Description
Data Sheet

Product Description

Functional Deployment in High-Frequency Engineering

Designed for engineers and manufacturers specializing in RF and microwave applications, the Rogers 4350B Hybrid PCB delivers a reliable platform combining Rogers RO4350B and FR4 laminates. This product targets users requiring stringent impedance control and thermal management in complex electronic assemblies. It supports design verification by providing a stable dielectric environment, which directly benefits clients who rely on specialized pcb prototype service for testing. These characteristics make it highly applicable in communication systems requiring precise signal integrity and robust component integration.

Advanced Material Composition and Electrical Performance

This high-frequency PCB features a 6-layer co-pressed structure utilizing Rogers RO4350B and FR4 composite laminates, with a dielectric constant of 3.48 at 10 GHz ensuring controlled impedance. Its typical thickness of 1.6 mm and copper weight of 1 oz (35 碌m) optimize signal transmission while the Immersion Gold (ENIG) finish enhances solderability and corrosion resistance. Thermal conductivity measured at 0.69 W/(m路K) supports heat dissipation, meeting UL 94 V-0 flammability standards. The combined technical features establish it as a robust solution within pcb assembly manufacturer frameworks focused on high-frequency pcb solutions.

Industry Adoption and Integration in Precision Electronics

Utilized across telecommunications, industrial instrumentation, and vehicle tracking systems, the Rogers 4350B Hybrid PCB enables high-reliability RF circuit performance. Its design accommodates integration into complex communication modules and GPS navigation circuits where stable impedance and heat management are critical. This product stands as a key component within pcb solutions portfolios aimed at improving system integration, reliability, and durability in demanding operational environments. It supports manufacturers who require consistent quality and adherence to industry standards in their product offerings.

Product Advantages

Structural and Design Superiority in Hybrid PCB Construction

The Rogers 4350B Hybrid PCB employs a co-pressed laminate design that synergizes the high-frequency properties of Rogers RO4350B with the cost-effectiveness and mechanical strength of FR4. This 6-layer configuration offers optimal layer stack flexibility and controlled dielectric thickness, facilitating fine impedance matching essential in RF circuit design. The integration of an Immersion Gold (ENIG) surface finish enhances both durability and solderability, critical factors acknowledged by pcb assembly services providers. This product's design supports scalable customization and efficient manufacturing workflows typical for advanced custom pcb assembly projects.

Enhanced Performance and Usability for Complex RF Applications

Providing consistent electrical characteristics under thermal stress, this PCB guarantees stable high-frequency signal transmission and effective thermal management, key to maintaining long-term operational reliability. Its compatibility with IPC standard production processes ensures seamless integration into existing assembly lines, benefiting procurement teams and engineers utilizing pcb prototype service to validate performance before large-scale production. The balance between performance and cost optimizes ROI for manufacturers investing in high-frequency pcb solutions requiring both precision and reliability.

Company Overview

Maxipcb is a China-based professional manufacturer specializing in the R&D and fabrication of RF PCBs, with over 17 years of focused industry experience. We deeply understand the pivotal role of selecting appropriate RF substrate materials in determining the performance and stability of finished circuit boards. When selecting materials for high-frequency PCB manufacturing, critical parameters—including RF microwave power rating, operating frequency band, temperature tolerance range, rated current, and voltage endurance—are thoroughly evaluated to achieve optimal material-substrate matching.

Proficient mastery of the performance characteristics of various RF PCB materials is one of our core technical advantages. We maintain sufficient inventory of mainstream RF substrates to ensure rapid order fulfillment and timely delivery. Our confidence in product quality is built on the expertise of our experienced engineering and production teams, who collaborate closely with our quality assurance (QA) department to consistently deliver compliant, high-reliability products. While we do not pursue superficial recognition, the growing number of repeat orders from global customers serves as the most authentic testament to their satisfaction.

Quality is the core value of Maxipcb, as we recognize that stable and reliable quality is the foundation of long-term business cooperation. We sincerely appreciate the trust and support of our customers over the past 17 years, which has continuously driven the upgrading of our manufacturing capabilities and technical expertise.

