RO4003C
If you want a high-quality RO4003C for your business or project, don’t hesitate to rely on Venture! For more than 10 years, Venture became a professional in manufacturing RO4003C! We are a trusted Chinese supplier of RO4003C!
Your Leading RO4003C Supplier in China
Through advanced processes and the latest equipment, we can produce the best quality RO4003C that will suit your requirements, PCB needs, and projects!
Through our competitive rates, flexible payment terms, best delivery options, and no MOQ, Venture can always bring your business and projects in the market with success! More great deals are waiting for you if you purchase your RO4003C orders at Venture! We can offer 24/7 tech support. We also have a hardworking customer service team to give you the needed assistance. We will reply to your inquiries within 2 hours! Send us inquiries for your next RO4003C orders!
Venture RO4003C is a series of high-frequency circuit materials. Our RO4003C is manufactured with the most accurate tools, latest equipment, and advanced production facilities. We have expert engineers and designers who worked hard from designs, prototypes to manufacturing, and mass production. Because of that, Venture can always provide your RO4003C needs even in peak season. Surely, Venture is your total RO4003C solution provider!
Why Choose Venture RO4003C
Venture RO4003C is a series of high-frequency circuit materials that are reinforced with ceramic/ceramic laminates. It is designed for any sensitive performance and high-volume commercial applications.
Our RO4003C is designed to provide low cost and excellent high-frequency circuit fabrication. Venture RO4003C is equipped with properties required by designers for RF microwave circuits.
Aside from that, we produce RO4003C that features low dielectric loss. This allows our RO4003C to be used in applications that require higher operating frequencies.
Moreover, Venture RO4003C possesses the following features:
- Volume manufacturing process
- Not PTFE
- Outstanding dimensional stability
- Superior high-frequency performance because of low dielectric loss and tolerance
- Low in-plane expansion coefficient
- Stable electrical properties
- Low z-axis expansion
- Low thermal coefficient of dielectric constant
The optimized features mentioned above make our RO4003C applicable for RF identification tags, LNBs for direct broadcast satellite, spread spectrum communication systems, power amplifiers, cellular and microstrip base station antennas, and more.
What’s the difference between RO4003C and RO4350B?
The performance of RO4003C and RO4350B is very similar. The value of dielectric constant of RO4003C is 3.38+/-0.05, the suggested value of circuit design is 3.55.
RO4350B dielectric constant manufacturing nominal value: 3.48+/-0.05, circuit design recommended value:3.66. The performance parameters of RO4350B and RO4003C are slightly similar.
The main difference is that RO4003C is halogen-free, which is more environmental-friendly.
Rogers 4003 PCB Testing Procedures For PCB Board
We perform multiple quality assurance procedures for the RO4003C PCB. These include:
* Visual Inspection
* Flying probe test
* Impedance control test
* Solderability detection
* Digital metallograghic microscope
* AOI (Automated Optical Inspection)
* Thermal shock test
What’s the difference between RO4003C and RO3003?
There are several difference for RO4003C and RO3003. Firstly, it is the fabrication cost.Although they are both expensive as they both involve the use of technical tools in production, the Rogers 3003 is less expensive compared to the Rogers 4003.
Secondly, control temperature, Rogers PCBs can even work in harsh environmental conditions. RO 4003 works differently than R0 3003 due to environmental factors; though, both will work in any environment.
Rogers 4003 has better thermal control due to higher thermal voltage or gravity when weighing the difference with some PTFT constructed PCBs.
PCB & Assembly Catalog
Download the FREE PCB & Assembly Catalog online today! Venture will be your best partner on the way of bring your idea to market.
