Modular flexible smart multi electrode air ionizer

An air ionizer system, comprising:

• a high voltage module configured to output a high voltage;
• a digital module operatively coupled to the high voltage module and configured send instructions to the high voltage module to vary a high voltage output;
• an electrode module operatively coupled to the high voltage module, the electrode module including:
• a first printed circuit board extending in a first direction from a first edge to a second edge;
• a first positive high voltage track formed on the first printed circuit board, the first positive high voltage track extending in the first direction;
• a first negative high voltage track formed on the first printed circuit board, the first negative high voltage track being spaced apart from the first positive high voltage track by a first distance in a second direction perpendicular to the first direction;
• a first ion sense trace formed on the first printed circuit board,
• a first ion probe attached to the first printed circuit board and connected to the first ion sense trace;
• and
• a first connector coupled to the first positive high voltage track, the first connector configured to receive a first ion emitter.

An aircraft, comprising:

• a plurality of passenger seats;
• and
• an air ionizer system disposed over the plurality of passenger seats, the air ionizer system including:
• a high voltage module configured to output a high voltage;
• a digital module operatively coupled to the high voltage module and configured send instructions to the high voltage module to vary a high voltage output;
• an electrode module operatively coupled to the high voltage module, the electrode module including:
• a first printed circuit board extending in a first direction from a first edge to a second edge;
• a first positive high voltage track formed on the first printed circuit board, the first positive high voltage track extending in the first direction;
• a first negative high voltage track formed on the first printed circuit board, the first negative high voltage track being spaced apart from the first positive high voltage track by a first distance in a second direction perpendicular to the first direction;
• a first ion sense trace formed on the first printed circuit board,
• a first ion probe attached to the first printed circuit board and connected to the first ion sense trace;
• and
• a first connector coupled to the first positive high voltage track, the first connector configured to receive a first ion emitter.