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Welcome to Flux

Treat Flux like your intern. Tell it what you'd like to build and it'll get to work. You can also ask it questions, brainstorm ideas, and teach it your preferences. Learn More

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how do I use Flux?

raj06

@copilot how do I use Flux?

copilot

Using Flux to design electronic circuits and layout PCBs involves the following steps:

Creating a New Project: Sign in to your Flux account and click on "New Project". This will open a blank workspace where you can start designing your schematic.
Adding Components: You can drag and drop components from the library onto the drawing canvas. For custom components, you can use the component editor to create new ones.
Connecting Components: To connect two components, you can use the wire tool. Click on a component pin and drag the wire to another pin on a different component.
Creating PCB Layout: Once the schematic is finished, you can switch to the PCB layout mode. Flux will automatically place your components, but you can manually drag and move them.
Routing: In the PCB layout, you will need to create "tracks" that connect the pins of the components, similar to how you made connections in the schematic. Automated routing is also available in Flux.
Final Checks and Export: After you're done with the layout, you should run the Design Rule Check (DRC) to identify any potential issues. If everything looks good, you can export the design in Gerber or any other supported format for manufacturing.

To learn more about these steps in a more detailed manner, you can check out Flux's YouTube channel or their tutorials section as mentioned in their documentation snippet:

"Explore our library of video tutorials, crash courses, and recorded events. There are also some independent content creators with amazing videos on how to use Flux" [1]

"Learn about Flux features and how to design PCBs faster. Take a look at our YouTube channel for more tutorials" [1]

If you run into any issues while using Flux, their Slack community and live support are ready to assist you:

"The best place for support using Flux is our Slack community. You'll be able to ask questions directly to the Flux team" [2]

"You can contact us directly if none of the above options solve your problem. To get in touch with us, go to our home page, scroll to the very bottom and click on "Contact us" [2]

[1] https://docs.flux.ai/tutorials

[2] https://docs.flux.ai/Introduction/getting-support

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Reviews

Documents

Documents are markdown text files which describe project goals, capture details, or even simulation outputs.

