Smart Electronics Kits NE555+CD4017 Light Water Flowing Light LED Module DIY Kit Learn Electronic Principles

NE555+CD4017 LED Light Water Flowing DIY Kit Electronic Production Suite DIY Running LED Flow LED Light for Electronics Learning

Feature:

1.User-friendly and Easy Assembly: The LED light water flowing DIY kit is thoughtfully designed with a simple assembly process, making it accessible to individuals with limited electronics experience. Users can easily build and operate the kit without any hassle or confusion. 2.Educational and Learning Tool: This light water flow light LED module serves as an excellent educational resource for teaching electronic fabrication and fundamental circuit principles. It provides hands-on experience and promotes understanding of electronic components and their functionality. 3.Time and Cost Savings: By purchasing this LED soldering DIY flashing light kit, you save valuable time that would otherwise be spent searching for and purchasing individual electronic components. All the necessary components are conveniently included in the kit, allowing for quick and hassle-free assembly. 4.Enjoyable DIY Experience: Building and troubleshooting the light water flowing light LED module DIY kit brings immense satisfaction and a sense of achievement to DIY enthusiasts. It offers an opportunity to showcase creativity, providing a visually appealing flowing light circuit that can be admired and enjoyed. 5.Versatility and Customization: The running LED flow LED light electronic production suite DIY kit can be applied in a wide range of applications and settings. With the flexibility to design and customize the flowing light effects, users can tailor the circuit to suit their specific needs and creative ideas, making it a practical and versatile solution.

Specification: Origin: Mainland China Power supply voltage: 2.5-14.5V PCB size: 54*21mm PCB thickness: 1.6mm Material: mixed material This package is mainly a decimal counter circuit and clock generation circuit. It is powered by the self-excited multivibrator of the NE555 core. It charges the capacitor C1 through R2, R3, and R4. When C1 starts charging, pin 2 of the NE555 is still at a low level. Therefore, when power is turned on, output pin 3 changes to high level, and C1 is charged to 2/3 of the power supply voltage through R2, R3, and R4. The level of output pin 3 changes from high to low. NE555 performs internal discharge, and capacitor C1 passes through R4, R4, and R4. R3 and pin 7 of NE555 are discharged until the voltage across C1 is less than 1/3 of the power supply voltage, and the level of pin 3 of NE555 changes from low level to high level. C1 is charged again, forming such a periodic oscillation. Charging time: 0.695 (R2+R3+R4) C1, discharging time: 0.695 (R4+R3) C1 and R4 can adjust and control the output frequency of the oscillator. The oscillation clock signal is continuously applied to pin 14 of NE555 CD4017, and the output terminal 10 and CD4017 is connected to 10 LEDs. When the output terminal 10 of CD4017 generates a high-level clock signal in turn, D1-D10 light up in sequence, forming a water-light effect.

Note: Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you! Please allow 1-2cm measuring deviation due to manual measurement.