PCB Schematic Capture
Budget: $10 – $30 USD
I have a prototype GPS logger for which I need the PCB schematic made. It is a simple task and should not take more than 30mins for someone proficient with KiCAD.
Device description:
It is a simple GPS logger device that uses the Openlog board (with inbuilt SD Card). The Openlog receives data from a Sparkfun GPS module over Quiic (I2C) bus. There is an LED connected to the PPS output of the GPS board. The device is powered by a 9V battery which is reduced to 3.3V by a buck regulator. A toggle switch connects that enable pin of the buck regulator to +ve 9V to turn on the device.
The components used are:
1. Sparkfun Openlog Artemis (https://github.com/sparkfun/OpenLog_Artemis/tree/main/Hardware)
2. Sparkfun Zoe M8Q GPS (https://github.com/sparkfun/SparkFun_u-blox_ZOE-M8Q/tree/master/Hardware)
3. Sparkfun Buck Regulator 3.3V (https://www.sparkfun.com/sparkfun-buck-regulator-breakout-3-3v-ap63203.html)
4. LED x 1
5. Toggle switch (pwr)
6. 9V battery connector
Deliverables:
At this stage I am looking for only the schematic capture and PCB layout is not needed. The schematic for the Sparkfun boards are availabe on their website. I would need the KiCAD project with the schematic and the components mentioned above imported into the project.
Device description:
It is a simple GPS logger device that uses the Openlog board (with inbuilt SD Card). The Openlog receives data from a Sparkfun GPS module over Quiic (I2C) bus. There is an LED connected to the PPS output of the GPS board. The device is powered by a 9V battery which is reduced to 3.3V by a buck regulator. A toggle switch connects that enable pin of the buck regulator to +ve 9V to turn on the device.
The components used are:
1. Sparkfun Openlog Artemis (https://github.com/sparkfun/OpenLog_Artemis/tree/main/Hardware)
2. Sparkfun Zoe M8Q GPS (https://github.com/sparkfun/SparkFun_u-blox_ZOE-M8Q/tree/master/Hardware)
3. Sparkfun Buck Regulator 3.3V (https://www.sparkfun.com/sparkfun-buck-regulator-breakout-3-3v-ap63203.html)
4. LED x 1
5. Toggle switch (pwr)
6. 9V battery connector
Deliverables:
At this stage I am looking for only the schematic capture and PCB layout is not needed. The schematic for the Sparkfun boards are availabe on their website. I would need the KiCAD project with the schematic and the components mentioned above imported into the project.