Assets

kicad_mod

SMD_2010_5025Metric.kicad_mod

SMD_2010_5025Metric

step

3DV_AXIAL-P2.54_D3.2.step

3DV_AXIAL-P2.54_D3.2

step

3DV_AXIAL-P5.08_D3.2.step

3DV_AXIAL-P5.08_D3.2

step

3DV_AXIAL-P5.08_D4.5.step

3DV_AXIAL-P5.08_D4.5

kicad_mod

H_AXIAL-P20.32_D3.2.kicad_mod

H_AXIAL-P20.32_D3.2

kicad_mod

H_AXIAL-P25.4_D_3.2.kicad_mod

H_AXIAL-P25.4_D_3.2

step

3DH_AXIAL-P15.24_D3.2.step

3DH_AXIAL-P15.24_D3.2

step

3DSMD_MELF_MMB-0207.step

3DSMD_MELF_MMB-0207

kicad_mod

SMD_1218_3246Metric.kicad_mod

SMD_1218_3246Metric

kicad_mod

SMD_MELF_MMB-0207.kicad_mod

SMD_MELF_MMB-0207

CRCW 0603 (1608metric).png

CRCW 0603 (1608metric)Thumbnail

kicad_mod

SMD_1210_3225Metric.kicad_mod

SMD_1210_3225Metric

step

3DSMD_0805_2012Metric.step

3DSMD_0805_2012Metric

step

3DSMD_MiniMELF_MMA-0204.step

3DSMD_MiniMELF_MMA-0204

step

3DH_AXIAL-P25.4_D_3.2.step

3DH_AXIAL-P25.4_D_3.2

step

3DV_AXIAL-P7.62_D3.6.step

3DV_AXIAL-P7.62_D3.6

kicad_mod

SMD_0612_1632Metric.kicad_mod

SMD_0612_1632Metric

step

3DV_AXIAL-P5.08_D3.6.step

3DV_AXIAL-P5.08_D3.6

step

3DH_AXIAL-P7.62_D2.5.step

3DH_AXIAL-P7.62_D2.5

kicad_mod

SMD_4020_10251Metric.kicad_mod

SMD_4020_10251Metric

kicad_mod

V_AXIAL-P5.08_D3.2.kicad_mod

V_AXIAL-P5.08_D3.2

kicad_mod

V_AXIAL-P2.54_D2.5.kicad_mod

V_AXIAL-P2.54_D2.5

kicad_mod

V_AXIAL-P5.08_D2.5.kicad_mod

V_AXIAL-P5.08_D2.5

kicad_mod

SMD_01005_0402Metric.kicad_mod

SMD_01005_0402MetricFootprint

step

3DSMD_1218_3246Metric.step

3DSMD_1218_3246Metric

step

3DH_AXIAL-P20.32_D3.2.step

3DH_AXIAL-P20.32_D3.2

kicad_mod

SMD_0201_0603Metric.kicad_mod

SMD_0201_0603Metric

step

3DSMD_2010_5025Metric.step

3DSMD_2010_5025Metric

kicad_mod

H_AXIAL-P7.62_D2.5.kicad_mod

H_AXIAL-P7.62_D2.5

fixed-resistor-us

fixed-resistor-usDefault

step

3DSMD_1210_3225Metric.step

3DSMD_1210_3225Metric

step

3DSMD_1812_4532Metric.step

3DSMD_1812_4532Metric

kicad_mod

V_AXIAL-P5.08_D4.5.kicad_mod

V_AXIAL-P5.08_D4.5

kicad_mod

SMD_2512_6332Metric.kicad_mod

SMD_2512_6332Metric

step

3DSMD_01005_0402Metric.step

3DSMD_01005_0402Metric3D Model

step

3DV_AXIAL-P2.54_D2.5.step

3DV_AXIAL-P2.54_D2.5

step

3DH_AXIAL-P12.7_D3.2.step

3DH_AXIAL-P12.7_D3.2

kicad_mod

SMD_MicroMELF_MMU-0102.kicad_mod

SMD_MicroMELF_MMU-0102

kicad_mod

SMD_0402_1005Metric.kicad_mod

SMD_0402_1005Metric

kicad_mod

SMD_1812_4532Metric.kicad_mod

SMD_1812_4532Metric

kicad_mod

SMD_0805_2012Metric.kicad_mod

SMD_0805_2012Metric

step

3DSMD_0201_0603Metric.step

3DSMD_0201_0603Metric

step

3DSMD_1206_3216Metric.step

3DSMD_1206_3216Metric

kicad_mod

SMD_1020_2550Metric.kicad_mod

SMD_1020_2550Metric

step

3DV_AXIAL-P5.08_D2.5.step

3DV_AXIAL-P5.08_D2.5

step

3DSMD_2512_6332Metric.step

3DSMD_2512_6332Metric

kicad_mod

H_AXIAL-P12.7_D3.6.kicad_mod

H_AXIAL-P12.7_D3.6

kicad_mod

V_AXIAL-P7.62_D3.6.kicad_mod

V_AXIAL-P7.62_D3.6

kicad_mod

H_AXIAL-P10.16_D2.5.kicad_mod

H_AXIAL-P10.16_D2.5

kicad_mod

SMD_2816_7142Metric.kicad_mod

SMD_2816_7142Metric

kicad_mod

H_AXIAL-P15.24_D3.2.kicad_mod

H_AXIAL-P15.24_D3.2

step

3DSMD_0612_1632Metric.step

3DSMD_0612_1632Metric

kicad_mod

SMD_1206_3216Metric.kicad_mod

SMD_1206_3216Metric

step

3DH_AXIAL-P12.7_D3.6.step

3DH_AXIAL-P12.7_D3.6

step

3DSMD_4020_10251Metric.step

3DSMD_4020_10251Metric

kicad_mod

H_AXIAL-P12.7_D3.2.kicad_mod

H_AXIAL-P12.7_D3.2

step

3DSMD_1020_2550Metric.step

3DSMD_1020_2550Metric

step

3DSMD_0815_2038Metric.step

3DSMD_0815_2038Metric

step

3DH_AXIAL-P10.16_D2.5.step

3DH_AXIAL-P10.16_D2.5

step

3DSMD_2816_7142Metric.step

3DSMD_2816_7142Metric

step

3DSMD_MicroMELF_MMU-0102.step

3DSMD_MicroMELF_MMU-0102

kicad_mod

V_AXIAL-P5.08_D3.6.kicad_mod

V_AXIAL-P5.08_D3.6

step

3DSMD_0402_1005Metric.step

3DSMD_0402_1005Metric

kicad_mod

SMD_MiniMELF_MMA-0204.kicad_mod

SMD_MiniMELF_MMA-0204

step

3DSMD_0603_1608Metric.step

3DSMD_0603_1608Metric

kicad_mod

SMD_0603_1608Metric.kicad_mod

SMD_0603_1608Metric

kicad_mod

SMD_0815_2038Metric.kicad_mod

SMD_0815_2038Metric

kicad_mod

V_AXIAL-P2.54_D3.2.kicad_mod

V_AXIAL-P2.54_D3.2

Project Name

4.7kΩ 0603 Resistor

Description

4700 ohm 4.7kΩ 0603 (1608 metric) fixed chip SMD Resistor. #CommonPartsLibrary #Resistor #CRCW0603

Properties

Resistance

4.7k

Part Type

Resistor

Package

SMD_0603_1608Metric

Manufac… Number

CRCW06034K70JNEAC

Manufac…er Name

Vishay

Designator Prefix

Datasheet URL

vishay.com/docs/28773/crcwce3.pdf

License

creativecommons.org/licenses/by/4.0/

Pricing & Availability

Distributor	Qty 1

Controls

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adrian95 / 4.7kΩ 0603 Resistor

Files