plygon (poly process)

Complete Game Information：

• 1 、How to cut altium copper clad into separate parts
• 2
  、Is quickswap safe?
• 3、What kind of software is Plygon?
• 4 、Why can't 2Dline be drawn in the PADS schematic diagram
• 5
  、How to update PCB copper clad

How to cut copper clad in aluminium into separate parts

1. Open the relevant window directly and select Rules in Design to enter. Next, a new page pops up. You need to right-click on the icon and select New Rule. If there is no problem at this time, set the appropriate spacing through Minimum Clearance. In this way, after the automatic update, you will see the corresponding renderings, and you can cut the copper clad in altium into separate parts.

2. Separate copper-clad network signals into unified signals; select a copper-clad tool and select the network signals to perform copper-clad, as shown in the figure: You can perform copper-clad one by one, even if they overlap, they will be integrated into one.

3. Create board cutting grooves: In the toolbar, select "Tools"-"Convert"-"Create board cutting grooves with selected elements". This step converts the shape you draw into the actual board cutting groove, which will be hollowed out during PCB manufacturing. 3D viewing effect: Click the "3D" button to switch views and use the 3D viewing effect to ensure that the hollowed out part meets your design needs.

4. There are three main efficient methods to remove copper-clad parts in Altium Designer: using the polygon removal tool, editing copper-clad objects, and using the split plane function. Polygon Delete Tool is the most suitable method for handling areas with irregular shapes. In the PCB editing interface, start the tool by placing the menu bar → deleting polygon copper coating, or directly use the shortcut keys P, G, and D.

Is quickswap safe?

Safe. QuickSwap is a fork project of UniSwap in the DeFi field. As a decentralized trading platform, it relies on Plygon to provide scalable infrastructure and security on Layer2. It has low rates and high efficiency, and is generally good.

High-speed trading: Quickswap is extremely fast and can complete any ERC20 token transaction in less than 2 seconds. This speed advantage makes Quickswap stand out in the highly competitive DEX market. Ethereum backbone protection: Although Quickswap is deployed on the Polygon network, its transactions are still protected by the Ethereum backbone. This security measure enhances users 'trust in Quickswap.

Due to the high congestion of the Ethereum network, QuickSwap offers faster transactions than Uniswap at a low cost.

If it is a sidechain (similar to Polygon's early model), its decentralization and security may be limited; if it is a pure L2 (such as zk-Rollup), it can inherit Ethereum's security and improve scalability. The core of the current L2 competition lies in technical compliance, and OKB needs to clarify its technical positioning to avoid underestimation of ecological value.

What kind of software is Plygon?

1. Is it a rectangle inscribed in a circle? First of all, please don't write in white, okay? First draw a circle, then type "plygon" or find the polygon button in the on-screen toolbar, enter the number of sides as 4, then select "I" to inscribe the polygon, and then you can draw an inscribed square of a circle.

2. Safety. QuickSwap is a fork project of UniSwap in the DeFi field. As a decentralized trading platform, it relies on Plygon to provide scalable infrastructure and security on Layer2. It has low rates and high efficiency, and is generally good.

3. In the command bar, enter the command: pol and enter. (pol, short for plygon, means regular polygon. This command is used to draw regular polygons.) Specify the center point of the regular octagon at a location in the diagram. Enter according to the command prompt: inscribed in the circle (I)/circumscribed in the circle (C)/side length E Here, choose one as needed, and enter the corresponding option in the command bar.

4. Click to select copper-clad copper skin and right click. Select tool-deplogonPours in the menu bar and click Update.

5. Select the 2D Line drawing icon with pencil, and then right-click. If you want to draw a straight line, select Path, select Circle, select Rectangle, and select Polygon, so that you can draw whatever you want. You said that it is best to choose Rectangle to draw a box. Even if you choose Path, you can draw a box. You should pay attention to the starting point and ending point in the same place so that a closed box can be formed.

6. Open the relevant window directly and select Rules in Design to enter. Next, a new page pops up. You need to right-click on the icon and select New Rule. If there is no problem at this time, set the appropriate spacing through Minimum Clearance. In this way, after the automatic update, you will see the corresponding renderings, and you can cut the copper clad in altium into separate parts.

Why can't 2Dline be drawn in the PADS schematic diagram

1. Select the 2D Line drawing icon with a pencil, and then right-click. If you want to draw a straight line, select Path, select Circle, select Rectangle, and select Polygon, so that you can draw whatever you want. You said that it is best to choose Rectangle to draw a box. Even if you choose Path, you can draw a box. You should pay attention to the starting point and ending point in the same place so that a closed box can be formed.

2. Right-click in the blank space of PADS, select filter, and then check Edges to select the 2Dline located outside the plate frame and delete it.

3. Only one Board Outline frame is allowed to be drawn in PADSLAYOUT. If there are multiple boards to be pieced together, do not draw Board Outline. Use 2Dline instead directly. People will naturally recognize the board when playing.

4. Of course. If your plate frame is a single plate frame (without screw hole positioning holes), then you select the plate frame and enter the feature and can be modified to 2D Line. If your plate frame has screw hole positioning holes, enter the feature modification, the Type item will turn gray and cannot be modified. At this time, you can CTRL+C, and then CTRL+V copy it out. The copied 2D Line will be deleted, and the original plate frame is deleted.

5. After you import the 2Dline into PADS, first select the 2Dline you need to convert, and then right-click on it, a tool box will appear. Select "Properties", a window will pop up, and then you will see a "Type" item (at the top), there will be a drop-down list in the corresponding selection box on the right, and then select "Broad Outline", and the 2Dline you selected will be defined as a PCB frame.

How to update PCB copper clad

1. Click to select copper-clad copper skin and right click. Select tool-deplogonPours in the menu bar and click Update.

2. The specific steps are as follows: The main copper skin hollowing (common scenarios) The main copper skin is in "filling mode" by default, and the hollowing needs to be achieved by drawing prohibited areas. The steps are as follows: Enter the copper skin editing interface: Select the copper skin that needs to be hollowed out in the PCB editor, right-click and select "Edit Copper Skin", or directly double-click the copper skin to enter the editing state.

3. Steps: Drag the components into the PCB canvas and manually adjust the positions of key components (such as chips, interfaces). Click the "Routing" button at the top to set parameters such as line width and spacing. Select "Automatic Routing", and the system completes routing according to the rules. Effect: The wiring time for complex circuits has been shortened from hours to minutes. Copper-coating operation method: Use the "Copper-coating" function in the "PCB Tool" to box the areas (such as power layer, ground layer) that need to be copper-coated.

4. Method 1: Right-click the selected dotted box and select Delete in the pop-up menu. Method 2: Press the Delete key directly on the keyboard. After removal, the copper laying area will be removed from the PCB design. Precautions: Before deleting copper laying, it is recommended to confirm that this operation will not affect the electrical performance of the PCB (such as signal integrity, heat dissipation, etc.). If design abnormalities occur due to accidental deletion during operation, they can be restored through the software's historical version function or backup files.