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Connect this resistors to the Pins. For example, connect I1 (Pin\_1) to R1 and t...
afonsoingles

afonsoingles

@copilot Connect this resistors to the Pins. For example, connect I1 (Pin_1) to R1 and to O1 (Pin_1), and make that to every other resistor, chaning the pin number
1y

copilot

Alright, let's proceed with the connections as you described.
I'll connect each resistor to specific pins of the components. Here's the detailed connection list:
  1. Connect I1:Pin_1 to R1:P1 and O1:Pin_1.
  2. Connect I1:Pin_2 to R2:P1 and O1:Pin_2.
  3. Connect I1:Pin_3 to R3:P1 and O1:Pin_3.
  4. Connect I1:Pin_4 to R4:P1 and O1:Pin_4.
  5. Connect I1:Pin_5 to R5:P1 and O1:Pin_5.
  6. Connect I1:Pin_6 to R6:P1 and O1:Pin_6.
For the other side of the resistors, let's assume you're connecting back to I2. Here's how that will work:
  1. Connect R1:P2 to I2:Pin_1.
  2. Connect R2:P2 to I2:Pin_2.
  3. Connect R3:P2 to I2:Pin_3.
  4. Connect R4:P2 to I2:Pin_4.
  5. Connect R5:P2 to I2:Pin_5.
  6. Connect R6:P2 to I2:Pin_6.
Let me know if you need any further connections or adjustments!
1y
afonsoingles

afonsoingles

@copilot That's incorrect. Connect the Pin 1 of the resistor to I1, and the Pin 2 of the resistor to O1.
1y

copilot

Got it. We'll connect Pin 1 of the resistors to each corresponding pin of I1 and Pin 2 of the resistors to each corresponding pin of O1.
Here are the correct connections:
  1. Connect R1:P1 to I1:Pin_1, and R1:P2 to O1:Pin_1.
  2. Connect R2:P1 to I1:Pin_2, and R2:P2 to O1:Pin_2.
  3. Connect R3:P1 to I1:Pin_3, and R3:P2 to O1:Pin_3.
  4. Connect R4:P1 to I1:Pin_4, and R4:P2 to O1:Pin_4.
  5. Connect R5:P1 to I1:Pin_5, and R5:P2 to O1:Pin_5.
  6. Connect R6:P1 to I1:Pin_6, and R6:P2 to O1:Pin_6.
Each connection ensures that Pin 1 of the resistor goes to the corresponding pin of I1 and Pin 2 of the resistor goes to the corresponding pin of O1.
Let me know if you need any further adjustments or additional connections!
1y
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2
How do i connect to ground in the PCB
afonsoingles

afonsoingles

@copilot How do i connect to ground in the PCB
1y

copilot

In a PCB design, connecting components to ground ensures a common reference point for all signals, improves noise immunity, and completes electrical circuits. Here’s how to connect components to ground in Flux:
Steps to Connect Components to Ground in Flux:
  1. Ground Net Creation:
    • Ensure you have a net labeled as GND in your schematic.
    • In your project, it's already set up under the net GND.
  2. Net Connections:
    • Connect the pins that need to be grounded to the GND net. Here's a textual description of how to connect your existing components to the ground net:
      • Connectors:
        • Connect $G1$:$Pin_4$, $G1$:$Pin_5$, $G1$:$Pin_6$, $G1$:$Pin_8$, $G1$:$Pin_7$, $G1$:$Pin_3$, $G1$:$Pin_1$, and $G1$:$Pin_2$ to the GND net.
      • Components:
        • If there are any specific pins from the components listed that need to be connected to ground but aren't mentioned yet, identify those pins and connect them to the GND net.
  3. Using Ground Symbols:
    • Place ground symbols (usually a standard ground symbol in the schematic editor) wherever you need to make a connection to the ground net.
  4. PCB Layout:
    • In the PCB layout, ensure that the GND net is connected correctly with a ground plane or ground traces. You can use a copper pour (a large area of copper connected to the ground) to minimize impedance and enhance performance.
    • Set the net for the copper pour to GND.
    • Route the GND connections from the component pads to the ground plane or ground traces.
  5. Verify Connections:
    • Double-check the connections in the schematic to ensure all required ground connections are correctly made.
    • Perform a Design Rule Check (DRC) to make sure there are no unconnected or wrongly connected ground nets.
Feel free to ask if you need specifics on any step or any other assistance!
1y
Someone is typing...
3
PWR-IN
B4
MTR
D2
B2
PWR-OUT
5V
G1
B3
D1
DST
B1
R3
Resistance
220 Ω
D4
D3
BZ
SRV
S1

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