IT-8338G
IT-8338G is an advanced ultra-low loss & high Tg (185° C by TMA) material for demanding Radio frequency applications. The material has a Dielectric constant of 3.38 and is designed for the base stations, Antennas, LNBs for Direct broadcast systems and other RF applications. The product offers better dissipation factor and insertion loss than fiber reinforced Hydrocarbon materials. The product can be paired with a full prepreg offering to build high reliability multilayer boards or with other ITEQ materials for Hybrid constructions.
Applications Next Generation Halogen free product for
Base Stations, Power amplifiers
LNBs for Direct Broadcast systems
Antenna applications
Dipole antennas
Key Features
Very low loss ~0.0023 at 10 GHz.
Excellent dimensional stability
Very stable DK/Df with Temperature
Ability to use very low profile Copper for reduced insertion loss
Highly suitable for Hybrids, Ability to make high layer count boards
Full prepreg offering, Compatible with modified FR-4 processes
Property
Items | Methods | IT-8338G |
Tg (℃) | TMA | 185 |
T-300 (w/ 1 Oz Cu, min) | TMA | 60+ |
Td-5 %( ℃) | TGA 5% loss | 425 |
CTE (ppm/℃) | a1/a2 | 70/290 |
CTE (%), 50-260℃ | TMA | 3.9 |
Dk @ 10 GHz | IPC TM-650 2.5.5.13 | 3.38 |
Df @ 10 GHz | IPC TM-650 2.5.5.13 | 0.0023 |
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IT-8350G
IT-8350G is an advanced ultra-low loss & high Tg (185° C by TMA) material for demanding Radio frequency applications. The material has a Dielectric constant of 3.5 and is designed for the emerging 4.5 G LTE and 5G applications requiring halogen free materials with stringent thermal stability with temperature and frequency requirements. The product is also designed for long range, short range and medium range Radars used for Autonomous driving or advanced driver assist systems operating in the 24 GHz range. The product offers better dissipation factor and insertion loss than fiber reinforced Hydrocarbon materials. The product can be paired with a full prepreg offering to build high reliability multilayer boards or with other ITEQ materials for Hybrid constructions.
Applications Next Generation Halogen free product for
4 G LTE Base Stations, Power amplifiers
4.5G LTE Base stations, Antennas and PAs
24 GHz Automotive radar applications
77 GHz. SRR and MRR systems
5 G Base Stations & mm wave applications
Direct Broadcast systems
Antenna applications
CPE antennas
Key Features
Very low loss ~0.0025 at 10 GHz.
Excellent dimensional stability
Very stable DK/Df with Temperature
Ability to use very low profile Copper for reduced insertion loss
Highly suitable for Hybrids, Ability to make high layer count boards
Full prepreg offering, Compatible with modified FR-4 processes
Property
Items | Methods | IT-8350G |
Tg (℃) | TMA | 185 |
T-300 (w/ 1 Oz Cu, min) | TMA | 60+ |
Td-5 %( ℃) | TGA 5% loss | 425 |
CTE (ppm/℃) | a1/a2 | 65/268 |
CTE (%), 50-260℃ | TMA | 3.8 |
Dk @ 10 GHz | IPC TM-650 2.5.5.13 | 3.5 |
Df @ 10 GHz | IPC TM-650 2.5.5.13 | 0.0025 |
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IT-88GMW-3.0
IT-88GMW-3.0 is an advanced ultra-low loss & high Tg (185° C by TMA) material for demanding Radio frequency applications. The material is designed for long range, short range and medium range Radars used for Autonomous driving or Advanced driver assist systems operating in the 76-81 GHz. frequency range. The product offers better dissipation factor and insertion loss than fiber reinforced PTFE products. Its higher elastic modulus helps reduce mismatch in hybrid applications. The thermal conductivity is higher than PTFE based systems and therefore the product is also suitable for demanding 5G Base stations, power amplifiers and antenna applications which are expected to operate in the mm wave range of frequencies and also require high power handling capability. The product can be paired with a full prepreg offering to build high reliability multilayer boards. The dielectric properties are very stable with temperature and therefore very suitable for thermal cycling requirements in the automotive segment.
Application
Automotive LRR, MRR and SRR at76-81 GHz and 24 GHz
5 G Base Stations & mm wave applications
Distributed Antenna Systems, GPS satellite Antenna
Point to point – microwave links
Key Features
Very low loss ~0.0012 at 10 GHz.
Excellent dimensional stability
Very stable DK/Df with Temperature
Ability to use very low profile Copper for reduced insertion loss
Highly suitable for Hybrids, Ability to make high layer count boards
Full prepreg offering, Compatible with modified FR-4 processes
Property
Items | Methods | IT-88GMW-3.0 |
Tg (℃) | TMA | 185 |
T-300 (w/ 1 Oz Cu, min) | TMA | 60+ |
Td-5 %( ℃ ) | TGA 5% loss | 425 |
CTE (ppm/℃) | a1/a2 | 72/350 |
CTE (%), 50-260℃ | TMA | 3.8 |
Dk @ 10 GHz | IPC TM-650 2.5.5.13 | 3.0 |
Df @ 10 GHz | IPC TM-650 2.5.5.13 | 0.0012 |
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IT-8338A
IT-8338A is an advanced low loss & high Tg (185° C by DSC) material for Low noise block down converter and antenna applications. The product offers low dissipation factor and insertion loss than competitive insertion loss with its use of RTF and optional Rz2 or Rz1 copper foil. The dielectric properties are stable with temperature and the product is less prone to oxidation as compared to incumbent products.
