PSA15R-240PV-R-CNR1

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• AC DC Desktop, Wall Adapters

• • PSA15R-240PV-R-CNR1

  • The PSA15R-240PV-R-CNR1 sets a standard for AC-DC desktop, wall adapters. Designed as a Class II device, it offers up to 240 watts of single \output power with low ripple and noise, and short circuit and overload protection. Direct plug-in, wall adapters make setting up a reliable and efficient power source for both frequent and occasional use easy and reliable.

    The PSA15R-240PV-R-CNR1 is one of the most advanced products in the range, offering a wide variety of features. It features a wide range input voltage of 90-264V AC, adjustable output voltage from 0-37V DC and high efficiency of up to 88%. It offers ample power to a wide range of devices, enabling greater flexibility and scalability in device power requirements.

    Typically applied with wall transmitters and wireless systems, this adaptor is a perfect choice for automotive and medical equipment applications. Other popular applications include laptops, home appliances and consumer electronics, such as personal audio, home theater and gaming systems.

    Working Principle

    The PSA15R-240PV-R-CNR1 is composed of two circuit components: the AC line and the switch mode power supply (SMPS).

    The AC line is the component that converts the input voltage into the output voltage. This conversion is done through a series of components such as rectifier diodes, capacitors, transistors, and integrated circuits. The rectifier converts the alternating voltage (AC) into direct current (DC). The capacitors and transistors control the voltage and peak and ripples, while the integrated circuits control switching technologies, adjust frequency, and provide protection.

    The SMPS converts the DC voltage to the desired output voltage. This is done through the use of transformer and switch technology. The transformer is responsible for transferring energy from one circuit to another circuit, while the switch regulates the operation of the transformer and ensures efficient energy transfer. The frequency and voltage of the output voltage can be adjusted by adjusting the control parameters in the SMPS.

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