EMMA150200-P5P-IC

The EMMA150200-P5P-IC is a model of Integrated Circuit (IC) specifically designed for AC DC desktop, wall adapters applications. It serves as a bridge between the DC power source to the device requiring the power under a low voltage.

Working Principle

The EMMA150200-P5P-IC works by taking an AC input and converting it into a DC output power. Its input voltage can range between 0.0V ~ 5.0 V, while its output voltage range bounds from 5.0V ~ 15.0 V. Its working frequency ranges from 8.0KHz to 16.0KHz, which is within its power efficiency range. The device also features a high frequency reaction, low temperature, and high efficiency features, all of which further extends its power efficiency range.

More specifically, the device works by using a power MOSFET as its primary switch. This switch is driven by an external oscillator and is responsible for switching the output voltage and transferring power from the input source to the output device. The control IC in the device utilizes Pulse Width Modulation (PWM) to maintain a stable output voltage throughout its working frequency range. Once the output voltage is set, the device will constantly monitor the Voltage Loop and adjust the PWM to maintain a constant voltage output.

Applications

The EMMA150200-P5P-IC is mainly aimed at AC DC desktop, wall adapters applications such as mobile phone Chargers, CD ROMs, flat panel monitor, OA system printer power models, battery backup, and other electronic devices. Its low input voltage range and small size make it ideal for a wide range of applications. Furthermore, it has low temperature, high efficiency, and low standby power consumption advantages over similar types of AC DC desktop, wall adapters.

In conclusion, EMMA150200-P5P-IC is a versatile model of an AC DC desktop, wall adapter. It has a wide range of applications due to its low input voltage range, small size, and the fact that it can transfer power from the input source to the device with high efficiency. Additionally, its high frequency reaction, low temperature, and high efficiency features offer further advantages over similar types of AC DC desktop, wall adapters.