Application
LNB- Low noise block down converters
Antenna
Distributed Antenna Systems, GPS satellite Antenna
Key Features
Breakthrough FR-4 product with microwave grade loss performance
FR-4 type processing leading to reduced cost of ownership
Low loss ~0.0038 at 10 GHz.
Excellent dimensional stability
Stable DK/Df with Temperature
Ability to use very low profile Copper for reduced insertion loss
Highly suitable for Hybrids, Ability to make high layer count boards
Full prepreg offering, Compatible with FR-4 processes
Property
Items | Methods | IT-8338A |
Tg (℃) | DSC | 185 |
Tg (℃) | TMA | 180 |
Td-5 %( ℃ ) | TGA 5% loss | 365 |
CTE (ppm/℃) | a1/a2 | 45/250 |
CTE (%), 50-260℃ | TMA | 2.7 |
Dk @ 10 GHz | IPC TM-650 2.5.5.13 | 3.38 |
Df @ 10 GHz | IPC TM-650 2.5.5.13 | 0.0036 |
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IT-8350A
IT-8350A is an advanced low loss & high Tg (185° C by DSC) material for Low noise block down converter and antenna applications. The product offers low dissipation factor and insertion loss than competitive insertion loss with its use of RTF and optional Rz2 or Rz1 copper foil. The dielectric properties are stable with temperature and the product is less prone to oxidation as compared to incumbent products.
Application
LNB- Low noise block down converters
Antenna
Distributed Antenna Systems, GPS satellite Antenna
Key Features
Breakthrough FR-4 product with microwave grade loss performance
FR-4 type processing leading to reduced cost of ownership
Low loss ~0.0038 at 10 GHz.
Excellent dimensional stability
Stable DK/Df with Temperature
Ability to use very low profile Copper for reduced insertion loss
Highly suitable for Hybrids, Ability to make high layer count boards
Full prepreg offering, Compatible with FR-4 processes
Property
Items | Methods | IT-8350A |
Tg (℃) | DSC | 185 |
Tg (℃) | TMA | 180 |
Td-5 %( ℃ ) | TGA 5% loss | 365 |
CTE (ppm/℃) | a1/a2 | 48/255 |
CTE (%), 50-260℃ | TMA | 2.8 |
Dk @ 10 GHz | IPC TM-650 2.5.5.13 | 3.50 |
Df @ 10 GHz | IPC TM-650 2.5.5.13 | 0.0036 |
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IT-8300GA
IT-8300GA is an advanced ultra-low loss & high Tg (200°C by TMA) material for demanding Radio frequency applications. The material has a Dielectric constant of 3.0 and is designed for the 5G Base Stations, mmWave, Antennas and other RF applications. The product offers better dissipation factor and insertion loss than fiber reinforced Hydrocarbon materials. The product can be paired with a full prepreg offering to build high reliability multilayer boards or with other ITEQ materials for Hybrid constructions.
Application
5G Base Stations & mmWave
Antenna
Key Features
Low Dk 3.0 at 10 GHz
Ultra-Low-Loss 0.0020 at 10 GHz
Excellent dimensional stability
Very stable Dk/Df with Temperature
Ability to use very low profile copper for reduced insertion loss
Highly suitable for Hybrids
Ability to make high layer count boards
Full prepreg offering, Compatible with modified FR-4 processes
Property
Items | Methods | IT-8300GA |
Tg (℃) | TMA | 200 |
T-300 (w/ 1 oz Cu, min) | TMA | 60+ |
Td-5%(℃) | TGA 5% loss | 433 |
CTE (ppm/℃) | a1/a2 | 65/280 |
CTE (%), 50-260℃ | TMA | 3.2 |
Dk @ 10 GHz | IPC TM-650 2.5.5.13 | 3.0 |
Df @ 10 GHz | IPC TM-650 2.5.5.13 | 0.0020 |
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IT-8615G
IT-8615G is an advanced ultra-low loss & high Tg (201°C by TMA) material for demanding Radio frequency applications. The material has a Dielectric constant of 6.15 and is designed for the 5G Base Stations, mmWave, Antennas and other RF applications. The product offers better dissipation factor and insertion loss than fiber reinforced Hydrocarbon materials. The product can be paired with a prepreg offering to build high reliability multilayer boards or with other ITEQ materials for Hybrid constructions.
Application
5G Base Stations & mmWave
Antenna
Key Features
High Dk 6.15 at 10 GHz
Ultra-Low-Loss 0.0037 at 10 GHz
Excellent dimensional stability
Very stable Dk/Df with Temperature
Ability to use very low profile copper for reduced insertion loss
Highly suitable for Hybrids
Ability to make high layer count boards
Property
Items | Methods | IT-8615G |
Tg (℃) | TMA | 201 |
T-300 (w/ 1 oz Cu, min) | TMA | 60+ |
Td-5%(℃) | TGA 5% loss | 434 |
CTE (ppm/℃) | a1/a2 | 49/220 |
CTE (%), 50-260℃ | TMA | 1.9 |
Dk @ 10 GHz | IPC TM-650 2.5.5.13 | 6.15 |
Df @ 10 GHz | IPC TM-650 2.5.5.13 | 0.0037 |
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