6-0-6V 500mA Step Down Transformer – Center Tap AC Transformer for Electronics Projects
6-0-6V 500mA Step Down Transformer – Center Tap AC Transformer for Electronics Projects
Description
This 6-0-6V 500mA transformer is a step-down transformer used to convert high-voltage AC supply into low-voltage AC output for electronics and electrical circuits. It provides a center-tapped 6-0-6V AC output, making it suitable for rectifier circuits, dual power supply circuits, amplifier projects, battery charger circuits, small control circuits and DIY electronics projects.
The transformer is useful for students, hobbyists, technicians and electronics project makers who need a reliable low-voltage AC source. It can be used to build regulated DC power supplies using bridge rectifier, filter capacitor and voltage regulator circuits.
This transformer supports 500mA output current, suitable for small and low-power electronic applications.
Specifications
| Specification | Details |
|---|---|
| Product Name | 6-0-6V 500mA Transformer |
| Product Type | Step Down Transformer |
| Output Voltage | 6-0-6V AC |
| Output Current | 500mA |
| Output Type | Center Tap AC Output |
| Input Voltage | 220V–240V AC, commonly used |
| Frequency | 50Hz |
| Power Rating | Approx. 6VA |
| Mounting Type | Metal clamp / chassis mounting |
| Wire Type | Primary and secondary wire leads |
| Suitable For | Power supply circuits, rectifier circuits, amplifier projects, charger circuits |
| Application | DIY electronics, lab projects, student projects, control circuits, repair work |
Key Features
Provides 6-0-6V AC center-tap output.
Output current up to 500mA.
Useful for making low-voltage DC power supplies.
Suitable for bridge rectifier and regulator circuits.
Can be used in small amplifier and charger projects.
Metal mounting clamp for easy fixing.
Good for electronics learning and project work.
Important Note
This transformer works with mains AC voltage on the primary side. Wiring should be done carefully by a knowledgeable person. Do not touch exposed wires while powered. Use proper insulation, fuse protection and enclosure for safe operation.