Circuitry holder of a resolvers stator

Stator of a resolver comprising:

• a circuitry holder including a mounting surface with a first x-phase contact holder that clamps a first x-phase contact and a second x-phase contact holder that clamps a second x-phase contact, the first x-phase contact holder abutting to the second x-phase contact holder, wherein a creepage distance between the first x-phase contact and the second x-phase contact is greater than or equal to 4 mm, the creepage distance is the shortest distance between the first x-phase contact and the second x-phase contact along the mounting surface of the circuitry holder, the creepage distance for avoiding the generation of short circuits between the first x-phase contact and the second x-phase contact when the mounting surface is contacting a fluid that could generate conductive path between the first and second x-phase contacts;
• a phase coil, wherein the first x-phase contact connects a first end of the phase coil to the electric circuitry and the second x-phase contact connects a second end of the phase coil to the electric circuitry;
• an exciter coil, wherein a first exciter contact connects a first end of the exciter coil to the electric circuitry and a second exciter contact connects the second end of the exciter coil to the electric circuitry;
• and
• a y-phase coil, wherein a first y-phase contact connects a first end of the y-phase coil to the electric circuitry and the y-second phase contact connects the second end of the y-phase coil to the electric circuitry.

Method for manufacturing a circuitry holder of a resolver's stator, the method comprising the steps of:

• forming the circuitry holder to include a first contact holder and a second contact holder arranged at a mounting surface of the circuitry holder;
• clamping a first contact with the first contact holder to connect a first terminal of the resolver to the electric circuitry;
• and
• clamping a second contact with the second contact holder to connect a second terminal of the resolver to the electric circuitry;
• wherein a creepage distance between the first contact and the second contact is greater than or equal to 5 mm, the creepage distance is the shortest distance between the first contact and the second contact along the mounting surface of the circuitry holder, the creepage distance for avoiding the generation of short circuits between the first contact and the second contact when the mounting surface is contacting a corrosive fluid.