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Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI

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China Bicheng Electronics Technology Co., Ltd certification
China Bicheng Electronics Technology Co., Ltd certification
Kevin, Received and tested the boards - thanks very much. These are perfect, exactly what we needed. rgds Rich

—— Rich Rickett

Ruth, I got the PCB today, and they are just perfect. Please stay a little patience, my next order is coming soon. Kind regards from Hamburg Olaf

—— Olaf Kühnhold

Hi Natalie. It was perfect, I attach some pictures for your reference. And I send you next 2 projects to budget. Thanks a lot again

—— Sebastian Toplisek

Kevin, Thanks, they were perfectly made, and work well. As promised, here are the links for my latest project, using the PCBs you manufactured for me: Regards, Daniel

—— Daniel Ford

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Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI

Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI
Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI

Large Image :  Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI

Product Details:
Place of Origin: CHINA
Brand Name: Bicheng
Certification: UL, ISO9001, IATF16949
Model Number: BIC-473.V1.0
Payment & Shipping Terms:
Minimum Order Quantity: 1PCS
Price: USD9.99-99.99
Packaging Details: Vacuum bags+Cartons
Delivery Time: 8-9 working days
Payment Terms: T/T
Supply Ability: 5000PCS per month
Detailed Product Description
Base Material: FR-4 Layer Count: 8 Layers
PCB Thickness: 1.6mm ±0.16 PCB Size: 109.3 X 107.41mm=1PCS
Solder Mask: Green Silkscreen: White
Copper Weight: 1oz Surface Finish: Immersion Gold
High Light:

1oz Impedance Controlled PCB

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8 Layer Impedance Controlled PCB

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1oz HDMI Circuit Board

 
Impedance Controlled PCB Differential Impedance Circuit Board 8 Layer PCB for Wireless HDMI
 
1.1 General description
This is a type of 8 layer printed circuit board built on FR-4 substrate with Tg 170°C for the application of Wireless HDMI. It's 1.6 mm thick with white silkscreen(Taiyo) on green solder mask (Taiyo) and immersion gold on pads. It's also an impedance controlled PCB with single-end impedance and differential impedance controlled on on top layer and bottom layer. The base material is from Taiwan ITEQ supplying 1 up PCB per panel. They're fabricated per IPC 6012 Class 2 using supplied Gerber data. Each 25 panels are packed for shipment.
 
1.2 Features and benifits
Lead free assemblies with a maximum reflow temperature of 260℃
High solderability, no stressing of circuit boards and less contamination of PCB surface.
AOI inspection
8000 types of PCB per month
12 hours quotation
Free-of-charge PCB panelization
 
1.3 Applications
USB Adapter
WiFi USB Dongle
GPRS Modem
 
Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI 0
 
1.4 Parameter and data sheet
PCB SIZE 109.3 x 107.41mm=1PCS
BOARD TYPE Multilayer PCB
Number of Layers 8 layers
Surface Mount Components YES
Through Hole Components YES
LAYER STACKUP copper ------- 18um(0.5oz)+plate TOP layer
Prepreg 7628(43%) 0.195mm
copper ------- 35um(1oz) MidLayer 1
FR-4 0.2mm
copper ------- 35um(1oz) MidLayer 2
Prepreg 7628(43%) 0.195mm
copper ------- 35um(1oz) MidLayer 3
FR-4 0.2mm
copper ------- 35um(1oz) MidLayer 4
Prepreg 7628(43%) 0.195mm
copper ------- 35um(1oz) MidLayer 5
FR-4 0.2mm
copper ------- 35um(1oz) MidLayer 6
Prepreg 7628(43%) 0.195mm
copper ------- 18um(0.5oz)+plate BOT Layer
TECHNOLOGY  
Minimum Trace and Space: 4mil/4mil
Minimum / Maximum Holes: 0.3/6.19mm
Number of Different Holes: 24
Number of Drill Holes: 5158
Number of Milled Slots: 0
Number of Internal Cutouts: 0
Impedance Control: Single-Ended Trace Width:L1, L3, L6, L8 4mils --- 50 ohm, Differential trace/space: top layer 5.1/6.0 mils -- 90 ohm, 5.1 / 8 mils --- 100 ohm, L6 5.1 / 8 mils --- 100 ohm; bottom layer 5.1 mil /6 mils --- 90 ohm, 5.1mils / 8 mils --- 100 ohm
Number of Gold finger: 0
BOARD MATERIAL  
Glass Epoxy: FR-4 TG170℃, er<5.4.IT-180, ITEQ Supplied
Final foil external: 1oz
Final foil internal: 1oz
Final height of PCB: 1.6mm ±0.16
PLATING AND COATING  
Surface Finish Immersion gold (26.1% ) 0.05µm over 3µm nickel
Solder Mask Apply To: TOP and Bottom, 12micron Minimum
Solder Mask Color: Green, PSR-2000GT600D, Taiyo Supplied.
Solder Mask Type: LPSM
CONTOUR/CUTTING Routing, stamp holes.
MARKING  
Side of Component Legend TOP and Bottom.
Colour of Component Legend White, IJR-4000 MW300, Taiyo Supplied.
Manufacturer Name or Logo: Marked on the board in a conductor and leged FREE AREA
VIA Plated through hole(PTH), Via in pad, Resin via plug, via capped.
FLAMIBILITY RATING UL 94-V0 Approval MIN.
DIMENSION TOLERANCE  
Outline dimension: 0.0059" (0.15mm)
Board plating: 0.0030" (0.076mm)
Drill tolerance: 0.002" (0.05mm)
TEST 100% Electrical Test prior shipment
TYPE OF ARTWORK TO BE SUPPLIED email file, Gerber RS-274-X, PCBDOC etc
SERVICE AREA Worldwide, Globally.
 
1.5 Characteristic Impedance
The characteristic impedance of the conductor on the printed circuit board is an important indicator of the circuit design, especially in the PCB design of high frequency circuit. Whether the characteristic impedance of the conductor is consistent and matching with the characteristic impedance required by the device or signal must be taken into consideration. Therefore, these two concepts in reliability design of PCB design must be paid attention.
 
There will be a variety of signal transmission in the conductor of circuit board. To increase the rate of transmission, it must increase its frequency. Due to the factors of the circuit itself such as etching, stack thickness, track width and so on are different, it will cause changes of the impedance value, resulting in its signal distortion. Therefore, the impedance value of conductor on high-speed circuit board should be controlled within a certain range, known as the "impedance control". The factors that affect the impedance of the PCB wiring are mainly the width of the copper track, the thickness of the copper track, the dielectric constant of the dielectric, the thickness of the dielectric, the thickness of the pad, the path of the ground layer, the wires around the wiring, etc. So the impedance of the wiring on the board must be controlled in the design of the PCB to avoid signal reflection and other electromagnetic interference and signal integrity issues as far as possible, to guarantee the stability of the actual use of the PCB board. You can refer to the corresponding empirical formula for the calculation method of micro-strip line and strip line impedance on PCB board.
 
Copper 1oz Impedance Controlled PCB 8 Layer For Wireless HDMI 1
 

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