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| Low loss PCB |
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Low loss PCBs are specifically engineered to minimize signal attenuation and maintain signal integrity in high-frequency applications, making them essential in industries such as telecommunications, aerospace, and medical devices. These PCBs utilize advanced materials with low dissipation factors, typically around 0.001 to 0.002, which significantly reduce energy loss as heat during signal transmission. Additionally, they feature a stable dielectric constant that ensures consistent impedance and signal propagation, thereby minimizing distortion. High thermal conductivity is another critical characteristic, as it facilitates effective heat dissipation, enhancing the reliability and performance of the circuit board. By integrating these features, low loss PCBs provide improved signal integrity and efficiency, making them ideal for modern electronic applications where high-speed data transmission is crucial. |
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| Double Sided Rogers 30mil (0.762mm) RO4350B RF High Frequency PCB for LNCs |
RO4350B laminates are expertly engineered to provide top-notch high frequency performance while enabling cost-effective circuit production.Above 500 MHz, the variety of laminates at designers' disposal notably diminishes. Fortunately, RO4350B comes to the rescue. It packs the essential properties demanded by designers working on RF microwave circuits, matching networks, and controlled impedance transmission lines. Thanks to its low dielectric loss, RO4350B can be deployed in numerous scenarios where conventional circuit boards falter under the strain of higher operating frequencies. |
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| 2 Layers RO4350B PCB |
Low dielectric loss Rogers PCB |
30mil RO4350B PCB Price |
Rogers RO4350B RF Circuit Board |
Rogers RO4350B Substrate |
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| 20mil 0.508mm Rogers RO4350B Double-Sided RF High-Frequency PCB for Splitter |
| RO4350B hydrocarbon ceramic laminates provide excellent high-frequency performance and cost-effective circuit fabrication. Above 500 MHz, designer options for laminates are limited. It has essential properties for RF/microwave design and low dielectric loss, useful in applications where traditional materials fall short at higher frequencies. |
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| Double-Sided RO4350B Substrate |
20mil RF RO4350B PCB |
RO4350B hydrocarbon ceramic laminates |
Rogers RO4350B PCB for Splitter |
0.508mm Rogers RO4350B |
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| Rogers RO4003C 32mil 0.813mm High Frequency PCB with Immersion Gold for Filters |
| Rogers RO4003C laminates offer high-frequency performance and cost-effective manufacturing. Above 500 MHz, options are limited, but RO4003C suits RF microwave circuits, matching networks, and controlled impedance lines. Its low dielectric loss and stable dielectric constant make it ideal for high-frequency apps. Its CTE matches copper, ensuring dimensional stability for multi-layer boards. RO4003C's low Z-axis CTE ensures plated through-hole quality, and its Tg of over 280°C maintains stability during PCB processing. |
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Rogers RO4003C FR4 |
RO4003C RF Microwave Circuits |
32mil RO4003C High Frequency PCB |
Rogers RO4003C for Filters |
Low CTE RO4003C PCB Board |
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| 2-Layer 8mil 0.203mm Rogers RO4003C RF High Frequency PCB for Antenna |
| RO4003C laminates provide high-frequency performance and low-cost fabrication. Limited options above 500 MHz. Suited for RF circuits. Low dielectric loss. Stable dielectric constant. Similar CTE to copper for stability and reliable through-holes. Tg >280°C for stable expansion. |
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| Rogers RO4003C Core Thickness |
2-layer 0.203mm Rogers PCB |
Rogers RO4003C DK |
High Tg 280°C laminate |
Rogers RO4003C Datasheet |
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| DK2.2 Dual Layer F4BME220 High Frequency PCB PTFE Cheap RF PWB for Couplers |
F4BME220 has dimensions of 100 x 100 mm and is designed as a double-sided, two-layer board. It supports only surface mount components, excluding any through-hole components. The layer stackup consists of a top layer made of 35 µm (1 oz) copper, featuring an initial plating of 0.5 oz, along with a 1.0 mm thick F4BME220 core material, and a corresponding bottom layer of 35 µm (1 oz) copper. The surface finish is Organic Solderability Preservative (OSP), which ensures dependable soldering performance. Importantly, this PCB does not have a solder mask. |
