Reduced electromagnetic interference power module systems and methods

A power module, comprising:

• an input terminal configured to receive an input electrical power;
• an output terminal configured to output an output electrical power from the power module;
• and
• a housing disposed about:
• a switching device configured to selectively open and close to facilitate converting the input electrical power into the output electrical power;
• a positive input bus terminal and a negative input bus terminal that electrically couples the input terminal to the switching device through the housing;
• a first capacitor electrically coupled between the positive input current bus terminal and the negative input current bus terminal;
• a second capacitor electrically coupled between ground and the positive input current bus terminal or the negative input current bus terminal;
• and
• a metal flashing disposed on an interior surface of the housing and electrically coupled to the positive input bus terminal or the negative input bus terminal.

A method, comprising:

• coating a positive input bus terminal and a negative input bus terminal of a power model with a high permeability magnetic conductive material;
• electrically coupling the positive input bus terminal and the negative input bus terminal to a switching device in the power module to enable the switching device to selectively connect and disconnect to facilitate converting direct current (DC) electrical power into alternating current (AC) electrical power;
• electrically coupling a positive output bus terminal and a negative output bus terminal to the first switching device;
• and
• installing a housing about the switching device, wherein a metal flashing is disposed between the switching device and the housing to enable the metal flashing to capture an electric field generated during operation of the power model and to direct an induced current to the positive input bus terminal, the negative input bus terminal, or both.