High Frequency PCB Solution Provider

WELCOME TO BICHENG

	PCB Prototypes

	HDI PCB

	Rigid-flex PCB

	Multi-layer PCB

	High Speed PCB

	Low Loss PCB

	Hybrid PCB

	Rogers PCB

	Ceramic PCB

	Flexible Circuits

	F4B PCB

	Taconic PCB

Low loss PCB

Low loss PCBs are specifically engineered to minimize signal attenuation and maintain signal integrity in high-frequency applications, making them essential in industries such as telecommunications, aerospace, and medical devices. These PCBs utilize advanced materials with low dissipation factors, typically around 0.001 to 0.002, which significantly reduce energy loss as heat during signal transmission. Additionally, they feature a stable dielectric constant that ensures consistent impedance and signal propagation, thereby minimizing distortion. High thermal conductivity is another critical characteristic, as it facilitates effective heat dissipation, enhancing the reliability and performance of the circuit board. By integrating these features, low loss PCBs provide improved signal integrity and efficiency, making them ideal for modern electronic applications where high-speed data transmission is crucial.

Rogers RO3003 RF PCB 2-Layer Rogers 3003 60mil 1.524mm PCB with Low Dielectric Loss

Rogers RO3003 high - frequency circuit materials, which are ceramic - filled PTFE composites, are designed for commercial microwave and RF applications. They deliver excellent electrical and mechanical stability at a good price. Thanks to their consistent mechanical properties, designers can create multi - layer board designs free from warpage and reliability concerns. RO3003 has a 17 ppm/°C coefficient of thermal expansion in the X and Y axes, aligning with copper for dimensional stability. Etch shrinkage is generally less than 0.5 mils per inch after etching and baking. The 24 ppm/°C Z - axis CTE ensures reliable plated through - holes, even in difficult environments.

Tags:

2 Layers RO3003 PCB

2-Layer Low Dissipation PCB

60mil RO3003 High Frequency PCB

Rogers RO3003 RF Circuit Board

Rogers RO3003 Substrate

60mil 1.524mm Rogers RO3035 RF Printed Circuit Board 2-Layer Rogers 3035 Microwave PCB with Immersion Gold

Rogers RO3035, a ceramic - filled PTFE composite, serves commercial microwave and RF applications. It offers great stability in both electric and mechanical aspects at a reasonable price. Its stable mechanical properties allow for multi - layer board design without warpage problems. RO3035 has an X and Y - axis CTE of 17 ppm/℃, which is the same as copper's, ensuring dimensional stability. The etch shrinkage is less than 0.5 mils per inch after etching and baking. The 24 ppm/℃ Z - axis CTE ensures reliable plated through - holes, even in severe environments.

Tags:

Low Dissipation RO3035 PCB

Low Moisture Absorption

Rogers RO3035 Price

RO3035 Online Purchase

RO3035 Substrate

Double-Layer Rogers 3006 50mil 1.27mm Microwave PCB Rogers RO3006 RF Printed Circuit Board with ENIG

Rogers RO3006, ceramic - filled PTFE composites, are for commercial microwave and RF. They offer great stability at competitive market prices. Their consistent properties allow multi - layer board design without warpage or reliability issues. RO3006 shows 17 ppm/℃ CTE in X and Y axes, corresponding to copper for good dimensional stability, with less than 0.5 mils per inch etch shrinkage after etching and baking. Its 24 ppm/℃ Z - axis CTE gives reliable plated through - holes in demanding environments.

Tags:

Rogers RO3006 Laminate

50mil Rogers 3006 Thickness

Rogers RO3006 Price

RO3006 Online Purchase

RO3006 Substrate

25mil 0.635mm Rogers RF PCB RO3210 Printed Circuit Board DK10.2 With Immersion Gold for Automotive Collision Avoidance Systems

Rogers RO3210 high-frequency circuit materials are ceramic-filled laminates reinforced with woven fiberglass, providing superior electrical performance and mechanical stability. With a smooth surface similar to non-woven PTFE laminates, they can be manufactured using standard PTFE techniques for cost-effective mass production. The substrate boasts a dielectric constant of 10.2 and a dissipation factor of 0.0027.

