Важно знать, что непосредственное п

Важно знать, что непосредственное подключение светодиода к источнику напряжения[7] может вызвать протекание через него тока, превышающего предельно допустимый, перегрев и мгновенный выход из строя. В простейшем случае (для маломощных индикаторных светодиодов) токоограничительная цепь представляет собой резистор, последовательно включенный со светодиодом. Для мощных светодиодов применяются схемы с ШИМ, которые поддерживают средний ток через светодиод на заданном уровне, и позволяют регулировать его яркость.

Результаты (английский) 1:

It is important to know that the direct connection of the led voltage source [7] may cause the flow of current through it, exceeding the legal limit, overheating and instant failure. In the simplest case (for low power indicator LEDs) tokoograničitel′naâ circuit is a resistor has consistently included with led. For high-power LEDs are used with PWM schemes that support the average current through the led at a specified level, and allow you to adjust the brightness.

Результаты (английский) 2:

It is important to know that the direct connection of the LED to a voltage source [7] can cause the flow through the current exceeds the limit, overheat and instant failure. In the simplest case (for low-power indicator LEDs) current limiting circuit is a resistor in series with an LED included. For high-power LEDs are applied to the PWM circuits that maintain the average current through the LED at a predetermined level, and allow you to adjust the brightness.

Результаты (английский) 3:

It is important to know that a direct connection led to voltage source[ 7] may cause leakage current through it, more than the allowed limit, overheating, and instant failure.In the simplest case (for low-power indicator leds) токоограничительная circuit is a resistor, in series with the led is enabled. For high power leds are used diagrams with PWM,That support the average current through the led at a given level, and allow you to adjust the brightness.