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| Dual Layer F4BME220 PCB |
DK 2.2 Wangling Substrate |
F4BME220 High Frequency PCB |
F4BME220 PCB Datasheet |
Low Dielectric Loss PCB |
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| Double Sided Rogers RT/Duroid 5870 20mil 0.508mm High Frequency RF PCB for Millimeter Wave Applications |
| Rogers RT/duroid 5870 is a high-frequency glass microfiber reinforced PTFE composite, perfect for stripline and microstrip circuits. Its consistent dielectric constant and low dissipation factor make it suitable for Ku-band and higher frequencies. The material is easy to shape and highly resistant to solvents used in circuit etching and plating. Typical applications include broadband antennas for commercial airlines, military radar, missile guidance systems, and millimeter wave technologies. |
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RT/duroid 5870 20mil Thickness |
Rogers RT/duroid 5870 Material |
RT/duroid 5870 Laminate |
Rogers RT/duroid 5870 for Sale |
RT/duroid 5870 Datasheet |
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| High Frequency PCB Rogers RT/Duroid 5870(31mil 0.787mm): Ideal for Radar, Superior Performance Guaranteed! |
| Rogers RT/duroid 5870 is a high-frequency composite consisting of glass microfiber-reinforced PTFE, designed for stripline and microstrip circuits. It offers a consistent dielectric constant and a low dissipation factor, making it well-suited for Ku-band and higher frequency uses. This material is easily moldable and shows excellent resistance to solvents used in circuit etching and plating processes. Common applications include broadband antennas for commercial airlines, military radar systems, missile guidance technologies, and millimeter-wave applications. |
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Low Loss RT/duroid 5870 |
RT/Duroid 5870 High Frequency PCB |
RT/duroid 5870 Price |
2-Layer Low Dissipation PCB |
31mil RT/Duroid 5870 Substrate |
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| 0.508mm 20mil RT/Duroid 5880 Rogers High Frequency PCB for Radar Systems |
| Rogers RT/duroid 5880 is a high-frequency glass microfiber reinforced PTFE composite designed for stripline and microstrip applications. Its unique microfibers provide exceptional dielectric constant uniformity across all panels and frequencies. With a low dissipation factor for Ku-band and higher, it is easy to cut and resistant to etching and plating solvents. Ideal for both commercial broadband antennas and military radar systems, RT/duroid 5880 is the versatile choice for various applications. |
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2-Layer Rogers RT/Duroid 5880 |
0.508mm RT/Duroid 5880 Thickness |
20mil RT/Duroid 5880 PCB |
RT/Duroid 5880 Loss Tangent |
Immersion Gold PCB |
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| 31mil 0.787mm Rogers RT/Duroid 5880 High Frequency PCB for Point to Point Digital Radio Antennas |
| Rogers RT/duroid 5880 is an exceptional high-frequency glass microfiber reinforced PTFE composite designed for stripline and microstrip circuits. Its randomly oriented microfibers provide excellent dielectric constant uniformity, and its low dissipation factor enhances signal integrity for Ku-band and above. Highly workable, it can be easily cut, sheared, and machined, and is resistant to common etching and plating solvents, making it reliable for PCB manufacturing. Applications include commercial broadband antennas and military millimeter-wave technologies. |
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Rogers RT/duroid 5880 DK 2.2 |
Rogers RT/duroid 5880 Substrate |
RT/duroid 5880 for Sale |
2-Layer Low Dissipation PCB |
RT/Duroid 5880 Laminate Price |
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| Double Sided RF PCB 1.525mm 60mil Taconic RF-35TC High Frequency PCB with Immersion Gold |
| RF - 35TC is a high - frequency material from Taconic company. It is composed of PTFE (Polytetrafluoroethylene) as the base, filled with ceramic and reinforced by fiberglass.This is a double-sided PCB with an RF-35TC substrate and a dielectric constant of 3.5.The RF-35TC PCB features a basic color of brown and grey. Its primary applications include power amplifiers, couplers, and filters, and it is also widely utilized in antennas and satellite equipment. |
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Taconic RF-35TC Price |
Taconic RF-35TC Thickness |
RF-35TC Material |
RF-35TC Loss Tangent |
RF-35TC Datasheet |
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