MINMAX TECHNOLOGY

MAU306

Product introduction
The MinMax MAU306 model belongs to the MAU300 series, a series of small monolithic package (SIP) 2-watt DC-DC converters that feature 1000VDC input/output isolation. With their excellent efficiency, these converters support operation in the -40°C to +85°C temperature range, providing cost-effective solutions for a variety of applications requiring voltage isolation, including but not limited to noise reduction, ground wire elimination Loop, digital interface or board level power distribution.

Features and Specifications

Output power: 2 watts
Input/output isolation: 1000VDC
Operating temperature range: -40℃ to +85℃
Package type: Monolithic package (SIP)
Application areas: Suitable for applications requiring isolation voltage, such as noise reduction, elimination of ground loop problems, digital interfaces or board-level power distribution.
Precautions for use
Specifications: Typical values of specifications provided under standard test conditions, including ambient temperature +25°C, resistive load, nominal input voltage and rated output current.
Minimum Output Load Requirements: To ensure specified regulation, these converters require a certain minimum output load. No-load operation will not damage the module, but it may not meet all listed specifications.
Protection measures: It is recommended to add a slow fuse to the input power supply line to protect the converter.
Voltage Options: Other input and output voltage options are available, please contact MinMax for more information.
Specification Changes: All specifications are subject to change without prior notice.
High-voltage isolation testing: Repeated high-voltage isolation testing may degrade the converter's isolation capabilities to varying degrees, so it is highly recommended to limit the number of such tests. If high voltage isolation testing is necessary, the test voltage should be 20% lower than the specified test voltage.
High voltage isolation capability considerations
Materials and construction, environmental conditions, and reflow soldering processes may affect isolation capabilities.
Materials may chemically degrade when high voltages are applied, so the number of tests should be strictly limited.
Evaluation of high-voltage isolation capabilities should consider the system application environment after the reflow soldering process.
 

Conclusion

The MinMax MAU306 DC-DC converter provides a cost-effective solution for applications requiring voltage isolation through its compact SIP package and efficient performance. It is designed with ease of use and long-term reliability in mind, making it ideal for a variety of industrial and electronic applications.