LED6001TR Integrated Circuits (ICs)

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LED driver is the latest technology developed to improve the light emitting diodes (LEDs) power efficiency. It is designed to provide a constant and reliable current to the LED to ensure a consistent illumination. LED drivers are used in a variety of applications including automotive, industrial, and consumer electronics. The LED6001TR is a high-efficiency AC/DC LED driver from Toshiba. This LED driver is capable of driving up to 1200mA of LED load current at an operating voltage range of 12-34V AC.

The LED6001TR LED driver is a two-stage, non-isolated boost converter. The first stage is a DC/DC converter that regulates the input voltage from 12V to 34V AC to a constant output voltage. The DC/DC converter is then followed by a step-up converter, also referred to as a DC/DC boost converter. This boost converter increases the voltage to the level required by the LEDs. The LED6001TR uses a synchronous rectification technique, allowing it to achieve high efficiency and low switching losses.

The LED6001TR has a low standby power consumption, making it ideal for battery operated or energy efficient applications. It is also capable of driving a wide range of LED configurations, including single, serial and multiple LEDs. The LED6001TR also includes multiple safety functions, such as overvoltage protection, short circuit protection, open output protection and over-temperature protection.

The LED6001TR is an ideal solution for a variety of LED lighting applications, such as automotive, signage, spot and directional lighting, as well as decorative, industrial and commercial lighting. It is also suitable for a wide range of cooling and heatsink designs, making it one of the most versatile LED drivers available.

With its high efficiency, low standby power consumption and wide range of safety functions, the LED6001TR is an ideal solution for a variety of LED lighting applications. It is capable of driving a wide range of LED configurations and its synchronous rectification technology allows it to achieve high efficiency and low switching losses. This makes it an excellent choice for applications where energy efficiency and reliability is a priority.

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