DPD090100-P13/RP-TC

AC DC Desktop, Wall Adapters

The DPD090100-P13/RP-TC is an AC/DC adapter suitable for a variety of desktop and wall applications. It is designed with a modern and robust design that guarantees reliable output, long life, and improved efficiency. The adapter is compatible with a wide variety of input voltages and features a wide range of output options.

Application Field

The DPD090100-P13/RP-TC is an ideal match for applications such as portable electronic equipment, electronic products in communication, medical equipment, small household appliances, lighting equipment, audio equipment, computer products, office automation, and a wide range of other desktop and wall applications. It is also suitable for AC/DC adapters and power supplies, CPUs, and tablets. With its small size and ease of installation, it is ideal for a wide range of uses.

Working Principle

The DPD090100-P13/RP-TC is an efficient AC/DC adapter with a wide range of input and output options. The adapter has a switch mode power supply unit (SMP) inside, which works by converting AC power to DC power. In the SMP setting, the power source is first converted from AC to DC using a transformer, then passes through a rectifier, and finally passes through the SMP. The SMP then converts the DC output into either an analog AC/DC adapter or a DC/DC adapter. The analog AC/DC adapter will then supply AC and DC power to the connected equipment, while the DC/DC adapter will independently deliver only DC power. The SMP also has the ability to regulate the voltage in the output, which ensures the safe operation of the connected equipment.

The DPD090100-P13/RP-TC is also equipped with a range of safety features, such as overvoltage and overload protections. It is also designed to provide high efficiency at full load operation, which helps to reduce energy costs and heat generation. The adapter also has high reliability and is designed to meet safety requirements. This is achieved by using components with high quality insulation materials, excellent protection against overvoltage, and a rugged design for heat dissipation.