| Woven Glass Reinforced PTFE-RF-35TC-A |
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| RF-35TC-A laminates are made from a woven fiberglass fabric embedded with ceramic-filled PTFE. This unique ceramic blend provides a low dissipation factor and high thermal conductivity. Unlike its hydrocarbon-based synthetic rubber counterparts, RF-35TC-A does not oxidize, yellow, or experience an increase in dielectric constant and dissipation factor. It is ideal for high power applications. |
| Woven Glass Reinforced PTFE-RF-60TC |
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| RF-60TC is a fiberglass substrate that is enhanced with ceramic and made from PTFE. It serves as a base material ideal for high power RF and microwave applications. This material helps maintain lower operating temperatures in high power scenarios and boosts gains and efficiencies in compact antenna applications for the 6.15 DK market by offering improved dielectric heat dissipation and extremely low dielectric losses. |
| Woven Glass Reinforced PTFE-TLC-32 |
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| TLC-32 laminates are designed to offer an affordable substrate ideal for various microwave applications. They deliver better electrical performance than thermoset laminates such as FR-4, PPO, BT, polyimide, and cyanate ester. Additionally, TLC-32 laminates ensure remarkable mechanical stability. They can be easily sheared, drilled, milled, and plated with standard techniques used for PTFE/woven fiberglass materials. These laminates maintain dimensional stability and absorb almost no moisture during fabrication. |
| Woven Glass Reinforced PTFE-TLE-95 |
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| TLE-95 laminates are designed to deliver the necessary electrical and mechanical properties for advanced microwave and high-speed digital applications. Their low Z-axis CTE ensures excellent plated-through hole reliability, while low thermal expansion in the X and Y planes guarantees high reliability for surface mount applications. Additionally, the dielectric constant shows minimal variation with temperature changes. |
| Woven Glass Reinforced PTFE-TLX-8 |
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| TLX-8 is a dependable choice for various RF applications, thanks to its versatility stemming from a DK range of 2.45 - 2.65, along with different thicknesses and copper cladding options. It is particularly well-suited for low-layer microwave designs. These PTFE fiberglass laminates are perfect for radar systems, mobile communications, microwave testing equipment, microwave transmission, and RF components. |
| Woven Glass Reinforced PTFE-TLY-3 |
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| TLY-3 laminates are made using lightweight woven fiberglass, offering greater dimensional stability compared to PTFE composites reinforced with chopped fibers. The woven structure of TLY-3 creates a mechanically robust laminate ideal for mass production. Its low dissipation factor makes it suitable for automotive radar applications at 77 GHz and other millimeter wave frequency antennas. |
| Woven Glass Reinforced PTFE-TLY-5 |
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| TLY-5 laminates are crafted using lightweight woven fiberglass, offering superior dimensional stability compared to chopped fiber reinforced PTFE composites. The woven matrix in TLY-5 provides enhanced mechanical stability, making it ideal for high-volume production. Its low dissipation factor makes it well-suited for automotive radar applications at 77 GHz and other millimeter wave frequency antennas. |
| Woven Glass Reinforced PTFE-TLY-5A |
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| TLY-5A laminates are made from extremely lightweight woven fiberglass, offering greater dimensional stability compared to chopped fiber reinforced PTFE composites. This woven structure results in a mechanically robust laminate ideal for large-scale production. Thanks to its low dissipation factor, it performs well in automotive radar applications designed at 77 GHz, as well as other antennas operating at millimeter wave frequencies. |
| Woven Glass Reinforced PTFE-TSM-DS3 |
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| TSM-DS3 is a highly stable, industry-leading core known for its low loss (DF = 0.0011 at 10 GHz) and can be produced with the reliability and consistency comparable to top fiberglass-reinforced epoxies. This material is a ceramic-filled composite with a minimal fiberglass content of about 5%, making it suitable for creating large, complex multilayer structures. TSM-DS3 is designed for high-power applications (thermal conductivity: 0.65 W/m*K), where effectively dissipating heat from other sources in PWB designs is crucial. Additionally, it features very low thermal expansion coefficients, ideal for challenging thermal cycling conditions. |
| Woven Glass Reinforced PTFE-TSM-DS3b |
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| TSM-DS3b is an industry-leading, thermally stable core with low loss (DF = 0.0011 at 10 GHz), offering manufacturing predictability and consistency on par with the finest fiberglass-reinforced epoxies. It is a ceramic-filled material with about 5% fiberglass content, comparable to epoxies in producing large, complex multilayer structures. TSM-DS3b is designed for high-power applications (TC: 0.65 W/m*K), where the dielectric needs to efficiently dissipate heat in PWB designs. Additionally, it boasts very low coefficients of thermal expansion, making it ideal for challenging thermal cycling conditions. |
| Woven Glass Reinforced PTFE-TSM-DS3M |
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| TSM-DS3M is an industry-leading core known for its thermal stability and low loss, with a dielectric loss (DF) of 0.0011 at 10 GHz. It can be produced with the same reliability and precision as top fiberglass-reinforced epoxies. This ceramic-filled material has a minimal fiberglass content of around 5% and matches epoxies in producing large, complex multilayer structures. TSM-DS3M is designed for high-power applications, featuring a thermal conductivity of 0.65 W/m*K to efficiently dissipate heat from other components in a printed wiring board design. It also boasts very low thermal expansion coefficients, making it ideal for demanding thermal cycling environments. |
