IDLC-65-700

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LED Drivers

LED Drivers are devices that regulate the power being supplied to an LED or LED system, and are usually used in applications such as street lamps, flashlights or small displays. The IDLC-65-700 is an LED Driver that is designed specifically to provide a consistently reliable and efficient output in a variety of applications.

The IDLC-65-700 has a 65W max rating and features a wide range of adjustable current settings with a maximum adjustable current of 700mA. It is designed to be used with single-channel LED boards and can run from 12 to 24V AC, giving it great versatility for a wide range of applications. It is also designed to be highly reliable and runs with an efficiency of up to 85%. The IDLC-65-700 is RoHS compliant and features reversible short-circuit and over-temperature protections.

The IDLC-65-700 has a wide application field, from general LED lighting to outdoor lighting to conyral lighting displays. It is suitable for both 12 and 24V AC input and can efficiently and reliably power LED strips, arrays, illuminating boxes and tower lights. It can also be used to power LED controllers, which are necessary for specialized displays such as mobile phones, computer cases, jewelry boxes, and other items that require sophisticated equipment.

The working principle of the IDLC-65-700 is relatively simple. It consists of two main components, the driver and the controller. The driver regulates the output current and voltage according to the settings that are programmed into the controller. It then converts the alternating current into a direct current, which can be used to power the LEDs. The system also has a reverse-protection circuit which monitors the output current and protects the LEDs from damaging over-currents.

The IDLC-65-700 LED Driver is an efficient and reliable device that can be used in a wide variety of applications. It is designed to work with single-channel LED boards and can be safely used with 12-24V AC input, making it a great choice for general LED lighting, outdoor lighting, and intricate displays. Its working principle is relatively straightforward and is designed to be highly reliable and efficient, providing consistent and reliable power to LED systems.

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