XL-10AL/AH Bistable One-Key Switch Module – 10A Low Power Switch Module HIP A1

XL-10AL/AH Bistable One-Key Switch Module – 10A Low Power

A1
Sale price  $9.48 Regular price $11.21
Skip to product information
XL-10AL/AH Bistable One-Key Switch Module – 10A Low Power Switch Module HIP A1

XL-10AL/AH Bistable One-Key Switch Module – 10A Low Power

Sale price  $9.48 Regular price $11.21
Color

XL-10AL / XL-10AH Bistable One-Key Switch Module

Take control of your DC circuits with this compact, ultra-low-power bistable switch module. A single touch of the button toggles power on or off — just like a self-locking switch — without the need for mechanical latching. Whether you're building a DIY project, managing industrial automation equipment, or designing a custom power circuit, this module delivers reliable switching at up to 10A load current with whisper-quiet standby consumption.

Made in Mainland China.

Why Choose This Switch Module?

  • Ultra-Low Standby Power: XL-10AL draws just ~300nA (at 5V); XL-10AH draws only ~1.3µA (at 12V) when off — ideal for battery-powered applications.
  • Wide Voltage Range: XL-10AL supports 3.5–5.4V; XL-10AH covers a broad 4.5–26V range, accommodating most DC load requirements.
  • High Load Capacity: Handles up to 10A continuous current (tested for 30 minutes at room temperature).
  • Minimal Voltage Drop: Only ~120–130mV at full 10A load, keeping your circuit efficient.
  • Flexible Button Connectivity: Connect virtually any external touch or momentary button via wire for your preferred input style.
  • Compact Form Factor: Small-footprint PCB design fits easily into tight enclosures and custom builds.
  • Plastic + Metal Construction: Durable materials built for long-term, repeated use.

Technical Specifications

Parameter XL-10AL (Low Power) XL-10AH (Wide Voltage)
Working Voltage 3.5 – 5.4V 4.5 – 26V
Static Power (Off State) ~300nA @ 5V ~1.3µA @ 12V
Max Load Current 10A @ 5V 10A @ 12V
Voltage Drop (10A) ~130mV ~120mV
Material Plastic + Metal
Package Contents 1 × Switch Module

Important Usage Notes

  • XL-10AL: Do not run 10A loads at voltages below 4V — excessive heat may damage the module.
  • XL-10AH: Do not run 10A loads at voltages below 7V for the same reason.
  • A small voltage drop (up to ~170mV max) is normal at high current — this is an inherent characteristic of the design.
  • Avoid touching the module's input/output ports with bare hands or statically charged objects during operation to prevent unstable behavior.

Great Pairings for Your Build

Complete your electronics toolkit with these related products:

Learn more: OSHA on personal protective equipment

Frequently Asked Questions

Q: What is the difference between the XL-10AL and XL-10AH switch modules?

A: The XL-10AL is the low-power version, designed for circuits running at 3.5–5.4V with an extremely low standby current of ~300nA. The XL-10AH is the wide-voltage version, supporting 4.5–26V systems with a standby current of ~1.3µA. Both handle a maximum load current of 10A.

Q: Can I connect an external button to this switch module?

A: Yes! The module includes solder pads or connection points that allow you to wire up virtually any external momentary or touch button, giving you full flexibility over the button style and placement in your project.

Q: Is this module suitable for battery-powered projects?

A: Absolutely. With standby consumption as low as 300nA (XL-10AL), this module is exceptionally well-suited for battery-operated devices where minimizing idle power draw is critical to extending battery life.

Q: What happens if I run a 10A load at too low a voltage?

A: Running high currents at voltages below the recommended minimums (4V for XL-10AL, 7V for XL-10AH) will cause the module to generate excessive heat, which can damage or destroy it. Always operate within the specified voltage ranges for high-current applications.

Production & Packaging Notice

To maintain high stock availability and fast shipping times, our items are sourced from multiple verified manufacturing facilities. While the core quality, materials, and product specifications remain identical, you may notice slight variations in the packaging design, manufacturing origin, or the wording of the printed instructions.

You may also like