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Integrated PCB with:
Buck converter designed for a 3S battery input
5 V output at 4 A
ELRS PWM Receiver
1x XT60 input connector (for ~12V)
Power split to 2x XT60 output connectors (~12V)
intended to connect to ESCs
5V output at 4A
ELRS Receiver with PWM output
ESP8285 Backpack
SX128X or SX1280 RF IC
5V to 3.3V LDO for IC power
6x output connections connectors for servo PWM forsignaling
2x FlaperonFlaperons
1x Elevator
1x Rudder
2x Motors
1x XT60 3S battery input connectors
2x XT60 battery output connectors
intended to connect to ESCs
Why?
Intended to integrate all electronics for the simple foam plane into a single PCBA.
ESC is still separate for the motor(s) but that project is coming later down the line.
https://uwarg-docs.atlassian.net/wiki/spaces/FT/pages/2628419591/2024-07-28+Foam+Plane+Flight+Test?search_id=cea8ab0a-d5e4-4c9b-9494-7c45af7982c5 foam plane for context
When using 12V->5V @ 5A Buck Converter Board we have two PCBAs
Going into various foam fixed-wings to be used in flight training for competition fixed wing aircraft
How?
See the End User Guide/Manual at 12V-5V 4A Buck + ELRS RX: End User Manual.
Project Link
Altium 365 | 12V-5V 4A Buck + ELRS
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