KTPS18-16012MP-VI-P1

AC DC Desktop, Wall Adapters

The KTPS18-16012MP-VI-P1 is a type of AC/DC desktop, wall adapters which is designed for both industrial and general-purpose users.

The KTPS18-16012MP-VI-P1 is a highly efficient, cost effective, and compact desktop adapter designed to convert AC power from the wall socket into the DC power needed for your application. It features a maximum input voltage of 115/230VAC, and provides an output of 12V, 1.2A, power up to 15W. It is also short circuit, overvoltage, and over-temperature protected.

The KTPS18-16012MP-VI-P1 is basically used for powering small portable electronic devices such as mobile phones, cameras, game consoles, music players, and more. It is a good choice for a variety of general-purpose applications, such as:

• Computer accessories
• Home Office equipment
• Small Appliances
• Telecommunication equipment
• Security/Surveillance systems
• Electric models

The main features and benefits of the KTPS18-16012MP-VI-P1 include: compact design, high efficiency, high power conversion, protection against over-current/voltage, thermal protection, low-noise and EMI/RFI filtering. These features make it an efficient and reliable solution for many applications.

Working Principle

The working principle of the KTPS18-16012MP-VI-P1 is the direct conversion of alternating current (AC) from a wall socket into direct current (DC). It is based on the fact that alternating current is comprised of two sine waves, each representing positive and negative current. When the two sine waves are put into an AC-to-DC converter, a square wave is formed, which then forms the basis of the direct current. The KTPS18-16012MP-VI-P1 utilizes this principle in order to convert AC power from the wall socket into the DC power needed for your application.

In short, the KTPS18-16012MP-VI-P1 combines the advantages of AC power with the efficiency, compactness, and reliability of DC power. It is a great solution for many industrial and general-purpose applications, offering a high efficiency and cost-effective alternative to traditional generators.