Microwave RF PCB
Rogers 4003C Microwave RF PCB Dielectric Constant 3.0 ENIG Surface 2 Layer 50 Ohm
High-performance microwave RF PCB with Rogers 4003C material, low loss tangent 0.0013, and ENIG surface finish. Supports 50 Ohm impedance control, 0.2mm min hole size, and 1oz copper. Ideal for radar, satellite, and wireless applications requiring signal integrity.
Customized 2 Layer Microwave RF PCB Rogers 4003C Base Material 50Ω Impedance ENIG Surface 1.6mm Thickness
High-performance 2-layer Microwave RF PCB with Rogers 4003C base material, precise 50Ω impedance control, and ENIG surface finish. Features 1oz copper, 0.2mm min hole size, and low loss tangent 0.0013 for reliable high-frequency signal transmission. Ideal for telecom, aerospace, and industrial applications.
ENIG Surface Finish Microwave RF PCB Rogers 4003C 1.6mm 4mil Trace Spacing 1oz Copper
High-frequency circuit board for microwave applications using Rogers 4003C material. Features ENIG surface finish, 1oz copper thickness, and 4mil minimum trace spacing for excellent signal integrity. Ideal for telecom, radar, and satellite systems.
Microwave RF PCB Rogers 4003C 1.6mm Thickness 0.0013 Loss Tangent for High Frequency Applications
High-performance microwave RF PCB with Rogers 4003C material, 0.0013 loss tangent, and 50Ω impedance control. Features ENIG finish, 4mil trace spacing, and 0.2mm min hole size. Ideal for telecom, radar, and aerospace. Custom options available.
Microwave RF PCB Rogers 4003C 1.6mm 1oz Cu ENIG 50Ω Impedance Control
High-performance microwave RF PCB using Rogers 4003C material with 1oz copper, ENIG finish, and 50Ω impedance control. Ideal for radar, satellite, and wireless systems. Custom options available.
Rogers 3003 4 Layer RF PCB 320x150mm ENIG 0.5oz Copper Microwave Circuit Board
High-frequency Rogers 3003 PCB for microwave applications. 4-layer design with ENIG finish and 0.5oz copper ensures low signal loss and controlled impedance. Ideal for RF systems, radar, and telecom. Custom sizes and samples available.
Rogers 3010 Material Microwave Oven PCB RF Circuit Board 290x120mm 2 Layer ENIG
High-frequency Rogers 3010 PCB for microwave ovens and RF circuits. 2-layer design with ENIG finish and 0.5oz copper ensures signal integrity. Ideal for demanding applications requiring low dielectric loss and controlled impedance. Custom options available.
High Frequency RF Circuit Board Rogers 5880 190x80mm 2 Layer ENIG PCB
Rogers 5880 high frequency RF PCB, 190x80mm 2-layer with ENIG finish. Designed for microwave applications ensuring signal integrity and low loss. Custom options available. Ideal for radar and telecom systems.
Rogers 4003C 2 Layer RF PCB 8 Multilayer Design ENIG 1OZ Copper
High-performance RF PCB using Rogers 4003C material, 2-layer design with ENIG finish and 1oz copper. Supports custom multilayer configurations for microwave applications. Ideal for high-frequency signal integrity, controlled impedance, and low loss. Samples available.
Rogers 4350 1oz Copper GSM Antenna PCB 2 Layer ENIG RF Microwave Board
High-frequency Rogers 4350 substrate with 1oz copper and ENIG finish ensures low signal loss. Ideal for GSM antennas and microwave circuits. 2-layer design supports controlled impedance. Custom options available with rapid technical support.
Rogers 4350 5.8GHz 2.4GHz Antenna RF PCB ENIG Circuit Board 2 Layer 2.2x2.2cm
High-frequency 2-layer RF PCB for 5.8GHz/24GHz sensor modules. Rogers 4350 substrate, immersion gold finish, 2.2x2.2cm size. Ideal for automatic door and radar applications. Customizable with Gerber file. Durable, low-loss, and reliable for industrial microwave systems.
Rogers 4003C 1oz Copper Thickness Microwave RF PCB Dielectric Constant 3.0 2 Layer
High-performance microwave RF PCB with Rogers 4003C base material, 1oz copper thickness, and dielectric constant 3.0. Features 4mil trace spacing, 0.2mm hole size, ENIG finish, and 50Ω impedance control. Ideal for high-frequency communication and radar systems.
Customized 50Ω Impedance Control Microwave RF PCB Rogers 4350B 0.2mm Hole 35um Copper
High-frequency 2-layer Rogers PCB with 50Ω impedance control, 0.2mm min hole size, and 35um copper. Low loss tangent 0.0013 ensures efficient signal transmission. Ideal for wireless, radar, and satellite systems. Custom options available.
Rogers 50Ω Impedance Control Microwave RF PCB 1.6mm Thickness 2 Layer ENIG Finish
High frequency circuit board with Rogers material, 50Ω impedance control, and ENIG finish. Ideal for wireless, radar, and satellite systems. Customizable, low loss tangent 0.0013, and 0.2mm minimum hole size for reliable signal integrity.
Customized 2-Layer Microwave RF PCB Rogers 4003C 4mil Trace Spacing 1OZ Cu ENIG
High-performance 2-layer microwave RF PCB on Rogers 4003C with 4mil trace spacing, 1OZ copper, and ENIG finish. Features 50Ω impedance control, low loss tangent of 0.0013, and green solder mask. Ideal for telecom, aerospace, and defense applications. Custom options available.
ENIG Surface 35um Copper Thk Microwave RF PCB Rogers 4003C 50 Ohm
High-performance Microwave RF PCB with Rogers 4003C material, low loss tangent of 0.0013, and ENIG surface finish. Features 35um copper thickness and 50 Ohm impedance control for minimal signal loss. Ideal for 5G, radar, and satellite communications. Custom options available.