RF & Microwave PCB Material Portfolio

1. High-Frequency Single Substrates

We offer a comprehensive range of high-frequency substrates, including Rogers series (RO4350B, RO3003, RO4003, RO3006, RT/Duroid 5880, RT5870, etc.) and other high-performance microwave materials such as Arlon, Isola, Taconic, PTFE F4BM, and Teflon series substrates.

2. Hybrid Dielectric & Mixed Laminate Materials

Our hybrid PCB solutions feature composite laminate structures, including Rogers RO4350B + FR4, RO4350B + IT180, RO4003C + FR4, RO3010 + FR4, RO3003 + FR4, RO3010 + FR4, and other customized combinations.

RF & Microwave PCB Manufacturing Capabilities

1. Surface Finishing Options

We provide a full range of surface finishing solutions, including OSP, ENIG (Immersion Gold), Lead-Free HASL, Plated Gold, Flash Gold, Immersion Tin, Immersion Silver, and Electrolytic Gold, to meet diverse application requirements.

2. Core Processing Capabilities

Our manufacturing capabilities cover gold finger fabrication, heavy copper circuits, blind/buried vias, controlled impedance, resin plugging, carbon ink printing, back drilling, countersinking, depth-controlled drilling, half-plated holes, press-fit holes, peelable blue mask, peelable solder mask, thick copper design, and oversized board fabrication.

3. Layer Configuration Range

We support PCB layer configurations from 2L to 30L, including 4L, 6L, 8L, 10L, 12L, 14L, 16L, 18L, 20L, 22L, 24L, 26L, 28L, to accommodate different product design needs.

4. Dielectric Constant (Dk) Range

Our RF PCBs cover a wide Dk range of 2.20, 2.55, 3.00, 3.38, 3.48, 3.50, 3.6, 6.15, and 10.2, suitable for various high-frequency application scenarios.

Typical Application Fields

Maxipcb’s RF and microwave PCBs are widely applied in diverse industries, including consumer electronics, military & aerospace, antenna & communication systems, high-power equipment, medical devices, automotive electronics, industrial control, handheld cellular devices, WiFi antennas, telematics & infotainment systems, network & computing equipment, radar systems, and power amplifiers.

Automotive GPS Locator Overview

Automotive GPS locators, also known as vehicle positioning trackers, are core anti-theft GPS positioning products for vehicles. Their core functions typically include SMS positioning, scheduled positioning, network query, remote monitoring, and remote vehicle locking.

As one of the world’s smallest anti-theft GPS positioning trackers, the product is only matchbox-sized, featuring non-destructive installation without disassembling internal vehicle circuits. It can be simply installed by connecting to the positive and negative poles of the vehicle battery, enabling real-time tracking of the vehicle’s three-month driving route, printing of Chinese address reports, and real-time automatic vehicle positioning. It supports scheduled positioning and tracking to record the vehicle’s daily driving behavior, with foolproof installation that can be completed by anyone within 5 minutes without professional technical personnel.

In case of emergencies such as vehicle theft, robbery, or snatching, users can query the vehicle’s location via mobile phone or computer, and track the vehicle’s real-time moving route, facilitating quick recovery of the vehicle and smooth capture of criminals.

The GPS positioning monitoring framework is a three-tier networked comprehensive monitoring system composed of GPS terminals, transmission networks, and monitoring centers. It provides functions such as anti-theft, anti-robbery, route monitoring, real-time wireless transmission of video images inside and outside the vehicle, rapid accident response, and call command, effectively solving the dynamic management problems of existing vehicles.

Application Scenarios of Rogers RO4350B PCB

1. Application in Real-Time Vehicle Tracking Systems

In advanced logistics and fleet management scenarios, the Rogers RO4350B PCB plays a critical role in GPS navigation system circuit boards for real-time vehicle tracking. These systems require precise impedance control to maintain uninterrupted satellite signal reception and accurate positioning data. The board’s excellent high-frequency performance and thermal management capabilities ensure compliance with operational requirements, including continuous signal stability and resistance to environmental stressors. Its integration into the full PCB solution workflow enhances system reliability, enabling R&D teams to deliver reliable vehicle monitoring devices that meet industry standards.

