VI-2NW-MY-S

DC-DC converters are an important type of power supply technology that converts a DC power source to another DC power source with different or closely regulated voltage levels and are commonly used in a wide variety of applications.VI-2NW-MY-S DC-DC converters are extremely compact, highly efficient, and low-cost power converters used in applications requiring highly regulated output voltages and currents.VI-2NW-MY-S applicatoion field includes automotive, industrial, medical, communications, railway, robotics, power system, consumer electronics and military fields.

The VI-2NW-MY-S converters provide precise, tightly regulated DC outputs while providing high power density and low thermal losses. The VI-2NW-MY-S converters are constructed with non-isolated buck (step-down) and boost (step-up) switching converter topologies. Both topologies require additional circuitry in the form of a voltage regulator circuit, since the output voltage has to be stabilized and precisely adjusted.

The VI-2NW-MY-S series of converters are able to support a wide input voltage range and offer wide adjustable output current and voltage range. Peak efficiency of the converters is typically above 96%, and up to 98%. With the combination of high efficiency and small form factor, thermal losses are minimized. The VI-2NW-MY-S converters can also operate over a wide temperature range.

The VI-2NW-MY-S series of converters is capable of carrying out both non-isolated operation and PC board isolated operation employing either synchronous rectifiers or linear regulator circuitry. The working principle of the VI-2NW-MY-S converter is based on the use of a switching element, typically a MOSFET or IGBT, to convert the input voltage into the desired output voltage. The switch is controlled by an internal or external control circuit to achieve the desired output voltage.

The switching element is used to regulate the output voltage by periodically turning off and on (controlling the “on-time”) in order to limit the amount of energy transferred from the input to the output. The output voltage can be controlled by adjusting the variable components associated with the switching circuit, such as the duty cycle of the switch (on-time) and the switching frequency.

In addition to the main switching element, the VI-2NW-MY-S also includes a number of auxiliary components, such as a rectifier diode, voltage sense resistor, and filtering capacitors. The rectifier diode is used to rectify the input voltage into a direct current. The voltage sense resistor is used to detect the output voltage and make adjustments to the switching duty cycle in order to achieve the desired output voltage. Finally, the filter capacitors are used to smooth the output voltage waveform.

The VI-2NW-MY-S series of converters is an ideal choice for applications requiring a small form factor, high efficiency, and low cost while supporting wide input voltage and adjustable output current and voltage range. The high efficiency and low thermal losses ensure reliable operation over a wide temperature range. The converters are also capable of both non-isolated and PC board isolated operation, making them an excellent choice for applications requiring a variety of input and output configurations. With its combination of features and performance, the VI-2NW-MY-S series of converters makes it the perfect power solution for a wide variety of applications.