Description

Z16E201474A1

Model: RO4003C High Frequency Board
Material:  Rogers 4003+TG170 mixed pressure
Layer: 18 layer pcb
RO4003C dielectric Thickness: 2.17mm
Ro4350b dielectric constant: 3.38
Thermal Conductivity : 0.71w/m.k
Copper Thickness: Base 0.502, Finised 10Z
Finished Thickness:2.17mm
Surface Treatment: Immersion gold 2u + resin plug hole
Trace / Spacing: 3mil/3mil

 

R04003C PcBis high freouenyPc8 R04350Bisa Boers comoany poduced RO4003Ch dielectriccnstantis3 38 The main materalfoished prducts are wdocapokeramic aminates

RO4003C Advantages.

 

1. Low DF

2. Low DK fluctuation with temperature

3. Low Z-axis thermal expansion coefficient

4. Low internal expansion coefficient

5. Low DK tolerance

6. Stable electrical characteristics at different frequencies

7. Easy to mass produce and FR4 multi-layer mixing, high cost performance

 

 

Roers 4350 PcB appitcation.Celular base staton antenna and power ampifer,Microwave point to pointconnection (P2P,Automotive radar and sensors,Radio frequency identfcaton ID

LNB for live satellite.

 

Rogers 4003C dielectric constant: Er=3.38

Dimensions and thickness specifications of Rogers 4003C material

0.004″(0.101mm),.0.066″(0.168mm,.0.010″(0.254mm),0.0133″(0.338mm), 0.0166″(0.422mm),.0.020″(0.508mm),0.030″(0.762mm).0.060″(1.524mm12”*18″(305*457mm) 24″*18(610*457mm) 24″*36″(610*915mm) 48″*36″(1.224m*457mm)The thickness of 0.004″ is not applicable. The thickness of plate is greater 1/2 oz ( 17um), 1 oz (35um). 2 oz (70um)Rogers 4003C prepreg usually uses RO4003C, RO4450F

Click open RO4003C Datasheet

 

Click open RO4003C Datasheet

 

Rogers 4003C Vs FR4

Single-chip RF devices have greatly promoted the application of wireless communication within a certain range.
Using appropriate microcontrollers and antennas combined with this transceiver, a complete wireless communication network can be formed.
They can be integrated on a small PCB and applied to many fields, such as wireless digital audio, digital video data transmission system,
Wireless remote control and telemetry system, wireless data acquisition system, wireless network and wireless security system

If the floating circuit lRF PCBl and the DC circuit microcontroller PCBl work separately, they may work well, but once they are placed on the same PCB,
They cannot work together using the same power supply. This is the difference between Rogers RO4003C and FR4.

RO4003C developed by Rogers, an internationally renowned advanced PCB material manufacturer, meets the strict requirements of commercial equipment manufacturers for PCBs and has strong market competitiveness.

RO4003C not only has good high-frequency performance, low Rflo and excellent electrical characteristics,
But also has the characteristics of low production cost of RO4003C PCB, and multi-layer mixed lamination of RO4003C and FR4,
Which has strong market competitiveness. In the range of -50~150 degrees, the dielectric constant of RO4003C changes to 49%6,
Which lays a solid foundation for the temperature characteristics of communication equipment.

The cost performance of RO4003C RF engineers who develop RF all hope that its electrical performance is good and stable.
From the perspective of the company’s products, the cheaper the better. Now the miniaturization requirements of communication equipment are increasing,
And RF circuits and digital circuits cannot be mixed. This contradiction arises. How to choose between RO4003C and FR4? RO4003C is a high-frequency PCB material.
Its high-frequency electrical characteristics are better than FR4, but its price is also higher than FR4. For the mixed PCB of RO4003C and r4, this can be selected,
But the RF device part of the equipment needs to be placed on the RO4003C side, and the digital device part on the FR4 side. The PCB stackup diagram of RO4003C is as follows

 

Some key features of RO4003C PCB are analyzed. From the above analysis, it can be seen that RO4003C PCB not only has good high-frequency performance,
Low FLO and excellent electrical characteristics, but also has other excellent characteristics, such as low PCB production cost, can be mixed with FR4 multilayer, and is a cost-effective PCB RF material.

ZBPCB company introduction

ZBPCB company has focused on RF PCB manufacturing in China for more than 17 years. We know how much impact the right RF material has on the performance of the circuit board.
When choosing materials suitable for high-frequency PCB manufacturing, parameters such as RF microwave energy level, operating frequency, operating temperature range,
Current and voltage are very important. Being familiar with these RF_PCB materials is one of our jobs. Please check the following material list for reference. We have enough inventory to ensure fast delivery.

RF/Microwave PCB materials

Rogers RO4350B/RO3003/RO4003/RO3006/RT/Duroid 5880/RT5870, etc.

Arlon/lsola/Taconic/PTFE F4BM/Teflon materials should not be ignored.

Hybrid PCB Materials (Hybrid Dielectric/Laminate)

Rogers RO4350B+ FR4/RO4350B+IT180/RO4003C+ FR4/RO3010 + FR4/RO3003 + FR4/RO3010 + FR4, etc.

RF (RF) Microwave PCB Applications

RF Microwave PCB (Printed Circuit Board) is used in various fields, such as consumer electronics/military space/high power/medical/automotive/industrial, etc.

Surface treatment: OSP/ENIG/HASL LF/Gold Plating/Gold Flash/Immersion Tin/Immersion Silver/Electrolytic Gold

Capacity. Gold Finger/Heavy Copper/Bonding Burning Via/Impedance Control/Resistive Flow/Carbon Ink/Backplane/Countersunk Via/Half-Plated Via/Pre-Assembled Via/Peelable Shading Film/
Peelable Solder Mask/Thick Copper/Oversize

Material. Rogers RO4350B / RO3003 /R04003 / R03006 /RT/Durid 5880/RT5870 and Aron /lsola /Taconic / PTFE F4BM /Tefon materials, etc.

Number of layers: 2L 4L 6L8L 10L 12L 14L 16L 18L 20L 22L 24L 26L 28L 30L

Dielectric constant (IDK): 2.20/2.55/3.0013.38/3.48/3.50/3.6/615/10.2

Applications: Consumer Electronics/Mitean! Space/Antenna and Communication Systems/High Power/Medical/Automotive Industry Handheld Devices Basement WifI Amplifier Telematics and

Infotainment/ Wif/Computing/Radar/Power Amplifier