2. Role in High-Frequency RF Communication Modules

In the telecommunications and instrumentation industries, this controlled impedance PCB is widely used in RF communication modules where consistent impedance and signal integrity are critical. Its hybrid material structure supports the design of antennas and transceivers operating at high frequencies, ensuring minimal signal loss and precise impedance matching. Compliance with IPC standards and compatibility with professional PCB prototype services streamline the product development cycle. These factors collectively improve the performance and manufacturability of communication systems, providing stakeholders with a robust component for harsh RF environments.

Frequently Asked Questions (FAQ)

Q1: What materials are used in the GPS Navigation Rogers RO4350B Controlled Impedance PCB?

A1: The PCB adopts a hybrid structure combining Rogers RO4350B and FR4 materials, optimized for high-frequency GPS applications. This material combination ensures stable impedance, excellent thermal conductivity, and compliance with IPC standards, providing reliable performance for high-demand communication and instrumentation systems.

Q2: Can Maxipcb customize the layer count or thickness of this GPS navigation PCB?

A2: Yes, Maxipcb offers customized PCB solutions, supporting adjustments in layer count, board thickness, and material composition according to customer-specific requirements. Customization ensures the PCB meets the unique electrical and mechanical standards of the target application.

Q3: How to ensure proper installation of the Rogers RO4350B controlled impedance PCB in devices?

A3: Proper installation requires careful handling of the immersion gold surface to maintain solderability and signal integrity. It is recommended to follow standard assembly protocols for high-frequency PCBs, and preferably cooperate with professional PCB assembly manufacturers to minimize integration risks in navigation or communication modules.

Q4: What is the typical delivery lead time for this GPS navigation controlled impedance PCB?

A4: Delivery lead time depends on order quantity and customization requirements. Maxipcb maintains efficient production lines and sufficient inventory of key RF materials, supporting fast turnaround to meet industrial delivery demands. We are a reliable partner for both PCB prototype services and mass production orders.

What materials are used in the Rogers 4350B Hybrid PCB?
We manufacture the Rogers 4350B Hybrid PCB using a combination of Rogers RO4350B and FR4 composite laminates in a co-pressed structure. This hybrid approach ensures optimal electrical performance and impedance stability for high-frequency applications, supporting your requirements for precision in pcb assembly services.

Can I request a custom layer configuration or thickness for this PCB?
Our standard Rogers 4350B Hybrid PCB features a 6-layer configuration with a finished thickness of 1.6 mm. However, we provide custom pcb assembly options tailored to your application needs. Please contact our technical team to discuss specific layer counts, thicknesses, or design requirements.

How do you ensure consistent quality and compliance in your PCB production?
We operate manufacturing lines equipped with imported precision machinery, performing production under IPC standards. Our in-house quality management team inspects every batch, maintaining certifications like ISO9001, UL, and RoHS. This process guarantees consistent quality and safety compliance for your pcb assembly services.

What support do you offer for integrating this high-frequency PCB into my product?
We provide expert technical consultation on impedance control and thermal management for high-frequency PCBs like the Rogers 4350B. Our experience with pcb prototype service helps ensure your prototype meets design specifications and performance targets before scaling up production. Contact us for detailed support.

Model: Ro4350B Hybrid High Frequency PCBMaterial: Rogers RO4350B+FR4 Mixing Press

Layer: 6L

D K: 3.48

Finished Thickness:1.6MM

Copper Thickness:1OZ

Dielectric Thickness:0.762mm

Thermal Conductivity: 0.69w/m.k

Flammability:94y-0

Surface Treatment: lmmersion Gold

Application: Communication,Instrumentation, Radio Frequency PCB

For PCB technical problems Maxipcb knowledgeable support team is here to help you with even step, You can also reouest PcB ouotation here. Please contact E-mail sales@Maxipcb.com

We will respond very quickly.

GPS Navigation Rogers 4350B Impendance Control Board

Description

Data Sheet