5.8GHZ Rogers 5880 PCB HF Printed Circuit Board Design Service for Sensor Module XCER manufacturer from China Shenzhen Xinchenger Electronic Co.,Ltd

5.8GHZ Rogers 5880 PCB HF Printed Circuit Board Design Service for Sensor Module

Place of Origin:

Zhejiang, China (Mainland)


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Product Detail

Model No.: XCER

5.8GHZ Rogers 5880 PCB HF Printed Circuit Board Sensor Module Application

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5.8GHZ Rogers 5880 PCB HF Printed Circuit Board Sensor Module Application

A directional PCB antenna was required to operate in the 5.725 5.850 GHz ISM band with linearly polarized waves. The antenna had to interface with a 50 SMA connectorization and be fabricated entirely from circuit traces, metal components, and solder. No discrete electrical components could be used.
Additionally, the entire device had to fit within a 10 cm x 10 cm x 1 cm rectangular prism.

Specification

PCB Type:	Rogers PCB
Layer :	2 layer
Min .Line Width/Space:	3mil/3mil
Min. Via Diameter:	0.3mm
Finish Thickness:	0.2mm
Surface Finish:	HASL
Size:	20*20MM
Material:	5880
Color:	black
Application:	automatic system,antenna

Parameter

Soldmask regidity			6H
Thermal stress			28820Sec
Testing voltage			50-300v
Min buried blind via			0.2mm(8mil)
Outer cooper thickness			1oz-5oz
Inner cooper thickness			1/2 oz-4oz
Aspect ratio			8:1
SMT min green oil width			0.08mm
Min green oil open window			0.05mm
Insulation layer thickness			0.075mm-5mm
Aperture			0.2mm-0.6mm
Special technology			Inpedance,blind buried via,thick gold,aluminumPCB
Surface finish			HASL,lead free,Immersion gold,immersion tin,immersion silver,ENIG,Blue glue,gold plating

Description:

A dielectric material is a substance that is a poor conductor of electricity, and used as an insulating layer in the PCB build up. Porcelain, mica, glass, plastics and some metal oxides are good dielectrics. The lower the dielectric loss, (the proportion of energy lost as heat) the more effective the dielectric material. If the voltage across a dielectric material becomes too great -- that is, if the electrostatic field becomes too intense -- the material will suddenly begin to conduct current. This phenomenon is called dielectric breakdown.

Our high density circuit boards have the technology pushing capabilities to drive applications in a large number of industries including but not limited to semiconductor test equipment, defense, medical and aerospace.