Dongguan Yusijie Electronics Co., Ltd.

 

1. Stable performance, good operability, simple and convenient wiring;

2. Support customization of basically all single-line or double-line LED driver ICs on the market;

3. Comes with more than 80 kinds of pattern effects, gorgeous and smart;

4. Can carry up to 2048 pixels;

5. The power supply has anti-reverse connection function

 

 

MODE+ forward selection pattern effect

SPEED cycle selection speed

MODE- backward selection pattern effect

MODE+ and MODE- Press MODE+ and MODE- at the same time and release them at the same time to enter the automatic mode.

The default state of power on: six states of water flow, overall jump, meteor, single point, colorful gradient, back-to-forward water flow change in a cycle, and the default speed is.

 

 

From the first to the sixth time of pressing, each time is displayed in one style, and a single style cycle is maintained.

The first time: overall jump The second time: water flow

The third time: meteor The fourth time: single point

The fifth time: colorful gradient The sixth time: back-to-forward water flow

Press the SPEED key:

Each press to achieve a deceleration. There are eight levels of speed adjustment. Acceleration adjustment is not supported yet. When pressed for the ninth time, it returns to the original default speed.

Press the AUTO key: The display style and speed return to the initial state. The microcontroller has a power-off retention function. If the power is accidentally cut off during use, the previous data (style and speed) will be displayed at the next startup. Then connect the red wire to the positive pole of the external DC power supply, and connect the black wire to the negative pole of the external DC power supply, that is, the external DC power supply powers both the microcontroller and the light string.

 

 

 

 

Wiring a WS2815 LED strip involves connecting the strip to a power supply and a controller. The WS2815 is a popular addressable RGB LED strip that uses dual-signal wires, allowing the strip to continue functioning even if one LED fails

Wiring Diagram Overview:

 

Power Supply:

+12V to +12V of LED strip

GND to GND of LED strip and GND of controller

 

LED Strip:

Din (data input) connected to data output pin of controller (with resistor in series)

Bin connected to GND of controller

+12V connected to +12V of power supply

GND connected to GND of power supply

 

Controller:

Data output pin connected to Din of LED strip (via resistor)

GND connected to GND of power supply

 

Optional Logic Level Shifter:

Controller data output to level shifter input

Level shifter output to Din of LED strip

By following these steps and ensuring proper connections, you can successfully wire and operate your WS2815 LED strip.

 

 

Product Design and Development:
Our team specializes in crafting innovative LED solutions, from intricate hardware design-including LED circuits, PCB layouts, and power management-to sophisticated signal processing. We also develop tailored embedded software and firmware to ensure seamless integration of our hardware and software components.

 

Manufacturing and Assembly:
We pride ourselves on the precision and quality of our manufacturing processes. This includes the production of high-quality PCBs, sourcing top-tier electronic components, and conducting rigorous assembly and testing to ensure the reliability and functionality of our final products.

 

Customized Solutions:
Understanding that every client's needs are unique, we offer customized product design and development services, tailored to specific industry requirements and applications.

 

Technical Support and Maintenance:
Our commitment to our customers extends beyond the sale. We provide comprehensive after-sales support, including troubleshooting, repair, and replacement services, as well as regular software updates and hardware upgrades to keep your systems running smoothly.

 

Market Support and Certification:
Navigating the complexities of product certification can be a challenge. We're here to assist you with compliance testing, ensuring your products meet industry standards and are ready for market.

 

Technical Consulting and Training:
Our team of experts is available to provide consulting services, guiding you in the selection of the most suitable solutions and technologies for your needs. Additionally, we offer training programs to empower you to use and maintain your electronic products efficiently and effectively.

 

 

Packing Materials:

Antistatic bags: Protect electronic modules from static damage.

Foam or shockproof materials: Fill gaps in the packaging to prevent movement and impact during transportation.

Carton: Durable external packaging.

Label: Indicate product name, model, quantity, batch number, etc.

Waterproof bag or plastic film (if necessary): Prevent moisture.

 

Packing Steps:

1.Antistatic Treatment:

●Place the electronic module in an antistatic bag and seal it.

2.Shockproof Treatment:

●Add a layer of foam or shockproof material at the bottom of the box.

●Center the antistatic bag with the module in the box, surrounded by shockproof material.

●Add another layer of foam or shockproof material on top of the module.

 

 

 

http://www.ysjpcb.com/