SWM6-12-EH-P5R

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SWM6-12-EH-P5R AC DC Desktop, Wall Adapters

The SWM6-12-EH-P5R is a AC/DC desktop, wall adapter that is designed for use in a variety of commercial and consumer applications. This adapter has a rated output of 6.12 volts at 2000 mA, with full safety overload, short-circuit and over-voltage protection.

Application Fields

This adapter is used in many applications, including:

• Security System Control and Monitoring - Security systems use an AC/DC desktop, wall adapter to provide power to their units. This adapter helps ensure a safe and reliable source of power, and protects other components from accidental damage due to power surges.
• Data Center / Server Room Power - This adapter is typically used to power data centers and server rooms. It ensures that the servers have a stable, reliable source of electricity, which helps mitigate any outages or power interruptions.
• Charging Battery Packs - This adapter is ideal for charging battery packs for use in remote applications. It is strong enough to supply consistent power to the battery packs, ensuring their longevity and reliability.
• Medical Equipment and Devices - The SWM6-12-EH-P5R is commonly used in medical devices, such as monitors, vents, and defibrillators. Its reliable and stable design ensures that the device is powered evenly and timely, thus providing a safe environment for the patient.
• Electronic Devices - This adapter is commonly used to power many electronic devices, such as portable speakers, televisions, and computers. It provides a steady and reliable source of power, and helps ensure that the device is operating safely and in an optimal manner.

Working Principle

The SWM6-12-EH-P5R AC/DC desktop, wall adapter modulates and transforms alternating current (AC) at the input voltage of 100-240 VAC to direct current (DC) at the rated output. This is done using a three-stage process: rectification, filtering, and regulation.

The first stage of the process is rectification, or conversion of AC power from the wall socket into DC power. This is done using a pair of diodes which only allow current to pass through in a single direction, thus transforming the sinusoidal AC input waveform into a pulsating DC waveform.

The next stage is filtering, in which the pulsating DC waveform is smoothened to remove the ripple and other disturbances. This is done using an electrolytic capacitor, which stores energy, thus smoothening the output voltage.

The last stage is regulation, or controlling the output DC voltage to the specified level. This is done using an integrated circuit which contains a comparator, resistors, and transistors. The output voltage is compared with a reference voltage, and any difference is used to adjust the output voltage to the specified value.

These three stages ensure that the output voltage is consistent and stable, and safe for use in the device or application.

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