Aluminum Single Sided Custom LED Light PCB Routing V CUT Beveling
2PCS
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Features
Basic Infomation
Place of Origin: China
Brand Name: Yizhuo
Certification: CE,ROHS,UL
Model Number: Aluminum Pcb Board 01
High Light:

Single Sided LED Light PCB

,

Beveling LED Light PCB

,

OSP LED Light Bar Circuit Board

Payment & Shipping Terms
Packaging Details: Vacuum Package+ Good quality carton box
Delivery Time: 10-12 work days
Payment Terms: T/T, Western Union, MoneyGram
Specifications
Base Material: Aluminum Base
Copper Thickness: 1/2OZ
Peelable: 0.3-0.5mm
Profiling Punching: Routing, V-CUT, Beveling
Service: One-stop Service
Product Name: Aluminum Single Side Board
Surface: OSP
Product Description

Aluminum Single Sided Custom LED Light PCB Routing V CUT Beveling

 

Led Light Bar Circuit Board Design Led Lighting Controller Led Lighting Industry

 

Features of PCB Design for STM32WB

Microwave tracing of printed circuit boards must be carefully worked out. Let's consider the main aspects of PCB design for STM32WB. Let's start with impedance matching. It is known that to reduce signal reflection it is necessary to match the impedance of the source, receiver, and transmission line.

The impedance of a transmission line depends on its geometry and the location of the supporting surface. By the reference surface, I mean a conductive layer with zero potential, the geometrical dimensions of which significantly exceed the dimensions of the conductive line. Let's list the main factors influencing the wave impedance of the transmission line:

  • Line type: microstrip, strip, coplanar

  • Line width

  • Distance to the support layer H (dielectric thickness).

  • Dielectric material parameters (dielectric constant)

  • The thickness of the conductive layer, which is more influenced by the thickness of the conductor T1, to a lesser extent by the thickness of the copper of the reference layer T2;

  • Solder mask thickness

The impedance of a transmission line depends on its geometry and the selected PCB layer stack. Depending on whether the priority is stack or geometry, there are two approaches to design. The first approach is that the developer of the board sets the geometric dimensions of the conductors convenient for him, and then selects the layer stack and production technology for them. However, it is far from always possible to find the required stack within the technological limitations of the PCB manufacturer.

A situation may arise in which even if the manufacturer is able to produce a board on a given stack, its cost will be much higher than the typical one, especially when it comes to a small series or a prototype. Another approach is to select a generic stack from the manufacturer.

Each PCB manufacturer has recommended solutions, the use of which ensures the minimum production cost. But in this case, you will have to select the geometry of the transmission lines for the available parameters, and this does not always suit the developer. Both approaches require the developer to work closely with the manufacturer.

 

 

LAYER

PROTOTYPE

MASS PRODUCTION (above 20 m2)

Quick Turn

Standard Time

MC PCB

48 hours

4-5 days

10-12 days

PFC 1 L

48 hours

5-6 days

12-13 days

1L

24 hours

3-4 days

8-10 days

2L

24 hours

3-4 days

8-10 days

4L

48 hours

5-6 days

8-10 days

6L

72 hours

6-7 days

10-12 days

8L

72 hours

7-8 days

12-14 days

10L

96 hours

9-10days

16-18 days

Aluminum Single Sided Custom LED Light PCB Routing V CUT Beveling 0


Aluminum Single Sided Custom LED Light PCB Routing V CUT Beveling 1Aluminum Single Sided Custom LED Light PCB Routing V CUT Beveling 2

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Contact Person : Yolanda
Tel : +86-13530179598
Fax : 86-755-33115535
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