Roger is a famous manufacturer for making advanced materials such as substrates used for PCB boards. Rogers comes with ceramic PCB materials that offer high performance and are known as RO4000Series Ceramics. These materials are made to use for applications where high frequency and good heat management are needed.
Roger ceramic board comes with aluminum oxide and aluminum nitride substrate material that helps to offer good conductivity and stability for the structure.
Advantages and disadvantages of Rogers ceramic PCBs
Advantages
- This board provides high thermal conductivity and provide high power uses for controlling heat.
- These boards come with low dielectric constant and support high-frequency signals without any distortion. So they are best to use for RF circuits.
- They are high reliable and as features to handle different environmental conditions such as temperature, and other factors.
- These boards also have stable designs and maintain shape for high-temperature conditions.
- Roger ceramic board also has low loss tangent which means has features to transmit current without losses or less losses.
Disadvantages
- Costly than FR4 PCBs
- The soldering process is difficult
Types of ceramic PCBs
 RO4000 Series:
- This baord is used for RF and microwave applications
RO3000 Series:
- It is part of high-speed digital and RF circuits.
RO4400 Series:
- This laminate has low losses and is also part of HF circuits.
RO4730G3:
- It is used for LED and high-power circuits since has high thermal conductivity.
 RO4450F:
- It is used for high-frequency and radar applications since has high-frequency features.
RO3200 Series:
- This laminate is used for high-speed circuits and microwaves.
 Applications of Rogers Ceramic PCB
Radar
- Antennas and other components that broadcast and get radio waves are created with the use of Rogers ceramic PCBs.
Satellite communications
- These boards are used to make circuits that transmit and receive signals from satellite
Medical imaging
- This PCB is used for the creation of boards that control and operate medical imaging instruments like MRI machines and X-ray machines.
High-speed data transmission
- The circuit made with these boards is used for transmitting and receiving data at high speeds.
 aerospace applications
- It is used in aerospace and military tools that can operate in harsh conditions like high temperatures and high altitudes.
Industrial automation
- These boards are part of industrial machinery and control systems.
Consumer electronics
- It is part of different consumer electronics like mobile phones, laptops, and tablets
Best Rogers PCB Manufacturer – PCBONLINE
For getting Rogers PCB and other boards contact with best PCB manufacturer like PCBONLINE for your best interests. They have high-cost but quality materials.
- It uses a high-frequency board for base materials. For providing quality boards and stable design they comes with complete equipment for U.S. Rogers boards and other types.
- There is the best use of certain techniques for controlling expansions and contraction control of a board that they have
PCBONLINE also offers free PCBA samples and functional testing, one-on-one technical help, and design for excellence. Get a free quotation online today to win $100 in discount vouchers!
Comparison of Rogers ceramic PCB materials
Property | RO4000 LoPro | RO4003Câ„¢ | RO4350Bâ„¢ | RO4400 | RO4500â„¢ | RO4830â„¢ |
Dielectric constant | 3.38 ) | 3.38 | 3.38 | 4.35) | 3.80 | 3.20 |
Dissipation factor at 10 GHz | 0.0027 | 0.0027 | 0.0027 | 0.0045 | 0.0035 |
0.0038
|
Thermal conductivity | 0.35 (W/m·K) | 0.35 (W/m·K) | 0.35 (W/m·K) | 0.45 (W/m·K) | 0.38 (W/m·K) | 0.75 (W/m·K) |
Coefficient of thermal expansion | 17 (ppm/°C) | 17 (ppm/°C) | 17 (ppm/°C) | 28 (ppm/°C) | 20 (ppm/°C) | 28 (ppm/°C) |
Glass transition temperature (°C) | 170 | 170 | 170 | 180 | 170 | 280 |
Why is Rogers better than FR4?
- Roger provides control for dielectric constant for controlled impedance trees. FR4 has low dielectrics
- Rogers comes with low losses for clean signal transmission and FR4 faces high-frequency attenuation
What is Rogers low loss material?
- Roger RO4000 comes with hydrocarbon ceramic laminates and good prepregs. For microwave frequency it uses it comes with low losses materials and is easy to make as compared to PTFE materials. It comes with high conductivity than average materials.
What is the difference between ro3003 and ro4003?
- Rogers 4003Â is ceramic laminated reinforced with glass. This laminate is not PTFE and is different from Rogers 3003. Rogers 3003 is PTFE based laminate that is used for radiofrequency and microwave applications.
- This laminated is also used for 77 GHz applications
Why is PCB so cheap?
- Standard components are easy to access and come in low cost than certain components. The use of standard components makes the design simple and minimizes the use of layers. Configure PCB baord zie and shape to reduce cost
What frequency is FR4 PCB?
- FR4 is used for substrate materials and part of low-frequency circuits and makes small complicated boards use of their frequency value is 1-2GHz.
- The signal quality impedance matching is not highly required. For high frequency applications electrical and thermal features of FR4 limited.
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