STMicroelectronics STEVAL-ILL079V1 Отладочный набор для светодиодного драйвера
Техническая документация
Характеристики
Brand
STMicroelectronicsСветодиодная технология
Светодиодный драйвер
Классификация комплектов
Оценочная плата
Для использования с
High Power LED
Представленное устройство
LED6000
Наименование комплекта
STEVAL
Страна происхождения
Italy
Информация о товаре
STEVAL-ILL079V1 LED Driver Eval Board for LED6000
The STMicroelectronics STEVAL-ILL079V1 is an inverting buck-boost LED driver evaluation board. The board features the LED6000 current regulator. The LED600 is a monolithic current source with dimming capability, for driving high-power LEDs. The device offers a wide input voltage range, enabling you to use alternative topologies on the board, for example buck-boost.
Eight white LEDs (max 30 V) are powered via a 0.5 A programmed current. Digital dimming is achieved on the board by driving the DIM pin. External circuitry can be added to achieve the necessary level shifting. You can also adjust the current limit threshold and switching frequency on the board, to suit your chosen application.
LED Drivers, Lighting ICs, STMicroelectronics
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Техническая документация
Характеристики
Brand
STMicroelectronicsСветодиодная технология
Светодиодный драйвер
Классификация комплектов
Оценочная плата
Для использования с
High Power LED
Представленное устройство
LED6000
Наименование комплекта
STEVAL
Страна происхождения
Italy
Информация о товаре
STEVAL-ILL079V1 LED Driver Eval Board for LED6000
The STMicroelectronics STEVAL-ILL079V1 is an inverting buck-boost LED driver evaluation board. The board features the LED6000 current regulator. The LED600 is a monolithic current source with dimming capability, for driving high-power LEDs. The device offers a wide input voltage range, enabling you to use alternative topologies on the board, for example buck-boost.
Eight white LEDs (max 30 V) are powered via a 0.5 A programmed current. Digital dimming is achieved on the board by driving the DIM pin. External circuitry can be added to achieve the necessary level shifting. You can also adjust the current limit threshold and switching frequency on the board, to suit your chosen application.