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Comment: Typos - another 10V max voltage

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PinWire ColorPPM InPWM InTelemetryPWM Out
1BlackGND
2

Red

Vcc (4,8-15V 10V DC)
3




4




5WhitePPM InPWM In 1
PWM Out 12
6Blue
PWM In 2
PWM Out 7
7Yellow
PWM In 3TxPWM Out 8
8Green
PWM In 4RxPWM Out 9
9Orange
PWM In 5
PWM Out 10
10Violet
PWM In 6
PWM Out 11

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PinWire ColorTelemetryGPSOSDDSMS.Bus
1BlackGND
2RedVcc (4,8-15V 10V DC)
3BlueTx

4OrangeRxDSM InS.Bus In

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This port can support both UART and I2C serial devices, such as external I2C sensors (external magnetometer), GPS, OSD, Telemetry, DSM receiver, SRXL receiver,...

The conector connector used is a 4pin JST-SH.

Pinout:

PinWire ColorTelemetryGPSOSDDSMSRXLI2C
1BlackGND
2RedVcc (4,8-15V 10V DC)
3BlueTx

SCL
4OrangeRxDSM InSRXL In

SDA

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This port has two analog inputs that can be used to connect analog sensors such as voltage, current, analog airspeed sensor... It can also be used to connect a sonar, but that functionality currently isn't implemented.

The conector connector used is a 4pin JST-SH.

Pinout:

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The flight controller presents itself to the PC as a HID (Human Interface Device) and VCP (Virtual Comm Com Port) device.

The HID part comes configured for telemetry and is used to configure, update and debug your flight controller.

The VCP can be used for telemetry and CommBridge ComBridge functionality which binds Main or Flexi port to be used as a comm com port from your PC (useful for configuring your OSD without needing to rip it out of your airframe)

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This port is used by developers for flashing and debuging debugging the firmware. Most users will never have to use it.

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