In the world of embedded system design, simulation is key. Before soldering a single component or risking a microcontroller, engineers test their logic in a virtual environment. Proteus Design Suite remains a gold standard for this, especially when interfacing with real-world actuators. The latest addition generating buzz is the —a vital tool for simulating high-voltage AC/DC load control using low-power microcontroller signals.
| Parameter | Value | |--------------------|--------------------------------| | Channels | 4 | | Coil Voltage | 5V DC | | Control Signal | 3.3V / 5V logic (Active HIGH) | | Max Switching Load | 10A @ 250VAC / 30VDC (NO) | | Opto-isolation | PC817 (simulated as virtual) | | Indicators | 4x LEDs (one per relay) | | Interface | 4 inputs + VCC + GND | | Connector Type | 2x3 Male Header (or screw term)| 4 channel relay module library for proteus new
After successful simulation, you can design a professional PCB using Proteus ARES. In the world of embedded system design, simulation is key