Team

Behind this ingenious project stands a team fueled by passion, expertise, and a shared vision for innovation. Meet our dedicated members, each contributing unique skills and perspectives to bring this clock project to life.

Project

This is a collaborative project focused on creating a 7-segment display clock using decade counters. The circuit and PCB design were crafted using Proteus and EasyEDA, a powerful tool for schematic capture and PCB design. For circuit simulation, Proteus was employed to ensure comprehensive testing and validation of the design.

Tool Utilization

• Circuit and PCB Design: The circuit and PCB design were meticulously crafted using Proteus and EasyEDA, a user-friendly online platform for schematic capture and PCB layout.
• Circuit Simulation: For circuit simulation and validation of the design, Proteus was employed, allowing the team to test the functionality and accuracy of the clock design.

Components Used

Below are the key components integrated into our clock project:

• IC 4026: A versatile decade counter with seven-segment display drivers, crucial for accurate time display.
• IC 555: A popular timer IC used for precision timing pulses in the clock circuit.
• IC 7411: A triple 3-input AND gate enhancing logical operations in signal processing.
• Resistors, Diodes, and Capacitors: Passive components regulating voltage, current, and signal flow.
• Push Button: User-friendly interface for interacting with the clock.
• Transformer: Essential for power supply, converting and regulating electrical input.
• LEDs: Used for visual feedback, indicating active states and displaying the time.
• LD1117DT12: Voltage regulator ensuring stable power supply for electronic components.

Demo

A demonstration video on the circuit simulation in Proteus:

Schematics

Schematic diagrams for the circuits

PCB Designs

The PCB designs from EasyEDA