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connect all of this component please

arteczx

@copilot connect all of this component please

2y

copilot

Sure, let's start by making the necessary connections for your circuit to ensure everything works well together. Here's a step-by-step outline.

Power Connections

Connect power to all devices from the battery.
- Battery Pack $BATT1$
  - Connect $BATT1:+$ to $J2:P1$ .
  - Connect $BATT1:-$ to $J1:P2$ .
Create a common ground and power net:
- Connect $J2:P1$ to $J3:VDD$ , $U1:VDD$ , $U2:VIN$ , $U3:VCC$ , $U3:VDD_USB$ , $U3:V_BCKP$ , $U5:3.3V$ .
- Connect $J1:P2$ to $J3:VSS$ , $U1:GND$ , $U2:GND$ , $U3:GND$ , and $U5:GND$ .

Communication Connections I2C Bus (for U2 and possibly U3)

Connect U2:
- Connect $U2:SDA$ to $U1:IO21$ .
- Connect $U2:SCL$ to $U1:IO22$ .
Connect U3 to the I2C Bus or UART, based on configuration:
- If I2C is selected, connect as follows:
  - Connect $U3:SDA/\text{\~SPI_CS}$ to $U1:IO21$ .
  - Connect $U3:SCL/SPI_CLK$ to $U1:IO22$ .
- If UART is selected, connect as follows:
  - Connect $U3:TXD/SPI_MISO$ to $U1:RXD0/IO3$ .
  - Connect $U3:RXD/SPI_MOSI$ to $U1:TXD0/IO1$ .

SPI Bus (for U5)

Connect U5:
- Connect $U5:MISO$ to $U1:SDO/SD0$ .
- Connect $U5:MOSI$ to $U1:SDI/SD1$ .
- Connect $U5:SCK$ to $U1:SCK/CLK$ .
- Connect $U5:NSS$ to a GPIO on the ESP32, for example, $U1:IO5$ .
Optional connections for U5's DIO pins:
- Connect $U5:DIO0$ to a GPIO on $U1$ , for example, $U1:IO23$ .
- Connect $U5:DIO1$ to another GPIO on $U1$ , for example, $U1:IO19$ .

Interface Connections

Connect $J3$ (SD card interface):
- Connect $J3:CMD$ to $U1:SCS/CMD$ .
- Connect $J3:CLK$ to $U1:SCK/CLK$ .
- Connect $J3:DAT0$ to $U1:SDI/SD1$ .
- Connect $J3:DAT1$ , $J3:DAT2$ , and $J3:DAT3$ to unused GPIOs on $U1$ .

Reset and Enable Pins

ESP32 enable pin:
- Connect $U1:EN$ to $J1:P1$ through a pull-up resistor (10k ohms is typical).

And that should set up your circuit's basic connections! If there are any additional functional requirements or if you'd like more specific details on components (like including additional resistors or capacitors), let me know.

2y

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27

connect all this component please

arteczx

@copilot connect all this component please

2y

copilot

Sure! Let's start by focusing on power connections, then move on to connecting signal pins according to typical usage.

1. Power Connections

Assumptions:

The main power source is the battery BATT1.
3.3V is used for the logic voltage.

Power Supply

Battery to Power Supply
- Connect BATT1:1 to U2:1 (VIN)
- Connect BATT1:2 to U2:3 (GND)
Power Distributor
- Connect U2:2 (3.3V) to the 3.3V power rail.
- Connect U2:3 (GND) to the ground rail.

Device Power

Connect all 3.3V pins of the components to the 3.3V power rail.
- Connect U3:23 to U2:2 (3.3V)
- Connect U5:13 to U2:2 (3.3V)
- Connect J3:4 to U2:2 (3.3V)
- Connect U1:2 to U2:2 (3.3V)
Connect all GND pins of the components to the ground rail.
- Connect U3:10, U3:12, U3:13, U3:24 to U2:3 (GND)
- Connect U5:1, U5:8, U5:10 to U2:3 (GND)
- Connect J3:6 to U2:3 (GND)
- Connect U1:1, U1:15, U1:38, U1:39 to U2:3 (GND)

2. Data Connections I2C Bus (Connect Sensor to ESP32)

BMP280 (I2C Mode)
- Connect U2:4 (SCL) to U1:22 (IO22)
- Connect U2:5 (SDA) to U1:21 (IO21)
MPU9250 (I2C Mode)
- Connect U2:4 (SCL) to U1:22 (IO22)
- Connect U2:5 (SDA) to U1:21 (IO21)

SPI Bus (Connect RF Module to ESP32)

RFM69HCW (SPI)
- Connect U5:2 (MISO) to U1:20 (IO19)
- Connect U5:3 (MOSI) to U1:22 (IO23)
- Connect U5:4 (SCK) to U1:19 (IO18)
- Connect U5:5 (NSS) to U1:18 (IO17)

UART Interface (GPS to ESP32)

NEO-M8N (UART)
- Connect U3:20 (TXD) to U1:34 (RXD0)
- Connect U3:21 (RXD) to U1:35 (TXD0)

Connectors

Optionally, connect J2 and J1 for additional connections:
- Connect J2:1 to VCC (3.3V)
- Connect J2:2 to GND
TF-015: Ensure VDD and VSS are connected to the power and ground rails respectively.

Other Connections

Handle any other specific connections as needed based on your project requirements.

Summary

I hope this detailed connection guide helps you set up your components in Flux. Let me know if you need any further assistance!

2y

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26

J2

J3

U2

U3

Not Recommended for New Designs

J1