VE-26M-MV-F1

DC-DC converters are electrical components designed to convert the voltage of one DC input into another DC voltage output. The VE-26M-MV-F1 is a DC-DC converter designed to increase the voltage of a lower DC voltage input to a higher DC voltage output. This converter is perfect for applications in which power has to be increased or stepped up, such as automotive and commercial vehicles, off-grid solar applications, and for applications in which the load current changes, such as DC-to-AC rectifiers.

The VE-26M-MV-F1 DC/DC converter is designed to deliver up to a maximum wattage of 26 W. The efficiency is up to 91%, with an operating temperature range of -40°C to +85°C and a dielectric withstand voltage of 2200 Vpk. It comes in a 20-pin thru-hole package, ideal for prototyping and experimentation.

The VE-26M-MV-F1 converter employs a Flyback topology. This topology converts a single DC input to a DC output of variable voltage and current. This design uses a switch as a controller device to regulate the switching frequency, enabling it to regulate the voltage and current of the output. A transformer is used to transfer power from the input to the output, with the input side being referred to as the primary coil and the output side referred to as the secondary coil.

The controller circuit monitors the output voltage of the converter. It then uses a feedback circuit to compare the output voltage to an adjustable set point. It then adjusts the switching frequency and duty cycle to ensure that the output voltage is maintained at the set point. The output capacitor helps to keep the voltage relatively constant over time, however, the efficiency of the converter will degrade over time as power is lost to heat.

The VE-26M-MV-F1 DC-DC converter is ideal for a variety of applications including commercial and automotive applications where power must be stepped up, off-grid solar applications, and applications where the load current changes, such as DC-to-AC rectifiers.

The VE-26M-MV-F1 converter is designed to be reliable and efficient, while offering a cost-effective solution for applications where power must be increased or stepped up. It is also ideal for experimentation, prototyping, and can be used in a variety of applications.