1. The RT/duroid substrates are easily cut, sheared, and machined into various shapes.
2. They exhibit resistance to all solvents and reagents, regardless of temperature.
3. The copper electrodeposition for RT/duroid is in the range of 8 μ M to 70 μ M.
Comparison of RT Duroid Substrate with Other Substrates
1) Rogers RT/duroid 5880 offers a unique combination of electrical and mechanical characteristics. The substrate is composed of polytetrafluoroethylene glass fiber reinforced material, with microfibers randomly distributed to maximize strength for circuit applications and production processes.
2) These high-frequency materials have the lowest dielectric constant and extremely low dielectric loss, making them ideal for high-frequency and broadband applications where minimizing dispersion and loss is crucial. The substrate also has low moisture absorption, making it suitable for high-humidity environments.
Characteristics of RT Duriod substrate
1) RT Duroid substrate is easily cut into desired shapes and resistant to erosion from solutions and reagents used during etching and plating processes. It has the lowest dielectric loss, low moisture absorption, isotropy, and minimal frequency-dependent electrical performance among reinforced polytetrafluoroethylene materials.
2) It also offers ultra-low loss, low moisture absorption, stable dielectric constant, low gas release, and is suitable for aviation applications.
Common RT duroid substrates
1. RT Duroid 5870
RT Duroid 5870 high-frequency laminates are PTFE composite materials reinforced with microwave fibers. It has a low dielectric constant and excellent high-frequency performance. The random microwave fibers ensure uniformity, making it ideal for high-frequency/broadband applications.
Advantages:
– Extremely low electrical loss
– Fiberglass-reinforced PTFE
– Easy to cut and process
– Good resistance to solutions and reagents
– Suitable for high humidity environments
– Consistent electrical characteristics over a wide frequency range
2. RT Duroid 5880
RT Duroid 5880 is a microwave fiber-reinforced PTFE composite material with low dielectric constant and low loss, suitable for high-frequency/broadband applications.
Advantages:
– Random orientation of micro-glass fibers for excellent consistency
– Suitable for high-frequency/broadband applications
3. RT Duroid 5880LZ
RT Duroid 5880LZ is designed for precision strip and microstrip line circuit applications, with a unique filler for high-performance and circuit-weight-sensitive applications.
4. RT Duroid 6002
RT Duroid 6002 is a low dielectric constant micro-glass material suitable for complex structures, with outstanding mechanical and electrical properties.
Advantages:
– Low loss
– Excellent high-frequency performance
– Suitable for space applications
– Excellent dimensional stability
The Rogers RT Duroid substrate is a composite laminate suitable for high-reliability applications in aerospace and other fields, offering high performance and reliability.
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2. They exhibit resistance to all solvents and reagents, regardless of temperature.
3. The copper electrodeposition for RT/duroid is in the range of 8 μ M to 70 μ M.
Comparison of RT Duroid Substrate with Other Substrates
1) Rogers RT/duroid 5880 offers a unique combination of electrical and mechanical characteristics. The substrate is composed of polytetrafluoroethylene glass fiber reinforced material, with microfibers randomly distributed to maximize strength for circuit applications and production processes.
2) These high-frequency materials have the lowest dielectric constant and extremely low dielectric loss, making them ideal for high-frequency and broadband applications where minimizing dispersion and loss is crucial. The substrate also has low moisture absorption, making it suitable for high-humidity environments.
Characteristics of RT Duriod substrate
1) RT Duroid substrate is easily cut into desired shapes and resistant to erosion from solutions and reagents used during etching and plating processes. It has the lowest dielectric loss, low moisture absorption, isotropy, and minimal frequency-dependent electrical performance among reinforced polytetrafluoroethylene materials.
2) It also offers ultra-low loss, low moisture absorption, stable dielectric constant, low gas release, and is suitable for aviation applications.
Common RT duroid substrates
1. RT Duroid 5870
RT Duroid 5870 high-frequency laminates are PTFE composite materials reinforced with microwave fibers. It has a low dielectric constant and excellent high-frequency performance. The random microwave fibers ensure uniformity, making it ideal for high-frequency/broadband applications.
Advantages:
– Extremely low electrical loss
– Fiberglass-reinforced PTFE
– Easy to cut and process
– Good resistance to solutions and reagents
– Suitable for high humidity environments
– Consistent electrical characteristics over a wide frequency range
2. RT Duroid 5880
RT Duroid 5880 is a microwave fiber-reinforced PTFE composite material with low dielectric constant and low loss, suitable for high-frequency/broadband applications.
Advantages:
– Random orientation of micro-glass fibers for excellent consistency
– Suitable for high-frequency/broadband applications
3. RT Duroid 5880LZ
RT Duroid 5880LZ is designed for precision strip and microstrip line circuit applications, with a unique filler for high-performance and circuit-weight-sensitive applications.
4. RT Duroid 6002
RT Duroid 6002 is a low dielectric constant micro-glass material suitable for complex structures, with outstanding mechanical and electrical properties.
Advantages:
– Low loss
– Excellent high-frequency performance
– Suitable for space applications
– Excellent dimensional stability
The Rogers RT Duroid substrate is a composite laminate suitable for high-reliability applications in aerospace and other fields, offering high performance and reliability.
For more information, click the website: wellcircuits.com
To enhance Your Business Efficiency, contact us:
To discover How Our Solutions Can Help Your Business, contact us:
Stay Ahead in Your Industry – Subscribe to Our Latest News
Customized Solutions Await Discovery – Contact Our Sales Team
Don’t Miss Critical Updates – Subscribe to us now
