The FIMM module is particularly suitable for applications sensitive to supply interference, such as analog low-frequency circuits and relay-controlled circuits. The low para-sitic capacitance between the primary and secondary sides ensures a high degree of decoupling from high-frequency interference. Furthermore, this low parasitic capacitance mitigates common-mode interference propagation from the primary switching side to the secondary side of the converter.

Compared to regular, same-sized transformers, the FIMM feature less than 10% of the parasitic capacitance, as required by state-of-the-art isolated SMT power modules.

With its compact size the FIMM only needs 50 % of the space compared to conventional SMT-8 Modules. Combined with the functional isolation of 3000 V it is the perfect solution for space-constrained applications in the industrial sector providing galvanic isolated power supply.

High and stable efficiency over the complete output current range. Due to its high efficiency of up to 91 % it supports a “cool design” and can therefore be used in an operating temperature range from -40 °C up to 100 °C without any derating. With the optimal temperature range for any industrial application and the integration of all core components it is reducing design effort and complexity to a minimum.

Derating curves with all possible operating modes. With the power boost feature additional current could be provided allowing the module to fulfil the demands in:

• Unforcasted increases in load demands
• Monotonic charging of capacitive loads
• Backup power for momentary demands of the application