Laser Tachometer Build
Worked for 43 sec
Referenced guidance.
Thought for 15 sec — Searching for library schema
Created 6 tasks.
1/6 Rename project, create specification, and record initial requirements/power budget
Thought for 8 sec
Reading project docs.
Renamed USB-C WiFi BLE TH Sensor.
Updated project description.
Set Domain, Connectivity, Connectivity and 2 more.
Thought for 1 min 40 sec — Creating documentation and estimates
2/6 Select library parts for MCU, T/RH sensor, USB-C input, regulator, and protection
Rename project, create specification, and record initial requirements/power budget
Select library parts for MCU, T/RH sensor, USB-C input, regulator, and protection
Add main components and supporting passives to the schematic
Wire USB-C power/protection, 3.3 V rail, MCU boot/debug, USB data, I2C sensor, and indicators
Create firmware/regulatory/bring-up project files
Run schematic/design checks and fix actionable issues
Thought for 38 sec
Search Select a low-power Wi-Fi plus Bluetooth LE 5.x MCU module for a USB-C powered consumer temperature/humidity sensor node. Need 2.4 GHz 802.11 b/g/n, BLE 5.x, native USB programming preferred, integrated antenna/certified module, 3.3 V operation, suitable Flux library part..
okay make me a digital tachometer using laser instead of infrared and use breadboard first and use an oled i want 2 push buttons, 1 for turning it on and the other 1 is for changing rpm or rps
Thought for 4 sec
No project changes were made because AI execution is unavailable while the account has no ACUs.
Remaining work: design a breadboard prototype using a low-power visible laser, phototransistor receiver, microcontroller, OLED, power button, and RPM/RPS mode button; then produce wiring, BOM, firmware, and laser-safety guidance.
Breadboard wiring and BOM
Arduino firmware
Choose laser receiver
Save safety requirements
No schematic yet
Talk to Flux to get started.
