VI-26F-MU-F3

The VI-26F-MU-F3 is a type of DC-DC converter, which is designed for circuit boards with 125mm width or more in order to switch from a DC input voltage source to an output with different preset parameters. This is achieved through an electronic switching regulating platform which enables high speed, tight regulation and efficient operation.

The VI-26F-MU-F3 is a very versatile converters, as it can be used in a wide variety of applications such as computer systems, telecommunications, instrumentation, industrial, and automotive applications. In addition to its versatility, the VI-26F-MU-F3 provides a high level of efficiency with up to 85 percent efficiency at full load. It can also operate with wide input voltage range with input voltages from 18 V to 40 V, and output voltage of 3.3 V to 24 V.

The VI-26F-MU-F3 works on the principle of pulse width modulation (PWM). An improved and optimized voltage regulator module is integrated in the DC-DC converter which utilizes a digital programmable feedback loop and signal conversion circuit to maintain a precise output voltage regulation with fast response time and high efficiency.

The VI-26F-MU-F3 has several other features including a dynamic temperature compensation, a digital soft start, an overload protection, a remote on/off control, and a digital signaling output. This allows the converter to self-adapt to various operating conditions in order to maintain the desired output. Additionally, the VI-26F-MU-F3 also has a power supply fault alarm pin which can be used to detect faults or problems in the power supply system.

In conclusion, the VI-26F-MU-F3 is an ideal choice for applications that require high efficiency pulse width modulation based switching DC-DC converters. It offers high efficiency, versatile operation, tight regulation, and comprehensive protection to ensure reliable operation with a wide range of input and output voltage profiles.