Tags:

25mil RO3210 PCB

Rogers 3210 substrate

High Frequency PCB Manufacturing

Immersion Gold Surface Finish

Custom PCB

High-Performance Rogers PCB RT/Duroid 6002 10mil 0.254mm DK2.94 with Immersion Gold for Phased Array Antennas

Rogers RT/duroid 6002 PCB is a low loss, low dielectric constant microwave material that guarantees thermal stability from -55℃ to +150℃, essential for complex microwave structures. Its low Z-axis CTE supports the reliability of plated through holes, allowing for over 5,000 temperature cycles, while its dimensional stability and low tensile modulus improve solder joint reliability, making it suitable for antennas and aerospace applications.

Tags:

2-Layer RT/duroid 6002 PCB

Low CTE RT/duroid 6002 Substrate

RT/duroid 6002 Low TCDK Material

RT/duroid 6002 Loss Tangent

RT/duroid 6002 High Frequency PCB

Optimized Rogers High Frequency PCB RO4730G3 60mil Laminate DK3.0 with Immersion Gold for Cellular Base Station Antenna Design

RO4730G3 PCB provides a cost-effective solution for antenna design, featuring a Dk of 3.0 and Df of 0.0022 at 2.5 GHz. It supports high gain, low loss, and PIM <-160dBc. Compatible with standard processes, it avoids PTFE-specific treatments. With Tg >280°C, it ensures thermal stability and reliability, perfect for base station antennas.

Tags:

60 Mil Rogers Substrate

Antenna Grade High Frequency PCB

Rogers RO4730G2 PCB

Rogers Antenna Substrate

RO4730G3 60mil PCB

10mil-Rogers-RO4350B-4-Layer-High-Frequency-PCB: Dual-Core-Design-with-Immersion-Gold-for-Wireless-Antenna-Systems

This 4-layer PCB is constructed using two 10mil RO4350B cores bonded with a single sheet of RO4450F prepreg. To meet specific signal transmission requirements, the prepreg thickness can be adjusted to 1 sheet (4mil), 2 sheets, or 3 sheets. Designed for wireless antenna systems, the board features a total thickness of 0.80 mm, with white legend on a green solder mask applied to both sides and immersion gold finish on all pads.

Tags:

RO4350B High Frequency PCB

Rogers RO4350B RF Circuit Board

10 Mil RO4350B PCB Thickness

RO4350B Datasheet PDF

4 - layer RO4350B Laminate

0.508mm-4-Layer-High-Frequency-PCB-with-20mil-Rogers-RO4350B-Cores-and-Back-Drill-for-Precision-GPS-Tracker-Applications

This 4-layer Rogers PCB is constructed with 2 cores of 0.508mm (20mil) RO4350B, specifically designed for GPS tracker applications. The board utilizes back-drilling technology to achieve "blind vias," ensuring optimal performance.Back drilling not only serves to mitigate noise interference and enhance signal integrity but also, by being implemented successfully, it has lessened the complexity of PCB fabrication and precluded the need for the buried/blind via process.

Tags:

RO4350B Dielectric Constant

Rogers RO4350B Lopro

RO4350B PCB Material

RO4350B Density

Rogers RO4350B Price

50mil-2-Layer-Rogers-RO3010-Microwave-PCB-with-Low-Coefficient-of-Thermal-Expansion-for-Power-Amplifiers-and-Antennas

Rogers RO3010 high-frequency materials are ceramic-filled PTFE composites ideal for microwave and RF applications. Featuring a CTE of 17 ppm/℃ (X/Y) matched to copper, they provide dimensional stability and low etch shrinkage (<0.5 mils/inch). The Z-axis CTE of 24 ppm/℃ ensures robust through-hole reliability in extreme environments.

Tags:

Rogers RO3010 DK

Rogers 3010 Low CTE PCB

Rogers RO3010 for Sale

2-Layer Low Dissipation PCB

Rogers RO3010 Price

50mil-Rogers-RT/Duroid-6010-High-Frequency-PCB-with-Immersion-Gold-for-Satellite-Communication-Systems

The Rogers RT/duroid 6010LM laminate is a ceramic-filled PTFE composite, tailored for microwave and electronic circuits that require a high dielectric constant. Offering a consistent dielectric constant of 10.2, this material ensures excellent signal integrity and performance, making it a top choice for high-frequency applications.

Tags:

DK 10.2 RT/Duroid 6010 PCB

50mil Rogers 6010 Substrate

RT Duroid 6010LM Microwave PCB Board

Rogers 6010 High Frequency PCB

Rogers 6010 PCB Supplier