
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| Rogers RO4830 Datasheet |
Rogers RO4830 Laminate |
2-Layer Rogers RO4830 |
RO4830 PCB Material |
Immersion Silver PCB |
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| RTduroid 5880 PCB 2-layer 10mil Copper Filled Via for Exacting Stripline and Microstrip Circuit Applications |
| Rogers RT/duroid 5880 laminates, made of PTFE composites strengthened by randomly arranged glass microfibers, are engineered for demanding stripline and microstrip circuit applications. These laminates have outstanding dielectric constant uniformity, with consistent values from panel to panel and stability across a broad frequency spectrum. Their impressively low dissipation factor extends their usability into the Ku - band and higher, making them an ideal choice for high - performance, frequency - sensitive electronic projects. |
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| Rogers RT/duroid 5880 Substrate |
RT/duroid 5880 Price |
RT/duroid 5880 Online Purchase |
10mil RTduroid 5880 Thickness |
RTduroid 5880 LossTangent |
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| 2 - Layer, 20mil TLY - 5 PCB: Stable and Low - Loss Solution for Automotive Radar and Millimeter - Wave Applications |
| TLY - 5 laminates, made of extremely lightweight woven fiberglass, have better dimensional stability than chopped fiber - reinforced PTFE composites. Their woven structure gives enhanced mechanical stability, making them great for high - volume manufacturing. Thanks to the low dissipation factor, TLY - 5 suits demanding applications like 77 GHz automotive radar and other millimeter - wave antennas. |
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| Taconic TLY - 5 PCB |
Taconic TLY-5 Datasheet |
Taconic TLY - 5 substrate |
TLY-5 Material
Woven Fiberglass |
Taconic TLY - 5 datasheet |
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| Double Layer, 30mil WL-CT338 Enables a Leap in the Performance of 5G Base Stations with High TG 280°C |
| Wangling's WL-CT338 laminates are thermosetting resin-based high-frequency materials made from hydrocarbon resin, ceramics, and fiberglass cloth. They deliver low loss performance for high-frequency designs and can be processed like FR4, making them easier than PTFE while ensuring stability. These laminates can replace similar foreign products and feature excellent low loss, high-temperature resistance, low thermal expansion, and a glass transition (TG) value over 280°C. |
Tags:
| 30mil WL-CT338 laminates |
Wangling's WL-CT338 PCB |
Loss Tangent of 0.0029 |
Wangling's WL-CT338 Price |
Wangling's WL-CT338 Material |
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