Summary of Lux meters attiny26-16 light measurement circuit using attiny26 microcontroller
This article describes a Lux meter circuit designed to measure illumination levels using an ATtiny26-16 microcontroller. The system utilizes LEDs for display and 2SK1061 MOSFETs as key components in the sensing mechanism. The project documentation includes shared source files covering PCB layouts, circuit diagrams, and calibration code, providing a complete solution for building the device.
Parts used in the Lux Meter:
- ATtiny26-16 microcontroller
- LEDs for display
- 2SK1061 MOSFETs
- PCB (Printed Circuit Board)
- Circuit diagram
- Calibration code
Lux meter circuit atmel attiny26-16 microcontroller based on the value of the LED displays on the display lux with LEDs placed on 2sk1061 MOSFETs. Interestingly, all of the source files in an application (pcb, diagrams, code) calibration circuit is shared also provided information to
- What is the primary function of this circuit?
The Lux meter is used to measure illumination, which is the level of luminous flux falling on a surface area. - Which microcontroller is used in this design?
The circuit is based on the ATtiny26-16 microcontroller. - How does the circuit display the measured values?
The circuit displays lux values using LEDs placed on the board. - What type of transistors are utilized in the sensor section?
The design uses 2SK1061 MOSFETs for the LED placement and sensing. - Are the source files for the project available?
Yes, all source files including PCB designs, diagrams, and code are provided. - Does the project include calibration information?
Yes, the shared application files contain information regarding the calibration circuit. - Can I obtain the circuit diagram from this text?
The text references a specific Lux meter circuit diagram that is part of the provided resources. - What defines illumination in the context of this article?
Illumination is defined as the level of luminous flux falling on a surface area.

