6 layer rf microwave pcb with rogers 4350b

Price: $103.65

Product Description

Maximize your RF design potential with our expertly crafted 6 layer RF microwave PCB with Rogers 4350B substrate. This woven glass reinforced hydrocarbon/ceramic material combines low loss characteristics with excellent mechanical properties. Featuring controlled impedance precision, superior thermal performance, and robust construction, these boards excel in high-power RF applications, radar systems, and advanced communication equipment where reliability and performance are non-negotiable.

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Layer Counts6 layers (configurable)
Base MaterialRogers RO4350B
Bord Thickness0.8-2.0mm
Dielectric Constant (Dk)3.48 ± 0.05 @ 10 GHz
Loss Tangent (Df)0.0037 @ 10 GHz
PCB Size Tolerance±0.2-0.3mm
Thermal Conductivity0.71 W/m·K
Min.Line Width4mil
Copper Weight20.5 oz – 2 oz per layer
Surface FinishENIG, HASL, OSP are optional
CertificateUL , IPC-6012, RoHS, ISO 9001, ISO14001
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6 layer rf microwave pcb with rogers 4350b 6 layer rf microwave pcb with rogers 4350b
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Frequently Asked Questions

Rogers 4350B has low loss, stable dielectric properties, and excellent dimensional stability, making it a go-to choice for 6-layer RF and microwave circuit designs.
Yes, the 6-layer stack-up provides separate layers for analog, digital, and RF signals, which can reduce interference and ensure optimal signal integrity in complex mixed-signal designs.
We employ symmetric layouts with dedicated ground planes to achieve signal integrity, reduce crosstalk and maintain tight impedance control in 6-layer designs.
Yes, we support fine-pitch components down to 0.4mm. Our precise fabrication coupled with the stability of the Rogers 4350B ensure high-density RF assembly accuracy.
PayPal, T/T (bank transfer) or any of the major credit cards are acceptable. When ordering in large quantities or making repeat orders, we provide more flexible payment terms.
We provide AOI, flying probe, impedance and RF parameter tests so that every 6-layer RO4350B board would conform to functional and quality requirements.