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APECS means tighter tolerances & lower costs. Using the DuPont Fodel® process as a base technology, Anaren Ceramics’ precision thick film technology (better known as APECS) pushes thick film technology to a best-in-class position from which we can meet or exceed thin film tolerances -- at a far more affordable price point.
Rogers’ improved high frequency materials address several market needs. The improved RO4700JXR™ Series antenna grade laminates were designed for use in base station, RFID and other antenna designs and combine low-loss dielectric with low-profile copper foil for reduced passive intermodulation (PIM) and low insertion loss.
RFMW Ltd. announces design and sales support for a line of microwave absorbing materials from MAST Technologies. These “tuned frequency” absorbers are electrically optimized for specific applications and intended for customers who experience high frequency cavity resonance effects or high frequency EMI emissions above 18 GHz. Proper application of the absorber eliminates these unwanted signals.
To talk about their laser cutting, drilling, marking, and welding expertise, Laser Services Inc., a precision laser job shop located in Westford, MA, recently attended the 2013 BioMed Exposition and Conference in Boston, MA April 10th and 11th.
RFMW Ltd. announces design and sales support for a new line of microwave absorbing materials from MAST Technologies. MAST model number MR11-0041-00 is tuned for absorption at 24GHz. These “Tuned Frequency” absorbers are electrically optimized for specific applications. This durable elastomeric material is flexible and will not crack, even in outdoor environments.
RFMW Ltd. announces design and sales support for a new line of microwave absorbing materials from MAST Technologies. These “tuned frequency” absorbers are electrically optimized for specific applications and intended for customers who experience high frequency cavity resonance effects or high frequency EMI emissions above 18 GHz.
Lasers offer distinct advantages over machine cutting of frozen epoxies and EMI/noise suppression materials. Achieving consistency and repeatability with traditional methods of machining is challenging, as these methods often damage and waste material, and frozen epoxies and EMI materials require special handling throughout the manufacturing process.
Investigates the effect of noise propagation in a multilayer PCB, due to the close proximity of two PWR planes and provides an overview on the design of the power bus location on multilayer PCBs
Rogers Advanced Circuit Materials (ACM) Division employees will be at IMAPS Device Packaging 2010, offering information on ULTRALAM® 3000 laminates, RO2808™ laminates, and RO4000® circuit board materials, including the recently launched RO4360™ laminate (6.15 Dk), which many in the field believe is a very effective cost-down replacement for LTCC (low temperature co-fired ceramic) packaging designs.
The Advanced Circuit Materials (ACM) Division of Rogers Corporation has introduced RO4360™ laminates, developed for the special requirements of high-frequency amplifier designers. RO4360 laminates feature a dielectric constant of 6.15 and loss of 0.003 at 2.5 GHz. The laminates are based on a ceramic-filled, thermoset resin system reinforced by glass fiber for excellent mechanical stability compared to PTFE woven glass.
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APECS means tighter tolerances & lower costs. Using the DuPont Fodel® process as a base technology, Anaren Ceramics’ precision thick film technology (better known as APECS) pushes thick film technology to a best-in-class position from which we can meet or exceed thin film tolerances -- at a far more affordable price point.
RFMW Ltd. announces design and sales support for a line of microwave absorbing materials from MAST Technologies. These “tuned frequency” absorbers are electrically optimized for specific applications and intended for customers who experience high frequency cavity resonance effects or high frequency EMI emissions above 18 GHz. Proper application of the absorber eliminates these unwanted signals.
RFMW Ltd. announces design and sales support for a new line of microwave absorbing materials from MAST Technologies. MAST model number MR11-0041-00 is tuned for absorption at 24GHz. These “Tuned Frequency” absorbers are electrically optimized for specific applications. This durable elastomeric material is flexible and will not crack, even in outdoor environments.
RFMW Ltd. announces design and sales support for a new line of microwave absorbing materials from MAST Technologies. These “tuned frequency” absorbers are electrically optimized for specific applications and intended for customers who experience high frequency cavity resonance effects or high frequency EMI emissions above 18 GHz.
Lasers offer distinct advantages over machine cutting of frozen epoxies and EMI/noise suppression materials. Achieving consistency and repeatability with traditional methods of machining is challenging, as these methods often damage and waste material, and frozen epoxies and EMI materials require special handling throughout the manufacturing process.
Rogers Advanced Circuit Materials (ACM) Division employees will be at IMAPS Device Packaging 2010, offering information on ULTRALAM® 3000 laminates, RO2808™ laminates, and RO4000® circuit board materials, including the recently launched RO4360™ laminate (6.15 Dk), which many in the field believe is a very effective cost-down replacement for LTCC (low temperature co-fired ceramic) packaging designs.
The Advanced Circuit Materials (ACM) Division of Rogers Corporation has introduced RO4360™ laminates, developed for the special requirements of high-frequency amplifier designers. RO4360 laminates feature a dielectric constant of 6.15 and loss of 0.003 at 2.5 GHz. The laminates are based on a ceramic-filled, thermoset resin system reinforced by glass fiber for excellent mechanical stability compared to PTFE woven glass.