PTH04T230WAST

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PTH04T230WAST DC DC Converters

PTH04T230WAST is an integrated DC/DC converter, it operates from a nominal input voltage of 17-60V and provides a regulated output voltage of 15V. It is capable of up to 6 Amps continuous current, and can be used in a wide variety of applications.There are several advantages of using DC/DC converters over other power sources. They are capable of providing relatively low and stable voltage levels that do not fluctuate with the load. Additionally, they are highly efficient, often greater than 90% when used at the correct levels.

PTH04T230WAST serves as an optimal solution for applications that require to convert and step down the input voltage to deliver a regulated output voltage. It is most suitable for adjustable current and voltage sources, such as in the industrial medical sector, where precise control is required.The working principle of PTH04T230WAST is based on the flyback converter topology. In this configuration, a MOSFET switch is operated in a pulse-width modulation (PWM) mode and toggles between the DC supply and a storage inductor. Each switching pulse charges the storage inductor and the output voltage is controlled by varying the on/off time ratio. Additionally, the converter uses a built-in energy saving circuit, which reduces power consumption and extends operational life.The PTH04T230WAST is extremely efficient, capable of achieving up to 96% efficiency when in test conditions. It also features soft start and dynamic current limiting, preventing overload and resetting quickly when the load current drops. In addition to these features, the converter also has a high temperature shutdown, which prevents it from operating when the temperature goes over a certain limit.The PTH04T230WAST is a versatile DC/DC converter with a wide variety of applications. It can be used to convert voltage levels between 17-60V and 15V, and to power equipment and machinery in a range of industries. Its low operating temperature, high efficiency, and built-in safety features make it an optimal choice for applications that require precise voltage control.

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