Payload Release PCB Design for dropper
Budget: ₹12,500 – ₹37,500 INR
I am in need of a skilled PCB designer to create a custom PCB to control a payload release mechanism. The PCB will be responsible for releasing a object when triggered by a pwm input and sensor input
Key Responsibilities:
- Develop a PCB layout that is compact, reliable, and power efficient
- The PCB design must include a sensor that can accurately trigger the payload release
- Ensure the PCB can handle an undetermined weight payload
PCB Functionality
Power Management: Efficiently manage a 25.2V power supply from the drone to provide regulated power to internal components.
Servo Control: Precisely control two servo motors for payload release based on received PWM signals.
Sensor Integration: Accurately process inputs from limit switches and a proximity sensor to monitor dropper status.
Logic and Control: Implement complex control algorithms to determine servo motor actions based on received PWM values and sensor data.
Status Indication: Clearly communicate dropper status through RGB LED indicators.
Ideal Skills and Experience:
- Prior experience designing PCBs for sensor-triggered mechanisms
- Knowledge of various sensors and their application in PCBs
- Understanding of payload weight constraints and considerations
- Familiarity with power-efficient design practices
- Ability to create a compact and reliable design
Please include examples of previous PCB designs in your bid. The deadline for this project is {client's deadline}..
Key Responsibilities:
- Develop a PCB layout that is compact, reliable, and power efficient
- The PCB design must include a sensor that can accurately trigger the payload release
- Ensure the PCB can handle an undetermined weight payload
PCB Functionality
Power Management: Efficiently manage a 25.2V power supply from the drone to provide regulated power to internal components.
Servo Control: Precisely control two servo motors for payload release based on received PWM signals.
Sensor Integration: Accurately process inputs from limit switches and a proximity sensor to monitor dropper status.
Logic and Control: Implement complex control algorithms to determine servo motor actions based on received PWM values and sensor data.
Status Indication: Clearly communicate dropper status through RGB LED indicators.
Ideal Skills and Experience:
- Prior experience designing PCBs for sensor-triggered mechanisms
- Knowledge of various sensors and their application in PCBs
- Understanding of payload weight constraints and considerations
- Familiarity with power-efficient design practices
- Ability to create a compact and reliable design
Please include examples of previous PCB designs in your bid. The deadline for this project is {client's deadline}..