16 Channel LED Chaser | Electronic #jlcpcb

Просмотров: 407, 585   |   Загружено: 2 год.
icon
INTION
icon
17, 095
icon
Скачать
iconПодробнее о видео
🔰 In this video I'm going to show you how to make a 16 channel running LED circuit.

JLCPCB 1-8 Layer PCB at $2. PCBA from $0 (Free Setup, Free Stencil)
Sign Up Here to Get $54 New User Coupons at -

Circuit diagram and Gerber File of the PCB :

How to Place a PCB Order at JLCPCB :

🔥 Follow me on Instagram :


#electronic #jlcpcb #circuit

The LED chaser circuit is a popular electronic circuit that can be used to create a mesmerizing display of LED lights, and is perfect for enhancing the visual appeal of your LED light system. This electronic circuit can also be integrated with other electronic components like an Arduino, making it a versatile and useful addition to any electronics project.

The LED chaser circuit uses a 555 timer IC and a 4017 decade counter IC to control the timing and pattern of LED lights. These simple and low-cost electronic components make it easy for beginners to build the circuit, while the advanced applications of the circuit can keep experienced electronics enthusiasts engaged.

Once the LED chaser circuit is built, you can connect LED lights to it and adjust the speed and pattern of the lights. The result is a fascinating display of lights that can be customized to fit your desired visual effect.

If you're looking to take your LED chaser circuit to the next level, you can integrate it with other electronic components like an Arduino. This allows you to create even more advanced applications, making the LED chaser circuit a valuable addition to any electronics project.

Whether you're a beginner or an experienced electronics enthusiast, the LED chaser circuit is a fun and engaging project that is sure to impress. So grab your electronic components and start building your own LED chaser circuit today!


The 74HC595 is an electronic component commonly used in electronics circuits. It is a shift register IC that allows the user to control multiple LEDs or other electronic components with just a few pins from a microcontroller such as the Arduino.

In an LED light system, the 74HC595 can be used to control a large number of LEDs with just a few pins from the microcontroller. This is achieved by using the shift register to shift in data that controls the state of each LED, and then latching the data to update the LED states simultaneously. This reduces the number of pins required to control the LEDs, making it easier and more efficient to manage large LED arrays.

The 74HC595 can also be used to drive other electronic components such as motors, relays, or other types of sensors. By shifting in data to the shift register, the user can control the state of these components, making it an essential component in many electronic circuits.

Overall, the 74HC595 is a versatile and widely used electronic component that is commonly used in LED light systems and Arduino projects. Its ability to control multiple electronic components with just a few pins makes it an essential component in many electronics circuits, and its reliability and low cost have made it a popular choice among electronics enthusiasts and professionals alike.


The NE555, also known as the 555 timer IC, is a widely used electronic component in electronic circuits. It is a versatile device that can function as a timer, oscillator, and flip-flop. The NE555 has become a staple in the electronics industry due to its simplicity, reliability, and low cost.

The NE555 can be used in a variety of electronic circuits, including LED light systems, where it can control the timing and duration of the LED lights. The NE555 can also be integrated with microcontrollers such as the Arduino to create complex circuits that can automate tasks or control other electronic components.

BC547 is a widely used NPN bipolar junction transistor in the field of electronics. It is a versatile component that can be used in various applications such as LED light systems, LED chaser circuits, and Arduino projects. As a transistor, it is commonly used to amplify or switch electronic signals. In LED light systems, BC547 can be used to control the current flowing through the LEDs, while in LED chaser circuits, it can be used to control the timing and sequencing of the LED patterns. In Arduino projects, BC547 can be used to interface between the microcontroller and other electronic components, enabling the control of various functions. With its reliability and versatility, BC547 has become a staple component in many electronic projects.

______________________INTION_________________________
______________________________________________________

Music-
Music provided by : NoCopyrightSounds.
watch :
NCS Spotify:

Похожие видео

Добавлено: 56 год.
Добавил:
  © 2019-2021
  16 Channel LED Chaser | Electronic #jlcpcb - RusLar.Me