Rogers Material PCB – Rogers 4003 and Rogers 3003
Rogers Material PCB – Rogers 4003 and Rogers 3003
RayMing is a rogers 4003c pcb and rogers 3003 PCB manufacturer that can offer high-frequency circuit board manufacturing services with competitive prices. Simply buy a good High-Frequency PCB at a reasonable price from us and get the datasheet from our suppliers who can work for you.
Rogers RO4003 PCB /Rogers 4003C
The Rogers RO4003 material can be removed with conventional nylon brushes. Prior to copper plating without electricity, no special treatment is required. The plate must be treated with conventional epoxy/glass processes. Usually, the removal of drilled holes is not necessary because the high TG resin system (280 ° C + [536 ° F]) is not prone to discoloration during drilling. The resin can be removed using a standard CF4 / O2 plasma cycle or a double pass through an alkaline permanganate process if the stain results from aggressive drilling practices.
The surfaces of the plates can be mechanically and/or chemically prepared for photoprotection. Standard aqueous or semi-aqueous photoresists are recommended. Any of the commercially available copper wipers can be used. All filterable or photographic solder masks normally used in epoxy/glass laminates adhere very well to the surface of Rogers RO4003. Mechanical washing of the exposed dielectric surface prior to application of the solder mask and a designated “registered” surface should avoid optimal bonding.
HASL and REFLOW:
The baking requirements of RO4000 materials are comparable to those of epoxy/glass. In general, equipment that does not bake epoxy/glass plates does not need to bake RO4003 plates. For installations that make epoxy/bake glass as part of the normal process, we recommend cooking at 300 ° F 250 ° F (121 ° C-149 ° C) for 1 to 2 hours. RO4003 contains no flame retardant. It is understood that plates enclosed in an infrared (IR) unit or operating at very low transport speeds can reach temperatures in excess of 700 ° F (371 ° C). RO4003 can start burning at these high temperatures. Systems that still use IR reflow units or other devices that can reach these high temperatures should take the necessary precautions to ensure that there are no risks.
Life of life:
High-frequency laminates can be stored indefinitely at room temperature (55-85 ° F, 13-30 ° C) and humidity. At room temperature, the dielectric materials are inert at high humidity. However, metal coatings such as copper can be oxidized when exposed to high humidity. Standard pre-cleaning of PWB can easily remove corrosion from properly stored materials.
ROUTE:
RO4003 material can be machined using tools and hard metal conditions commonly used for epoxy/glass. The copper foil must be removed from the guide channels to prevent smearing.
Rogers Ro3003 / Rogers 3003
Ro3003 is one of Rogers PCB materials are ceramic filled PTFE composites for use in the commercial microwave and RF applications. This family of products is designed to provide exceptional electrical and mechanical stability at competitive prices. Rogers Ro3003 is an excellent dielectric constant stability over temperature, including the elimination of the dielectric constant change that occurs at room temperature with PTFE glass materials. In addition, Ro3003 laminates have a low loss factor of 0.0013 to 10 GHz.
Features and Benefits
- RF Coupler
- Cost-sensitive aerospace applications
- Low Dielectric Losses: Laminates can be used in applications up to 77 GHz
- Excellent mechanical properties against temperature: reliable multi-layer plate constructions and tape lines
- Uniform mechanical properties for a wide range of : ideal for with a range of dielectric constants and suitable for use with of multilayer epoxy glass plates.
- Stable temperature and frequency stable dielectric constant – ideal for bandpass filters, , and voltage controlled oscillators
- Low in-plane Coefficient of Coefficient Coincidence: provides more reliable surface mountings, ideal for temperature-sensitive applications and excellent dimensional stability
- The in volume: economic price rolled
- Compatible lead-free process
Rogers RO3003 is a ceramic-filled PTFE composite/laminate used in commercial microwave and RF applications. It offers excellent stability with a dielectric constant of 3 to 40 GHz at room temperature. The material has a dissipation factor (Df) of 0.0013 to 10 GHz and is ideal for bandpass filters, microstrip antennas, and voltage controlled oscillators. High-performance material for RF and microwave circuits. Rogers RO3003 High-frequency laminate for the generation of microwave prototypes and high-frequency circuits. These materials have a very low dielectric loss to use up to 40GHz. We sell two sizes of 4.5 x 6 inches and 9 x 6 inches to keep the enthusiast’s cost.
Rogers RO3003
- Dielectric constant: 3.00
- Loss factor: 0.0013
- thickness: 0.02 “(0.5 mm)
- The thickness of copper: 0.5 ounces
- Small size = 4.5 “x 6”
- RO3000 printed circuits
Typical Applications
- Global Position Satellite Antennas
- Mobile telecommunication systems: power amplifiers and antennas
- Patch antenna for wireless communication
- for direct transmission
- Data link in cable systems
- Remote meter readers
More Reading Guilde:
Regarding the manufacturing of Printed Circuit Boards, there are different materials to use. Among the most common materials used in producing PCBs are the Rogers 4003 and Rogers 3003. There is a question people frequently ask. Are there differences between Rogers 4003 and Rogers 3003? You should never assume that you can make both materials from the same components. Use a standard and high-frequency material for all PCBs. It is very crucial for us to thoroughly give more explanations on the distinctive characteristics of the Rogers 4003 PCB material. Many often assume its properties are the same as the Rogers 3003.
Here, you’ll get an explanation on the variance between the two components of the Rogers materials. Readers will learn more about the Rogers 4003 and as well as the 3003. Both have properties that you cannot find in some other PCB materials. This is because of their distinctions. You have the right piece in your hands. Simply learn more about PCB designs.
