VI-JWL-EW

Current - Output (Max):	3.57A
Base Part Number:	VI-JWL
Size / Dimension:	2.28" L x 2.40" W x 0.50" H (57.9mm x 70.0mm x 12.7mm)
Package / Case:	Half Brick
Mounting Type:	Through Hole
Efficiency:	88%
Operating Temperature:	-10°C ~ 100°C
Features:	OCP, SCP
Applications:	ITE (Commercial)
Voltage - Isolation:	3kV
Power (Watts):	100W
Series:	VI-J00™
Voltage - Output 3:	--
Voltage - Output 2:	--
Voltage - Output 1:	28V
Voltage - Input (Max):	36V
Voltage - Input (Min):	18V
Number of Outputs:	1
Type:	Isolated Module
Part Status:	Active
Packaging:	Bulk

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DC DC Converters: VI-JWL-EW Application Field and Working Principle

DC-DC converters are an important component of many power systems, from commercial applications to demanding aerospace and military applications. These converters can provide reliable, efficient, and safe power conversion. DC-DC converters come in many forms, including the VI-JWL-EW series, which are designed specifically for high voltage and high current applications. This article will discuss the application field and working principle of the VI-JWL-EW series of DC-DC converters.The VI-JWL-EW series are designed for applications operating in the range of 600 to 1000 volts. This makes them ideal for applications where there is a need for high voltage, such as in automotive, industrial, aerospace, and military applications. The converters are also capable of providing high currents of up to 700 amps. This makes them suitable for applications such as electric vehicles, HVDC power grids, and high power pulsed laser systems.The VI-JWL-EW series are designed with high efficiency in mind. The converters are based on an insulated gate bipolar transistor (IGBT) topology, which is designed to provide excellent power conversion efficiencies. The converters also employ MOSFET and IGBT technology to minimize switching losses and optimize power factor. This allows the converters to maintain high efficiency over a wide range of loads.The VI-JWL-EW series of DC-DC converters also come with several safety features. The converters employ a shielded control module, which helps protect the control module from electromagnetic interference. The converters also come with overcurrent, overtemperature, and overvoltage protection. These safety features help ensure the converters operate reliably and safely.The VI-JWL-EW series of converters also employ advanced active filtering technology to minimize noise and electrical interference. This is achieved through the use of active switching components, which constantly monitor the input voltage and filter any noise on the input. This helps ensure that the output voltage remains clean and does not cause any interference with other electrical systems.The VI-JWL-EW series of DC-DC converters also come with a wide range of features, such as remote control, adjustable output voltage, and adjustable frequency. These features make the converters highly flexible and able to meet the needs of a variety of applications. The converters are also designed to meet the most stringent of standards, such as MIL-STD-461, IEC 61000-3-2, IEC 61000-3-3, and EN 61000-3-2.The working principle of the VI-JWL-EW series of DC-DC converters is based on the principle of power conversion. The converters use IGBTs to control the switching of voltage signals between two points. When voltage is applied to an IGBT, the IGBT acts as an electronic switch, allowing current to pass through it. This enables the conversion of high voltage and high current to lower voltage and current levels. The resulting output voltage is also regulated and stabilized by the use of advanced feedback control.In summary, the VI-JWL-EW series of DC-DC converters are designed for high voltage and current applications, such as automotive, industrial, aerospace, and military applications. They come with a wide range of features, such as overcurrent, overtime, and overvoltage protection, as well as advanced active filtering to help ensure reliable operation. The working principle of the converters is based on the principle of power conversion, using IGBTs to control the switching of voltage signals.

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