When a conventional DC-LED is used for illumination or the like, an AC-DC converter must be used to convert AC power into DC power. However, in practical applications, the use of AC-DC converters has brought problems such as efficiency, cost, volume and electromagnetic compatibility. As a result, people turned to R&D LEDs (AC-LEDs) that are more compatible with traditional power supplies. AC-LED uses the principle of rectification circuit, although LED can work directly under AC power, but due to the periodic variation of AC power, LED will produce severe stroboscopic phenomenon when it emits light.
Xinli Light Source is based on the rare earth luminescent material with controllable afterglow time, and proposes a new generation of AC LED technology to creatively solve the stroboscopic problem that is common to AC LEDs. The AC LED bulb developed has a fluctuation depth of less than 40% under the condition of a power factor greater than 0.8, which makes LED lighting products more efficient, more reliable, safer, longer lasting, more cost-effective, and better for better propulsion. Industrial upgrading of the industry.
Flexible cable, also known as flex cable or flexible flat cable (FFC), is a type of electrical cable that is made up of multiple thin and flat conductive wires. These wires are usually insulated and are arranged in a parallel configuration, allowing the cable to bend and flex easily.
Flexible cables are commonly used in applications where space is limited or where frequent movement or flexing is required. They are often found in electronic devices such as laptops, smartphones, and cameras, where they are used to connect various components and circuits together.
The flexibility of the cable is achieved by using materials with high flexibility and low resistance to bending, such as polyimide or polyester. These materials allow the cable to bend without breaking or damaging the conductive wires inside.
Flexible cables come in various sizes and configurations, depending on the specific application. They can have different numbers of conductive wires, different widths, and different lengths. The connectors at the ends of the cable can also vary, depending on the devices or components that need to be connected.
Overall, flexible cables offer a convenient and reliable solution for connecting components in electronic devices that require flexibility and frequent movement. They provide a compact and space-saving design while maintaining good electrical conductivity.
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