EML15US09-P

AC DC Converters

An AC-DC converter system is a type of power converter which can transform alternating current (AC) to direct current (DC). AC-DC power supplies can be of either isolated or non-isolated type, depending on whether electrical insulation is provided between the input and output. AC-DC converters widely used in various applications such as industrial purposes and residential, commercial and automotive applications, as they are more efficient than their AC-only counterparts.

The EML15US09-P is an AC-DC converter system that is used in various applications such as televisions, computer monitors, LED lights, and other household appliances. The EML15US09-P operates in a frequency range of 47 Hz to 63 Hz and features a wide input voltage range from 90 to 264 volts, so it can support multiple input AC Voltage.

EML15US09-P\'s output is regulated and isolated from the input making it capable of controlling and powering large capacitive loads without the use of extra components. It is also self dimmable, making it ideal for smart lighting applications where power savings are desired. This converter has a maximum output power of 150 watts with a peak load of 12A, making it suitable for powering various devices.

The EML15US09-P\'s working principle is based on the switching power supply topology. It uses pulse width modulation (PWM) to control the output voltage while keeping the current supply constant. This converter produces DC current by first rectifying the input AC voltage into a DC voltage and then a DC-DC converter is used to regulate the voltage to the desired output level. By doing so, a steady DC output can be achieved regardless of the input AC noise and load.

In short, EML15US09-P is an AC-DC converter that is used in numerous modern applications to convert AC power into a regulated DC power supply. The working principle of this system is based on the switching power supply topology, which uses pulse width modulation (PWM) to control the output voltage and ensures a constant output current.