VE-JN2-IX

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DC-DC converters are used to convert DC power from one voltage level to another. In industrial and automotive field, there are many specialized requirements such as high power efficiency and high noise immunity which require use of specialdc-DC converters for power translation. TheVE-JN2-IX series dc-DC converters are designed to meet the demanding needs of these applications with its enhanced power efficiency and noise immunity.

VE-JN2-IX series DC-DC converters employ a unique input regulation circuit which can accept a wide input of 6V to 32V DC supply and can generate adjustable outputs from 3.3V up to 24V DC. They are presented in an ultra-compact and robust package that overcomes the space restrictions of systems and allows them to be installed close to the load. These converters also boast low quiescent current, high efficiency up to 95%, high power density and a high noise immunity of up to 80dB.

The unique feature of theVE-JN2-IX dc-DC converters lies in their high noise immunity attribute. This helps reduce the susceptibility of the output voltage to EMI/RFI interference, making them suitable for use in medical and automotive systems. In addition, these converters feature a wide input protection range and a built-in surge protection circuitry. This makes them a perfect choice for applications with environment-related harsh electrical transients such as solar photovoltaic installations.

The inner working principle of theVE-JN2-IX dc-DC converters is based on switching current regulation, which involves the use of a MOSFET transistor. The MOSFET is switched on and off by a capacitor in order to convert the input voltage to the desired output voltage level. The duty cycle of the switching current determines the output voltage level, which is then regulated by an internal control loop.

TheVE-JN2-IX dc-DC converters are a popular choice for numerous industrial applications where efficient, reliable and cost-effective power conversion solutions are needed. Their wide input voltage range, low quiescent current, high efficiency, high power density, high noise immunity and surge protection make them suitable for many industrial controls and instrumentation systems. Furthermore, these converters can be used with harsh electrical conditions such as solar photovoltaic installations and are thus widely employed in this field. Therefore, theVE-JN2-IX dc-DC converters provide an ideal solution for various industrial applications.

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