Little Bird
5VDC 1000mA Ultra-slim Switchmode Power Adaptors
$22.71
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In stock
An ultra-slim switchmode power adaptor that delivers 5V DC at 1A through a compact, lightweight design. Slim enough to sit side by side on a power board with...
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An ultra-slim switchmode power adaptor that delivers 5V DC at 1A through a compact, lightweight design. Slim enough to sit side by side on a power board without blocking adjacent outlets.
Features built-in EMI filtering, short circuit protection, over-current protection, and thermal shutdown for safe, reliable operation. Australian 2-pin plug (no earth) connects directly to 240VAC mains.
Key Features
- Ultra-Slim Design – Fits side by side on power boards without blocking outlets
- Multiple Protections – Short circuit, over-current, and thermal shutdown built in
- EMI Filtered – Built-in electromagnetic interference filter for clean output
- Australian Plug – AU/NZ 2-pin mains connection (no earth)
- 7 Output Plugs – Includes interchangeable DC connector tips
Specifications
- Input – 240VAC 50/60Hz (AU/NZ mains)
- Output – 5V DC, 1A (1000mA)
- Efficiency – 70%
- Regulation Type – Switchmode (SMPS)
- Connector Tips – 7 interchangeable DC output plugs
- Warranty – 12 months
Ideal For
- Powering development boards and small electronics
- Replacing lost or damaged 5V plug packs
- Workbench setups where power board space is limited
Package Contents
- 1× 5VDC 1000mA ultra-slim switchmode power adaptor
- 7× Interchangeable DC output plugs
Jargon buster
Plain-language definitions for the technical terms used above.
- electromagnetic interference
- Electromagnetic interference is unwanted electrical noise from nearby devices, cables, or radio signals that can disturb a signal in a wire. Shielding helps reduce this noise, which matters for network adapters because cleaner signals are less likely to cause unreliable connections or data errors.
- Short circuit protection
- A safety feature that helps protect the device if its output or wiring is accidentally connected in a way that causes excessive current flow. This matters in automation wiring because mistakes or damaged cables can otherwise destroy the sensor or power supply.
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