91932-31151LF

The 91932-31151LF is a miniature, general purpose DC-DC converter module designed specifically for use in a wide range of industrial and consumer applications. It is capable of delivering up to 1.2 amps of continuous output current, and can operate from any input voltage between 6 and 45 volts. This module is designed for both step-up (boost) and step-down (buck) operations, depending on the application.

For example, in a step-up configuration, the 91932-31151LF can be used to output a higher voltage than the input voltage. This is commonly used in applications where the voltage needs to be boosted to a higher voltage, such as a DC-DC converter used to power a mobile device from a 12V power source. The step-down configuration is used to output a lower voltage than the input voltage. This can be used to create a regulated voltage for sensitive electronics or to adjust the voltage to match the input power requirements of a device.

The 91932-31151LF also features a low noise synchronous rectification method that helps to reduce losses and increase efficiency. This feature ensures that the converter operates without generating any additional heat, resulting in an efficient and reliable DC-DC converter. The module also features a wide input voltage range, making it suitable for use in a wide variety of industrial and consumer applications. Additionally, the module has a very small form factor, allowing it to be used in tight spaces, or where physical constraints limit the size of the converter.

The 91932-31151LF is a versatile and efficient DC-DC converter, suitable for use in a variety of industrial and consumer applications. It can be used to provide a regulated voltage when step-up or step-down operations are required. Additionally, the low noise synchronous rectification method ensures that the converter operates without generating any additional heat, resulting in an efficient and reliable DC-DC converter. Finally, the module\'s small form factor allows it to be used in tight spaces, or when physical constraints make larger converters unsuitable.