boqi Blog

Learn what a TRIAC dimmer is, how it works, its pros & cons, and how to choose the right dimmer for LED, incandescent, or halogen lighting.

Confused about flickering or buzzing lights? Learn the key differences between leading-edge and trailing-edge dimmers, and discover why trailing-edge is the best choice for modern LED lighting. Avoid dimmer issues with this expert guide.

Dimmer switches can cut energy use—but only with the right setup. Discover how modern dimmers, like trailing-edge or 0–10V, reduce power by up to 80%, extend LED lifespan, and improve lighting control in homes and commercial spaces. Learn how to choose the best dimmer for true efficiency.

Yes, you can dim LED lights—but only if they’re compatible with the right dimmer. Learn how to avoid flickering, buzzing, or damage with our expert 2025 guide covering dimmer types, bulb selection, and hidden pitfalls.

Discover the 10 best TRIAC dimmer manufacturers trusted by lighting professionals in the Netherlands. Based on factory visits, client feedback, and real-world testing, this expert-curated list covers premium European brands and innovative global players.

Explore the evolution of dimmer switches—from resistive to TRIAC and smart dimmers. Learn how phase-cutting works, why LEDs flicker, and how to choose the right dimmer for smooth, flicker-free lighting control in modern systems.

Learn how dimmer switches work, the different types available—like TRIAC, 0-10V, and smart dimmers—and why they’re essential for energy efficiency, ambiance, and lighting control in any space. Discover how to choose the right one for your home or business.

Germany has long been recognized for its precision engineering and high-quality manufacturing, particularly in the field of electrical components. This reputation extends to the production of LED dimmers, where German

Efficient lighting systems depend on reliable drivers. Constant current non-isolated drivers (HPF) play a crucial role in achieving cost-effective and energy-efficient LED solutions. Their compact design and high-power factor make

The challenge of precise LED dimming often leaves engineers grappling with complex solutions. Pulse Width Modulation (PWM) simplifies this by enabling smooth control over brightness, even in constant current systems.