EML30US48-S

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AC DC Converters

The EML30US48-S is a cost-effective AC DC converter that is designed to provide reliable operation for a wide range of applications. This AC DC converter is manufactured in an optimized housing with a low current consumption and high efficiency.

The EML30US48-S utilizes a sinusoidal waveform instead of the traditional square waveform of AC converters. This waveform enables the device to provide a steady and smooth power output and eliminates the noise and harmonic distortion associated with traditional AC converters. The high efficiency of the device also reduces its operating temperature and extends its life. The EML30US48-S uses switching regulators to supply the output voltage, which can be adjusted to a range of 5-48V according to the application requirements.

The EML30US48-S also has an adjustable thermal protection circuit that maintains a safe operating temperature range. This thermal protection enhances the longevity of the device and helps protect the system from overloading. Additionally, the device is equipped with an LED indicator that indicates the status of the power output at any given time.

The most important factor in determining the performance of the EML30US48-S is its working principle. The device utilizes the principle of transformation of electrical energy from AC to DC. The core component of the device is the transformer, which consists of two windings. The primary winding is connected to the AC power source and the secondary winding is connected to the DC power output. When the AC power source is applied, the transformer produces an oscillating magnetic field in the secondary winding, which induces a voltage in the secondary winding. The voltage in the secondary winding is then rectified and filtered to obtain the DC power output.

The EML30US48-S is a suitable solution for a multitude of applications, ranging from industrial to residential applications. Its low energy consumption, high efficiency, adjustable temperature protection, and adjustable output voltage make it an ideal choice when designing or upgrading power systems.

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