Locktronics Electrolytic Capacitor, 1,000µF, 30V [2805]

The Locktronics 1,000µF Electrolytic Capacitor (30V) is a high‑quality component designed specifically for use with the Locktronics modular electronics system. This capacitor provides a clear and practical way for students to explore energy storage, smoothing, and timing effects in electrical circuits, making it an essential resource for hands‑on science and electronics education.

Securely mounted in a robust Locktronics carrier, the capacitor integrates easily into structured circuit layouts, ensuring safe connections and reliable performance. With a capacitance of 1,000 microfarads and a voltage rating of 30V, it is well suited to low‑voltage classroom experiments, including power supply and RC circuit investigations.

Designed for repeated classroom use, this component helps keep circuits organised and easy to understand while allowing students to clearly observe the effects of capacitance in real‑world applications.

Key Features

• Compatible with the Locktronics electronics system
• Electrolytic capacitor with a value of 1,000µF
• 30V voltage rating suitable for low‑voltage education use
• Mounted in a secure, classroom‑ready carrier
• Ideal for demonstrating energy storage and smoothing
• Durable and reusable design for frequent student handling

Ideal for School Science & Electronics Lessons

The Locktronics 1,000µF Capacitor is ideal for KS3, GCSE, and A‑Level science and electronics lessons, supporting both theoretical understanding and practical circuit investigation.

• Teaching the role of capacitors in electrical circuits
• Investigating charging and discharging behaviour
• Exploring RC time constants
• Demonstrating smoothing in rectified power supplies
• Developing practical skills using a safe, structured system

Clear, reliable, and purpose‑built for education, this Locktronics Electrolytic Capacitor helps students gain a solid understanding of an essential electronic component while supporting safe and engaging science teaching in schools.