FQMAP85BL

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FQMAP85BL is a professional bipolar lineartriac dimmer module that is widely used for commercial and features high performance and low power consumption. It is designed to provide maximum flexibility for control of lighting products in both commercial and residential settings.

The FQMAP85BL is a powerful device that incorporates innovative intelligent dimming technology to provide a comprehensive dimming solution for lighting applications. It offers a wide range of dimming capability, ranging from 0.2 to 3.3V. Furthermore, it has an onboard PFC (Power Factor Correction) module to ensure optimum efficiency and power savings. The module also offers a variety of adjustable parameters, including temperature compensation, power threshold, and adjustable phase delay.

The working principle of the FQMAP85BL module is based on the principle of linear triac dimming. When the incoming power source is increased or decreased, the triac\'s conduction angle will act correspondingly, allowing the power to be switched on/off and dimmed accordingly. This triac will bring about a rapid change in the power output, resulting in a corresponding rise or fall of the light intensity. The dimming is done in a linear manner, which is why the module is referred to as linear dimming.

The FQMAP85BL module is a perfect choice for applications where precise control and dimming of lamps is required. It is capable of providing optimized light output in virtually any application. It is also suitable for general lighting and bulbs operating at higher voltage levels (up to 600V). Furthermore, it can also be used for controlling energy efficient lighting systems.

In summary, the FQMAP85BL application field and working principle offers a comprehensive and reliable dimming solution for various lighting applications. It has an integrated PFC module to ensure optimal efficiency and power saving. The module is capable of providing precise light control and dimming which makes it ideal for a variety of lighting applications. It is also suitable for a range of voltage levels and is perfect for energy efficient lighting systems.

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