Eco Friendly RF PCB Material,
Matt RF PCB Board,
RF PCB Board RO4350B
Today, we are happy to share our newly shipped PCB. The newly shipped PCB is a high-performance board that has been supplied to meet the needs of high-frequency applications. The board features Rogers RO4350B hydrocarbon ceramic laminates, which are known for their low dielectric constant and loss, making them ideal for high-frequency circuits. Additionally, this material has a lead-free process and can operate in a wide temperature range of -40℃ to +85℃, making it an eco-friendly option for various applications.
The stackup configuration for this PCB consists of base copper layers with a thickness of 17um and a dielectric layer of RO4350B with a thickness of 30mil. The base copper layers are sandwiched between the dielectric layers, resulting in a finished board thickness of 0.8mm and a finished Cu weight of 1 oz (1.4 mils) for all layers. The via plating thickness is 1 mil, and the surface finish is ENEPIG. Countersunk holes are required, and edge plating is also necessary for this PCB.
|RO4350B Typical Value|
|Dielectric Constant,εProcess||3.48±0.05||Z||10 GHz/23℃||IPC-TM-650 220.127.116.11 Clamped Stripline|
|Dielectric Constant,εDesign||3.66||Z||8 to 40 GHz||Differential Phase Length Method|
|Thermal Coefficient of ε||+50||Z||ppm/℃||-50℃to 150℃||IPC-TM-650 18.104.22.168|
|Volume Resistivity||1.2 x 1010||MΩ.cm||COND A||IPC-TM-650 22.214.171.124|
|Surface Resistivity||5.7 x109||MΩ||COND A||IPC-TM-650 126.96.36.199|
|Electrical Strength||31.2(780)||Z||Kv/mm(v/mil)||0.51mm(0.020")||IPC-TM-650 188.8.131.52|
|MPa(ksi)||RT||ASTM D 638|
|MPa(ksi)||RT||ASTM D 638|
|after etch+E2/150℃||IPC-TM-650 2.4.39A|
|Coefficient of Thermal Expansion||10
|Tg||>280||℃ TMA||A||IPC-TM-650 184.108.40.206|
|Td||390||℃ TGA||ASTM D 3850|
|Thermal Conductivity||0.69||W/M/oK||80℃||ASTM C518|
|Moisture Absorption||0.06||%||48hrs immersion 0.060"
sample Temperature 50℃
|ASTM D 570|
|Density||1.86||gm/cm3||23℃||ASTM D 792|
|Copper Peel Stength||0.88
|after solder float 1 oz.
|Lead-free Process Compatible||Yes|
The PCB dimensions are 52 mm x 38 mm with a tolerance of +/- 0.15mm. The minimum trace/space is 8/6 mils, and the minimum hole size is 0.5mm. The PCB has a total of 53 pads, with 17 thru-hole pads and 35 top SMT pads. There are no bottom SMT pads in this design. The via copper is pasted filled and capped with a thickness of 0.5mm. There is no top or bottom silkscreen, but the top and bottom solder mask are in matt black.
Impedance matching is not required for this PCB, with a tolerance of +/- 10%. The PCB has undergone 100% electrical testing to ensure its quality and reliability.
Overall, the choice of materials, stackup configuration, and construction details for this PCB have been carefully selected to ensure optimal performance and functionality. The use of Rogers RO4350B hydrocarbon ceramic laminates ensures low loss and high precision, making it ideal for high-frequency applications that require high reliability and consistency. The base copper layers provide excellent thermal and electrical conductivity, while the dielectric layer ensures a consistent signal quality and prevents crosstalk.
The PCB is suitable for a wide range of applications, including wireless communications, high-speed digital circuits, and RF/microwave circuits. Its eco-friendly and lead-free design makes it a popular choice for companies looking to reduce their environmental impact. The use of countersunk holes and edge plating ensures a secure and reliable connection between components and the PCB.
In summary, this newly shipped PCB is a high-performance board that has been carefully manufactured to meet the needs of high-frequency applications. Its use of Rogers RO4350B hydrocarbon ceramic laminates, base copper layers, and dielectric layer ensures low loss and high precision, making it ideal for applications that require high reliability and consistency. The PCB design is suitable for a wide range of applications and is eco-friendly, making it a popular choice for companies looking to reduce their environmental impact.
Contact Person: Ms. Ivy Deng