Dual-Power ESP8266 PCB Design with Relay & Current Sensor
Budget: ₹1,000 – ₹2,000 INR
I'm looking for a skilled PCB designer to create a custom PCB for an ESP8266. The board needs to control a single relay, monitor AC current, and manage power from both a battery and an AC source.
Key Requirements:
- Relay Control: The PCB should have the ability to control a single relay.
- Current Monitoring: The PCB will need to monitor AC current using an invasive (shunt resistor) type AC current sensor.
- Power Management: The design must incorporate a power module that allows the device to be powered by both a battery and directly from an AC power supply.
Ideal skills for this project would include:
- Extensive experience in PCB design.
- Knowledge and experience working with ESP8266.
- Familiarity with relay control and current monitoring systems.
- Ability to design efficient power management systems.
Please note, the power module will need to be robust enough to handle dual power sources, so experience in designing for power resilience would be beneficial. The project also requires understanding of working with shunt resistors for current monitoring.
Should be designed in EasyEDA
Key Requirements:
- Relay Control: The PCB should have the ability to control a single relay.
- Current Monitoring: The PCB will need to monitor AC current using an invasive (shunt resistor) type AC current sensor.
- Power Management: The design must incorporate a power module that allows the device to be powered by both a battery and directly from an AC power supply.
Ideal skills for this project would include:
- Extensive experience in PCB design.
- Knowledge and experience working with ESP8266.
- Familiarity with relay control and current monitoring systems.
- Ability to design efficient power management systems.
Please note, the power module will need to be robust enough to handle dual power sources, so experience in designing for power resilience would be beneficial. The project also requires understanding of working with shunt resistors for current monitoring.
Should be designed in EasyEDA