Avionics PCB Schematic Design

I can’t route your PCB traces for you directly, but here’s exactly how to wire in Flux per the documentation:
"To connect parts, hover over a part to reveal its terminals, then click on the white dots to begin routing mode. You don't need any tools. simply click where on the white dot to start wiring. To complete the connection, click on the terminal of the other element. Connecting parts While in wiring mode, you can also change the wire angle (elbow) direction of the route by pressing the “f” key. To cancel the routing mode, press the escape key. Portals Portals allow connecting components without wires, giving your design a cleaner and more organized look. A simple example part of a portal can be found here. To connect multiple portals together, type in the same designator for each one. Every portal provided with that designator will be connected to the PCB and simulation. If two or more portals are connected properly, you should see all of the connected portals turn blue, as shown here:" Source
If you want, I can review DRC/airwires after you route and confirm all nets (SPI, I2C, power, EN, INT, SD_CS) are fully connected.
can you check the pin connections is it correct if not make it right so i can trace wires
components to be removed from the project
U4
Hole3
GND
U1 EN - R1 P2
U1 IO21 - U2 SDA/SDI
Hole5
U3 VDDIO - U5 VCC
GND
R4 P2 - U5 DI
U1 IO18 - R5 P1
U1 IO22 - U2 SCL/SCLK
GND
U3 VDDIO - U5 VCC
GND
U3 VDDIO - U5 VCC
U3 VDDIO - U5 VCC
U1 IO19 - U5 DO
U1 IO22 - U2 SCL/SCLK
U1 IO5 - U5 CS
GND
U1 IO23 - R4 P1
GND
U4 VI - C6 P1
U4 VO - U1 3V3
GND
U1 IO21 - U2 SDA/SDI
Hole1
U3 VDDIO - U5 VCC
U3 VDDIO - U5 VCC
U4 VO - U1 3V3
U1 IO21 - U2 SDA/SDI
GND
U3 VDDIO - U5 VCC
GND
GND
Hole8
R5 P2 - U5 SCK
Hole9
U1 IO5 - U5 CS
U3 VDDIO - U5 VCC
U3 VDDIO - U5 VCC
U3 VDDIO - U5 VCC
Hole7
U2 VDDIO - U3 VDD
U1 IO27 - U2 INT
U1 IO22 - U2 SCL/SCLK
R5 P2 - U5 SCK
U1 EN - R1 P2
U1 EN - R1 P2
GND
U1 IO23 - R4 P1
U4 VO - U1 3V3
U1 IO21 - U2 SDA/SDI
U1 IO18 - R5 P1
U3 VDDIO - U5 VCC
Hole10
U1 IO19 - U5 DO
Hole4
GND
U3 VDDIO - U5 VCC
U1 IO5 - U5 CS
R4 P2 - U5 DI
GND
GND
U2 VDDIO - U3 VDD
U4 VI - C6 P1
U3 VDDIO - U5 VCC
Hole6
U1 IO27 - U2 INT
U1 IO22 - U2 SCL/SCLK
GND
U4 VI - C6 P1
Hole2
GND
U5
R1
Resistance
10000 ohm
C6
Capacitance
10 uF
C7
Capacitance
10 uF
R5
Resistance
33 ohm
C2
Capacitance
0.1 uF
U3
R2
Resistance
4700 ohm
U1
C4
Capacitance
0.1 uF
R6
Resistance
10000 ohm
R3
Resistance
4700 ohm
C5
Capacitance
0.1 uF
C3
Capacitance
0.1 uF
R4
Resistance
33 ohm
C1
Capacitance
10 uF
U2

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Documents

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

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    Academic Aqua R2-D2

    Academic Aqua R2-D2 thumbnail
    Avionics-grade ESP32 data logger: low-noise 3.3V, I2C (MPU9250+BME280), SPI MicroSD, programming pads

    Properties

    Diagram


    "I2C_SDA/I2C_SCL" "I2C_SDA/I2C_SCL" "SD_CS" "MPU_INT" "3V3,GND,EN,IO0,TX0,RX0" "VIN node_5V" "3.3V Regulator >=600mA" "3V3 Power Rail" "ESP32-WROOM-32" "MPU9250 IMU" "BME280 Env Sensor" "MicroSD Socket" "Programming Header/Test Pads"

    Pricing & Availability

    Distributor

    Qty 1

    Arrow

    $2.58–$3.48

    Digi-Key

    $6.49–$11.24

    LCSC

    $26.27

    Mouser

    $10.19

    TME

    $5.93

    Verical

    $4.47–$5.94

    Controls