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Quote of the Day

This Device displays Quotes depending on which day it is. Powered by the PICO W and a Custom RGB matrix Board.

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Greetings everyone and welcom bacjk, here's something cool.

The Quote of the Day is a compact, Wi-Fi-enabled inspirational display device built using a Raspberry Pi Pico W and a custom WS2812B RGB LED matrix.
The device connects to the internet, retrieves the current day using NTP (Network Time Protocol), and scrolls a quote corresponding to the day of the week across the colorful LED matrix.

Whether it's a Monday incentive or a Friday reflection, this device ensures that each day starts with a positive spark, making it an ideal addition to your workplace, workspace, or bedside table.

In this project we are utilizing one of our previously built custom RGB matrix boards, which consists of 100 WS2812B LEDs arranged in a 10x10 Matrix, a PICO is also added to the board for controlling the Matrix.

You can check out more about the Matrix Project from the below link to get more detail about its build process and code.

https://www.hackster.io/Arnov_Sharma_makes/raspberry-pi-pico-matrix-project-da5f89

Here, we are using the Matrix coupled with the Raspberry Pi PICO W, which will allow us to connect with the internet in order to get daytime readings.

POWER CIRCUIT

For the Power source of this project, we are using a Custom Power Circuit that revolves around the IP5306 Power Management IC, that delivers a consistent 5V/2A of power from a 3.7V LiPo Cell we are using in this project.

After building the basic layout according to the datasheet, we exported the netlist from our PCB CAD software and created a board layout file in which we placed all of the SMD and through-hole components in the correct sequence, connected all of the traces according to the schematic, and finished the board.

After finalizing the Board Layout, we exported the gerber data and shared it with HQ NextPCB for samples.

HQ NEXT PCB

After completing the PCB design, we export the Gerber data and send it to HQ NextPCB for samples.

Gerber Data was sent to HQ NextPCB, and a Green Solder Mask PCB with White Screen was ordered.

After placing the order, the PCBs were received within a week, and the PCB quality was pretty great.

In addition, I have to bring in HQDFM to you, which helped me a lot through many projects. Huaqiu’s in-house engineers developed the free Design for Manufacturing software, HQDFM, revolutionizing how PCB designers visualize and verify their designs.

HQDFM: Free Online Gerber Viewer and DFM Analysis Tool

Also, NextPCB has its own Gerber Viewer and DFM analysis software.

Your designs are improved by their HQDFM software (DFM) services. Since I find it annoying to have to wait around for DFM reports from manufacturers, HQDFM Is the most efficient method for performing a pre-event self-check.

Here is what the online Gerber Viewer shows me could not be clearer.

However, for full function, like DFM analysis for PCBA, you need to download the software. The online version only provides a simple PCB DFM report.

With comprehensive Design for Manufacture (DFM) analysis features, HQDFM Is a free, sophisticated online PCB Gerber file viewer.

It provides insights into advanced manufacturing by utilizing over 15 years of industry expertise. You guys can check out HQ NextPCB if you want great PCB service at an affordable rate.

DAY COUNTER v5.step

step - 412.44 kB - 05/17/2025 at 17:31

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  • 1
    PCB ASSEMBLY
    • Using a solder paste dispensing needle, we apply solder paste to each component pad after assembling the power board to begin the PCB assembly process. In this case, we are using 63/37 SnPb solder paste.
    • The pick-and-place process comes next, in which each component is placed in its allotted location.
    • The circuit is then placed on our MHP50 Reflow hotplate, which melts solder paste by heating the surface from below. This causes the components to be soldered to their pads.
    • After adding each THT component to the PCB, we use a soldering iron to solder the pads from the bottom of the board.
  • 2
    WIRING
    • We began the wiring process by connecting the battery's positive and negative terminals to the power circuit's battery connector.
    • We then connected wires to the power circuit's 5V and GND.
    • The connecting wires are then attached to the Matrix's 5V and GND terminals.
    • Pressing the push switch turns our setup on, and double-pressing turns it off.
  • 3
    FRAME DESIGN

    We are creating a quote display that will be placed on our desk; thus, we need to create a stand or frame-like part that will maintain the display slightly tilted and house both the lithium cell and the power circuit on the other side of the matrix.

    We imported the 3D model of the display into Fusion360, along with the 3D models of the lithium cell and power module. We arrange all components according to our design, with the matrix on the front side and the power module and battery on the rear side. We then designed a frame based on the arrangement of our components. This frame requires four bushing- or washer-like pieces to mount the Matrix in place. Both the battery and the power module are mounted to the bottom side. The battery will be fastened to its location with hot glue, and the power module will be secured with two M2 screws.

    Using our Ender 3 3D printer, we exported and 3D printed the frame part with a 0.6mm nozzle in transparent PLA.

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