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| PCB Prototypes |
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PCB prototypes hold a crucial position in the electronics industry. Serving as the initial iterations of printed circuit boards,they enable engineers and designers to rigorously test and refine their ideas. This proactive approach allows for early detection of potential issues, significantly reducing the risk of costly errors during mass production. From smartphones to medical devices and smart cars, the presence of well-crafted PCB prototypes is vital for the successful development of these technologies. They not only ensure the reliability and functionality of products but also accelerate the innovation process. As technology continues to evolve, the importance of PCB prototypes becomes increasingly pronounced, solidifying their status as a cornerstone of modern electronics development. |
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| Rogers-RO3010-High-Frequency-PCB--Choose-from-5mil,10mil,25mil,or-50mil-with-Immersion-Silver,Gold,Tin,or-HASL-Finishes |
RO3010 high-frequency circuit laminates are ceramic-filled PTFE composites specifically designed for commercial microwave and RF applications. A standout feature of this material is its exceptional electrical performance, coupled with stable and consistent mechanical properties. This reliability enables designers to create multi-layer boards without concerns about warping or reliability issues, ensuring robust and high-performance solutions. |
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Rogers RO3010 PCB Thickness |
Rogers RO3010 DK10.2 |
RO3010 High Frequency PCB |
Rogers RO3010 Material |
Rogers RO3010 Datasheet |
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| Rogers-6006-PCB-Available-in-25mil, 50mil, and-75mil-with-Immersion-Gold-and-Green-Mask-for-Ground-Radar-Warning |
| Rogers RT/duroid 6006 high frequency PCBs are advanced ceramic-PTFE composites, specifically engineered for high-performance electronic and microwave circuits that demand a high dielectric constant. With a dielectric constant (Dk) of 6.15, this material is ideal for applications requiring precise signal control and stability in demanding RF and microwave environments. |
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RT/Duroid 6006 Material |
25 Mil 50 Mil RT/Duroid 6006 Material |
Rogers RT/Duroid 6006 PCB |
75 Mil RT/Duroid 6006 Laminate |
Rogers RT/Duroid 6006 PCB Substrate |
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| Taconic-TLX-0, TLX-9, TLX-8, TLX-7, and-TLX-6-High-Frequency-PCB-with-HASL, Immersion-Gold, Silver, Tin, and OSP, Advanced-Performance |
| The TLX series, developed by Taconic, is a range of PTFE fiberglass laminates designed for reliability across a wide spectrum of RF applications. Known for its versatility, this material features a dielectric constant (DK) range of 2.45 to 2.65, making it ideal for low-layer-count microwave PCBs. |
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TLX-0 TLX-9 Taconic PCB Board |
TLX-8 TLX-7 Taconic High Frequency PCB |
TLX-6 Taconic High Frequency PCB |
Taconic TLX Series High Frequency PCB |
Taconic TLX Substrates |
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| 15mil-20mil-25mil-30mil-50mil-60mil-Rogers-TMM4-Microwave-PCB-with-Immersion-Gold, Precision-Engineered-and-Durable |
Rogers TMM4 PCB is a high-performance thermoset microwave material composed of a ceramic-hydrocarbon thermoset polymer composite, specifically engineered for stripline and microstrip applications requiring exceptional plated-through-hole reliability. With a dielectric constant (Dk) of 4.70, TMM4 laminate combines the advantageous electrical and mechanical properties of both ceramic and traditional PTFE-based microwave materials. |
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Rogers TMM4 Microwave PCB |
TMM4 Rogers Substrate |
Rogers TMM4 PCB |
TMM4 PCB Material |
High Frequency Circuit Board PCB Market |
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| Rogers-TMM10i-Microwave-Printed-Circuit-Board-15mil-25mil-50mil-75mil-TMM10i-RF-PCB-with-Immersion-Gold |
| Rogers TMM10i thermoset microwave materials, being ceramic, hydrocarbon, and thermoset polymer composites, are engineered for high-reliability stripline and microstrip applications with plated-thru-holes. In terms of electrical and mechanical features, TMM10i laminates combine numerous advantages of ceramic and traditional PTFE microwave circuit laminates. Notably, it doesn't call for the specialized production techniques typical of these materials. |
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TMM10i Datasheet |
TMM10i Substrate |
TMM10i High Frequency PCB |
15mil TMM10i PCB |
TMM10i Rogers PCB |
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| Rogers-TMM3-High Frequency-Printed-Circuit-Board-15mil-30mil-60mil-DK3.27-RF-PCB-With- Low-Loss |
| Rogers TMM3 high - frequency PCBs are composite materials made from a combination of ceramic, hydrocarbon, and thermoset polymers. These laminates are specifically engineered for stripline and microstrip applications that demand high reliability of plated - through holes (PTH). TMM3 laminate features a dielectric constant of 3.27 and a dissipation factor of 0.002, which contribute to its excellent electrical performance. |
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Rogers TMM PCB |
TMM3 15mil 30mil 60mil PCB |
Rogers TMM3 Immersion Gold PCB |
TMM3 High Frequency PCB |
DK3.27 RF PCB |
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| Rogers-TMM6-Microwave-Printed-Circuit-Board-20mil-50mil-75mil-DK6.0-RF-PCB-With-Immersion-Gold |
| Rogers TMM6 thermoset microwave laminates are a composite blend of ceramic, hydrocarbon, and thermoset polymers, meticulously engineered for stripline and microstrip applications where high reliability of plated - through - holes (PTH) is crucial. Sporting a dielectric constant of 6.0 and a dissipation factor of 0.0023, TMM6 PCB stands out in the realm of microwave materials. |
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Rogers TMM6 PCB Board |
TMM6 Printed Circuit Board |
TMM6 Microwave Rogers PCB |
TMM6 RF Rogers PCB |
TMM6 20mil 50mil 75mil PCB |
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| Rogers-TMM13i-High-Frequency-PCB-15mil-20mil-25mil-60mil-RF-PCB-for-Stripline-and- Microstrip-Application |
| Rogers TMM13i thermoset microwave laminates are ceramic-hydrocarbon thermoset polymer composites engineered specifically for stripline and microstrip applications that demand high PTH (plated-through-hole) reliability. With a dielectric constant of 12.85 and a dissipation factor of 0.0019, these laminates offer excellent electrical performance. |
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Rogers TMM 13i PCB |
TMM 13i High Frequency PCB |
TMM 13i RF PCB |
TMM 13i DK 12.85 PCB |
Rogers TMM 13i ENIG PCB |
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| Taconic-RF-60TC-PCB-10mil, 20mil, 30mil-and-60mil-Laminate-Coating-with-Immersion-Gold, Tin, HASL-and-OSP |
| Taconic RF-60TC is an advanced ceramic-filled PolyTetraFluoride (PTFE)-based fiberglass substrate engineered specifically for high-power RF and microwave printed circuit boards. Tailored for the 6.15DK market, it's designed to significantly lower operating temperatures in high-power scenarios by optimizing dielectric heat dissipation and achieving exceptionally low dielectric losses. This translates to enhanced gain and efficiency, especially in miniaturized antenna applications where space and performance are at a premium. |
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Double Sided RF-60TC PCB |
Tin Surface Finish PCB |
Taconic RF-60TC PCB |
OSP PCB Finish |
HASL PCB Finish |
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