Stratix 10 Download and install instructions: More Less 1. Download Quartus Prime software, and any other software products you want to install, into a temporary directory. Download device support files into the same directory as the Quartus Prime software installation file. Change the file permission for all the setup. If you want to use add-on software, download the files from the Additional Software tab.
Save the files to the same temporary directory as the Quartus Prime software installation file. Run the QuartusProSetup All software and components downloaded into the same temporary directory are automatically installed; however, stand-alone software must be installed separately. Devices You must install device support for at least one device family to use the Quartus Prime software.
Download the add-on software you want to install. Run the downloaded installation file. Xiomi collection. Elmer 2 Sep Reply. Babbu 13 Sep Reply. Y81 schematic diagram. Thalib 19 Sep Reply. Poco m3 need pls. Santosh kumar 21 Sep Reply. Hi, sir please upload Redmi 9 prime schemetic. Sakir diwan 8 Oct Reply. Alots of thanks. Redmi Note 10 pro.. Quick-Start Schematic Drawing Templates Dozens of pre-made schematic diagrams let you get started instantly. Choose a schematic diagram template that is most similar to your project and customize it quickly and easily.
And because they are vector graphics rather than bitmap images used by other programs, you can scale them without losing quality. Intelligent Schematic Formatting SmartDraw helps you align and arrange every part of your schematic diagram. And SmartDraw's "intelligent" connecting lines stay attached to your schematic components even when you move them around. Free Support Have a question? Here are the parts we'll add:. To rotate parts as your placing them, either select one of the four options on the rotate toolbar -- -- or right click before placing the part.
Place your microcontroller in the center of the frame, then add the other parts around it like so:. Three connectors will finish off our design. One 8-pin connector to break out the analog pins, a 6-pin serial programming header, and a 2x3-pin ICSP programming header.
Here are the three parts to add for this step:. With all of the parts added to our schematic, it's time to wire them together. There's one major caveat here before we start: even though we're wiring parts on the schematic, we not going to use the WIRE tool -- -- to connect them together.
Instead, we'll use the NET tool -- left toolbar, or under the Draw menu. To use the NET tool, hover over the very end of a pin as close as possible, zoom in if you have to , and left-click once to start a wire.
Now a green line should be following your mouse cursor around. To terminate the net, left-click on either another pin or a net. The hard part, sometimes, is identifying which part on a circuit symbol is actually a pin.
Usually they're recognizable by a thin, horizontal, red line off to the side of a part. Sometimes not always they're labeled with a pin number. Make sure you click on the very end of the pin when you start or finish a net route. Whenever a net splits in two directions a junction node is created. This signifies that all three intersecting nets are connected.
If two nets cross, but there's not a junction, those nets are not connected. Next we'll route the ATmega to its supporting circuitry. The remaining nets we have to make are not going to be as easy to cleanly route. You could do it, it would work, but it'd be really ugly. Instead, we'll make net "stubs" and give them unique names to connect them. We'll start by adding short, one-sided nets to each of the six pins on the serial connector. Begin by starting a net at a pin, just as you've been doing.
Terminate the net by left-clicking a few grid-lengths over to the right of the pin. Then, instead of routing to another pin, just hit ESC to finish the route. When you're done, it should look like this:. Next, we'll use the NAME tool -- left toolbar, or under the Edit menu -- to name each of the six nets.
With the NAME tool selected, clicking on a net should open a new dialog. Start by naming the net connected to the top, GND pin. Delete the auto-generated name e. This should result in a warning dialog, asking you if you want to connect this net to all of the other nets named "GND" that would be every net connected to a GND symbol. This should spawn a piece of text that says "GND", left-click again to place the label down right on top of your net.
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