IS31FL3199-QFLS2-EB

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The IS31FL3199-QFLS2-EB LED driver evaluation board is a high performance, integrated LED driver and can be used for various LED lighting applications. The IS31FL3199-QFLS2-EB is a current mode control IC with integrated overcurrent protection and is capable of directly driving up to 32 LEDs. It simplifies the design of LED lighting systems while reducing power consumption and minimizing system cost.

The evaluation board is based on the IS31FL3199-QFLS2-EB current mode control IC and is capable of driving up to 32 LEDs. The board provides all the required circuitry to evaluate the performance of the IC, including all the required power supplies and external components (e.g., resistors, capacitors, etc.). The board also contains a user interface for setting up the IC and an LED current adjustor.

The IC operates in a current mode and can provide output currents up to 800mA/channel. The control circuit uses an adjustable internal oscillator frequency and absorbs as little current as possible. The output current is sensed through the external sense resistor and is adjustable by the user through the chrome digital potentiometer.

The IC also has several protections such as overvoltage, undervoltage, open circuit and short circuit protection. These are enabled by the external pin sets and the VMD pin. Internal EEPROM allows users to save the last settings before power down and can be adjusted through the user interface. The evaluation board also features a temperature compensation circuit so that the current is kept constant regardless of the ambient temperature.

The IS31FL3199-QFLS2-EB LED driver evaluation board is an ideal choice for LED lighting system designers who are looking for an easy to use, high performance LED driver solution. The onboard user interface allows for easy setup and configuration, which saves the system designer valuable time in developing the LED lighting system. Additionally, the board\'s protective features make it a safe and reliable choice for protecting the LED system from any potential damage.

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