0 762mm hydrocarbon ceramic copper clad laminates with woven fiberglass wl ct300 antenna grade laminates find complete details about 0 762mm hydrocarbon ceramic copper clad laminates with woven fiberglass wl ct300 antenna grade laminates 0 762mm hydrocarbon ceramic copper clad laminates antenna grade laminates hydrocarbon ceramic copper clad laminates with woven fiberglass from insulation.
Hydrocarbon ceramic laminates.
Hydrocarbon ceramic copper clad laminates with woven fiberglass wl ct350 thickness 3 05mm hydrocarbon laminate find complete details about hydrocarbon ceramic copper clad laminates with woven fiberglass wl ct350 thickness 3 05mm hydrocarbon laminate hydrocarbon ceramic copper clad laminates with woven fiberglass 3 05mm hydrocarbon laminate wl ct350 from insulation materials elements.
Lower insertion loss low pim increased signal integrity high circuit density ease of fabrication low z axis coeffi cient of thermal expansion mlb capability design fl exibility lead free process compatible high temperature processing.
Ro4000 hydrocarbon ceramic laminates are designed to offer superior high frequency performance and low cost circuit fabrication.
For example through the addition of different amounts and types of ceramic filler tmm.
Hydrocarbon ceramic laminates with very low profi le reverse treated foil.
Used in microwave and millimeter wave frequencies this low loss material offers easier use in circuit fabrication and streamlined properties over traditional ptfe materials.
Rogers ro4000 hydrocarbon ceramic laminates and prepregs are the industry leader.
The result is a low loss material which can be fabricated using standard epoxy glass fr4.
Glass reinforced hydrocarbon ceramic laminates not ptfe designed for performance sensitive high volume commercial applications.
To overcome those challenges a circuit laminate formulation based on ceramic filled hydrocarbon resin but with woven glass reinforcement ro4350b circuit material from rogers corp was created to provide improved cte and temperature stability while also maintaining the ease of pcb processing associated with hydrocarbon non ptfe based.
Rogers ro4350 high frequency materials are glass fiber reinforced non ptfe hydrocarbon ceramic laminates designed for high volume high performance commercial applications ro4350 are designed to provide superior rf performance and cost effective circuit production the result is a low loss material that can be produced using.
Through experimentation it was also found that ceramic filler could also be used to fine tune the dk values of circuit materials other than ptfe such as the thermoset hydrocarbon resin materials that are the basis for the tmm laminates from rogers corp.
Ro4000 laminates are designed to offer superior high frequency performance and low cost circuit fabrication.