The Rogers Corporation is a top producer of premium performance-engineered materials. Rogers Corporation is one of the leading manufacturers of top-notch performance-engineered materials. The PCB board design materials have Rogers Corporation name due to durable construction.
These Rogers PCB materials are used in high-speed frequency applications. The basic needs of such applications are signal integrity, reliability, and thermal management. To learn more about Roger’s electronic manufacturing and material types,Click here.
What is Rogers PCB?
One of the top firms that manufactures electronics is Rogers. Rogers is one of the best electronic manufacturing companies. It produces supreme quality PCB board designs using multiple layers of durable materials. Some of the exciting features of Rogers PCB materials are:
Low Dielectric Constant (Dk)
The Rogers materials have Dk between 2.2 and 3.5. This rate helps materials maintain signal integrity and reduce signal loss at high frequencies and long distances.
Low Loss Tangent (Df)
The Df value is also low and falls between 0.001 and 0.002. This low Df allows the materials to reduce signal distortion and attenuation.
High Thermal Conductivity
The rate of thermal conductivity is between 0.5 and 2 W/mk. At this rate, materials can dissipate heat and give a stable performance at high temperatures.
Dimensional Stability
The thermal expansion CTE ranges between 10 to 17 ppm/°C. Because of this, they don’t warp under temperature changes.
Uniform Material Structure
The uniform material structure allows materials to offer consistent performance across the board.
Brief Overview of Rogers PCB Materials
Here is a quick list of all Rogers PCB Manufacturers‘ materials. Examine them all and choose the one that improves PCB quality. Look at them and pick the one that boosts the quality of PCB.
Bonding Materials
- Thermally and electrically conductive adhesive film (TECA)
- Ceramic PTFE Bondply
- Hydrocarbon
- Ceramic
- Woven Glass
- Prepreg
Laminates
- Woven Glass Reinforced Modified Epoxy Laminates
- Woven Glass Reinforced PTFE Antenna Grade Laminates
- Cross-Plied Woven PTFE with Glass Reinforcement
- IMS Woven Glass Reinforced Modified Epoxy
- Hydrocarbon UL 94 V-0 Laminates
- Ceramic UL 94 V-0 Laminates
- Laminates with Woven Glass UL 94 V-0
PTFE Ceramic
- Hydrocarbon
- Ceramic
- Woven Glass
- Filled PTFE Composite
- PTFE Random Glass Fiber
Metal Claddings
The following foil type is available in several models of metal claddings:
- Electrodeposited
- Rolled
- Resistive Foil
- Electrodeposited Reverse Treated
Types of Rogers PCB Materials
Let us quickly review every aspect of PCB board design. This brief description will help you pick the right items for your PCB.
Rogers 3003
It is a popular high-frequency laminate and works in RF and microwave applications. It contains a PTFE composite. Its main feature is the stable dielectric constant. This feature helps Rogers 3003 avoid dielectric contact fluctuations.
Rogers 4003C
There are two types of glass fabric in it: 1080 and 1674. Both elements are arranged well for better electric lamination. Its major is the electrical properties. Also, the processing technology is akin to glass cloth material. The benefits are 2 types of glass cloth and less loss characteristic.
Rogers 4350
Rogers 4350b PCB contains hydrocarbon resin. It is, therefore, more affordable than conventional laminates. Furthermore, THT through hole processing is not necessary. It has a stable dielectric constant with a wide frequency range. Also, the low-temperature coefficient range is high. Because of all these features, it is ideal for broadband applications.
Rogers 4830
It can be fabricated with common FR4 technology. It has electrical properties that result in better reflectance and boresight performance. It works for cost-effective millimetre wave applications. For example, automotive radar sensors work at 76-81 GHz.
Rogers 4835T
It is a special Rogers PCB due to its numerous layers of construction. This thermoset pair can lower the rise in the dielectric constant and dissipation. Moreover, it has better oxidation resistance.
Rogers 5880
It combines microfiber and PTFE composite. It has low moisture absorption, electrical loss, and outgassing. However, the dielectric constant is stable over a high-frequency range. That’s why they are suitable for broadband applications.
Benefits of Rogers PCB Materials
You should use Rogers PCB components for the following reasons. Review them now to decide which one you prefer.
- Outstanding high-frequency performance with a low dielectric loss.
- Low Electric PCB production
- Improved control of the impedance
- Remarkable thermal management abilities
- With minimal outgassing, it is suitable for space applications
- Thermal expansion and moisture absorption are both minimal.
- Solid dimensional stability for long-term reliability
- High compatibility and simplicity of fabrication
Applications of Rogers PCB Materials
Due to their superior signal performance and dependability, Rogers PCBs are frequently used in a wide range of industries:
- Consumer Electronics
- Telecommunication
- Microwave Boards
- Military Devices
- Automotive
- Aerospace
Conclusion
As compared to other PCB board design items, Rogers items are the best. The reason is better thermal conductivity and dimensional stability. The loss tangent and dielectric constant are also low. All these features result in better performance and stable performance. They are also inexpensive and easily accessible on the market. If you manufacture custom PCBs, please contact KingSun PCB Manufacturer.
