Description
Product Overview
Simplify your relay control circuit design with the 5V Non-Isolated SPDT Relay Schematic Module for KiCAD. Designed for engineers, students, and hobbyists, this schematic provides a ready-to-use foundation for integrating a relay into your projects. Whether you’re building an automation system, a home appliance controller, or an industrial switching circuit, this module helps you streamline your development process.
What’s Included
This schematic module includes essential design blocks to facilitate seamless integration:
- 5V SPDT (Single Pole Double Throw) Relay Circuit with transistor-based switching
Key Features
✅ Modular & Clean Design
The schematic is organized into modular blocks, making it easy to understand, customize, and integrate into your designs.
✅ Optimized for KiCAD
Designed specifically for KiCAD 8, ensuring a smooth workflow.
✅ Reliable Switching
Supports both AC and DC loads, enabling a wide range of switching applications.
✅ Transistor-Driven Activation
A transistor-based driver circuit ensures low-power microcontrollers can safely control the relay without exceeding their current limits.
Who is this for?
This schematic module is ideal for:
- Embedded system developers working on home automation, industrial control, or switching circuits.
- Prototyping enthusiasts looking to integrate relays into IoT and microcontroller-based projects.
- Electrical engineering students learning about relay operation and driver circuit design.
Why Choose Proto Circuit Labs Templates?
At Proto Circuit Labs, we design practical, high-quality schematic templates to simplify complex circuit development. Our schematics are structured, optimized, and thoroughly tested to enhance your design efficiency.
Product Details
📂 File Format: KiCAD Project Files (Digital)
🔗 Compatibility: KiCAD 8
Get Started Today!
Save time on circuit design and focus on building your next relay-controlled project. Download the 5V Non-Isolated SPDT Relay Schematic Module for KiCAD and accelerate your development process!
📌 IMPORTANT: Please see the disclaimer for information about these designs.
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