Products
Home
Rogers TC600 High Frequency PCB 50mil 1.27mm Double Sided Microwave Circuit Board With Immersion Silver
Here's an innovative Rogers TC600 printed circuit board designed specifically for efficient heat management.
.jpg)
60mil 1.524mm Rogers AD250C PCB RF and Microwave Substrate With Immersion Gold for Antenna Application
Rogers AD250C PCB is a type of double layer high frequency PCB built on Rogers AD250C antenna grade materials
.jpg)
Rogers CLTE-XT PCB 40mil 2-layer High Frequency Circuit Board for RF and microwave applications
Rogers CLTE-XT PCB is a 40mil (1.016mm) high frequency PCB belonging to the CLTE series—specifically a woven glass reinforced PTFE microwave PCB
.jpg)
Rogers DiClad 870 Microwave PCB 31mil 93mil 125mil Woven Fiberglass Reinforced PTFE-based laminate
Rogers DiClad 870 PCBs are woven fiberglass/PTFE composite materials specifically designed for use as printed circuit board (PCB) substrates
.jpg)
Rogers RO3206 High-Frequency PCB: 0.635mm Substrate with 2-Layer 1oz Copper and Immersion Silver Finish
This product is a high-performance double-layer rigid PCB fabricated with Rogers RO3206 high-frequency laminate, engineered for demanding RF and microwave applications.
.jpg)
Rogers RO4830 PCB With Low Profile Copper 5mil and 9.4mil High Frequency Thermoset Circuit Boards
Rogers RO4830 high frequency PCBs are constructed from advanced thermoset laminates, providing a reliable and cost-efficient solution for demanding RF and microwave applications.
Rogers DiClad 527 PCB: Stable Dk and Low Loss 0.0018 for Radar and Base Station Antennas
Rogers DiClad 527 PCBs are fiberglass-woven reinforced composite materials, specifically engineered to serve as substrates for printed circuit boards.
.jpg)
Rogers RO3003G2 PCB High-Frequency Circuit Board for Adaptive Cruise Control and Collision Warning
Rogers RO3003G2 PCBs represent a significant evolution in ceramic-filled PTFE circuit materials, building upon the proven performance of the industry-standard RO3003 series.
Rogers CuClad 250 2-Layer 0.4mm Thick Immersion Gold High Frequency PCB Low DK Laminate for Radar and Microwave Components
Rogers CuClad 250 PCB is a professional 2-layer rigid high frequency circuit board engineered for high-precision microwave and radio frequency electronic applications.
Rogers RO3006 Double-Layer OSP High Frequency PCB 5mil Ceramic-Filled PTFE Low Loss PCB for Automotive Radar & Telecommunication
Rogers RO3006 2-layer rigid PCB is a ultra-thin high-performance microwave circuit board built on authentic RO3000 series ceramic-filled PTFE composite substrates.
Rogers TMM10i Dual-Sided Immersion Gold PCB 30mil Isotropic Thermoset Microwave Substrate for RF and GPS Antennas
Rogers TMM10i 2-layer rigid high frequency PCB is a high-reliability thermoset microwave circuit board built on authentic TMM series ceramic hydrocarbon polymer composite substrates.
Rogers TMM13i 2-layer 20mil Laminate ENIG Finish High Frequency PCB for RF Microwave Satellite Communication Applications
Rogers TMM13i 2-layer high frequency PCB is a premium isotropic thermoset microwave circuit board engineered for high-reliability radio frequency and microwave electronic applications.
100mil Rogers TMM3 2-layer High Frequency PCB with EPIG for RF Microwave Antenna Communication
Rogers TMM3 2-layer 100mil high frequency PCB is a premium thermoset microwave circuit board built with high-performance ceramic thermoset polymer composite materials.
Rogers 3210 Hybrid PCB 4-Layer 0.508mm RO3210 Laminate with RO4450F Immersion Gold and Silver Wireless Communication PCB
Rogers 3210 4-layer hybrid PCB adopts a premium Rogers RO3210 and RO4450F composite dielectric structure, featuring a total pressed thickness of 1.22mm and dual surface finishing of immersion gold plating and silver plating.
Rogers 3010 High Frequency PCB 1.27mm RO3010 Laminate and FR4 1080 PP Hybrid Circuit Board for Industrial RF Devices
This premium 4-layer hybrid high frequency PCB is built around professional Rogers 3010 PCB material, adopting a symmetric stackup structure with Rogers RO3010 ceramic-filled substrate and FR4 1080 prepreg to achieve a standard finished pressing thickness of 2.8mm.