Armature for a receiver

1. An armature for a receiver comprising:

a first generally-flat armature leg portion having a first thickness, a first length, and a first width, the first length extending from a free end of the first armature leg portion to a fixed end of the first armature leg portion, the first thickness being orthogonal to the first length and orthogonal to the first width, the free end being free to move with respect to the fixed end;

a second generally flat armature leg portion having a second thickness and a second width, the second armature leg portion connected to the first armature leg portion in a generally parallel orientation to each other; and

a connection portion integrally formed with the first and second armature leg portions, the connection portion having an extending portion that extends from the second armature leg portion, the extending portion having a third width, a third length, and a third thickness, the third width being disposed in parallel relation to the first width, the extending portion coupling to the fixed end of the first leg portion, the third thickness being orthogonal to the third length and the third width, and wherein the third thickness of the extending portion of the connection portion is less than the first thickness of the first armature leg portion and is less than the second thickness of the second armature leg portion;

wherein the connection portion reduces the stiffness of the armature and minimizes magnetic reluctance of the connection between the first and second armature leg portions.

2. The armature of claim 1 , wherein the connection portion includes an angled portion integrally formed between the extending portion of the connection portion and the first leg portion, the angled portion guides the magnetic flux from the reduced material thickness portion to the first and second leg portions.

3. The armature of claim 2 , further including two bends each adjacent to one of the first and second armature leg portions to form a generally U-shaped configuration with the connection portion.

4. The armature of claim 3 , wherein the first and second armature leg portions are of generally equal length.

5. An armature for a receiver comprising:

a first generally-flat armature leg portion having a first length, a first thickness and a first width, the first length extending from a free end of the first armature leg portion to a fixed end of the first armature leg portion, the first thickness being orthogonal to the first length and the first width, the free end being free to move with respect to the fixed end;

a second generally flat armature leg portion having a second thickness and a second width, the second armature leg portion connected to the first armature leg portion; and

a connection portion integrally formed with the first and second armature leg portions, the connection portion having an extending portion that extends outwardly from the second armature leg portion and couples to the fixed end of the first armature leg portion, the extending portion of the connection portion having a third length, a third width, and a third thickness, the third width being disposed in parallel relation to the first width, the third width greater than the first width of the first armature leg portion, and the third thickness being less than the first thickness of the first armature leg portion and being less than the second thickness of the second armature leg portion, the connection portion connected to the second armature leg portion to define two legs of the second armature leg portion in a transverse orientation to the first armature leg portion to form a substantially E shape armature;

wherein the connection portion reduces the stiffness of the armature and minimizes magnetic reluctance of the connection between the first and second armature leg portions.

6. The armature of claim 5 , wherein the connection portion includes an angled portion integrally formed between the extending portion of the connection portion and the first leg portion, the angled portion guides the magnetic flux from the reduced material thickness portion to the first leg portion.

7. The armature of claim 6 , further including three bends, one of the bends disposed adjacent to the second armature leg portion and the portion of reduced thickness of the connection portion, and two of the bends disposed within the second armature leg portion to form the two legs of the second armature leg portion.

8. The armature of claim 7 , wherein the second armature leg portion has a generally U-shaped configuration.

9. An armature for a receiver comprising:

a first generally-flat armature leg portion having a thickness and a width;

a second generally flat armature leg portion having a thickness and a width, the second armature leg portion connected to the first armature leg portion in a generally parallel orientation to each other;

a connection portion integrally formed with the first and second armature leg portions, the connection portion having a width greater than the width of the first and second armature leg portions individually and at least a portion having a thickness less than the thickness of the first and second armature leg portions individually;

wherein the connection portion reduces the stiffness of the armature and minimizes magnetic reluctance of the connection between the first and second armature leg portions;

wherein the connection portion includes an angled portion integrally formed between the reduced material thickness portion of the connection portion and the first leg portion, the angled portion guides the magnetic flux from the reduced material thickness portion to the first and second leg portions.

10. The armature of claim 9 , further including two bends each adjacent to one of the first and second armature leg portions to form a generally U-shaped configuration with the connection portion.

11. The armature of claim 10 , wherein the first and second armature leg portions are of generally equal length.

12. An armature for a receiver comprising:

a first generally-flat armature leg portion having a thickness and a width;

a second generally flat armature leg portion having a thickness and a width, the second armature leg portion connected to the first armature leg portion; and

a connection portion integrally formed with the first and second armature leg portions, the connection portion having a width greater than the width of the first and second armature leg portions individually and at least a portion having a thickness less than the thickness of the first and second armature leg portions individually, the connection portion connected to the second armature leg portion to define two legs of the second armature leg portion in a transverse orientation to the first armature leg portion to form a substantially E shape armature;

wherein the connection portion reduces the stiffness of the armature and minimizes magnetic reluctance of the connection between the first and second armature leg portions;

wherein the connection portion includes an angled portion integrally formed between the reduced material thickness portion of the connection portion and the first leg portion, the angled portion guides the magnetic flux from the reduced material thickness portion to the first leg portion.

13. The armature of claim 12 , further including three bends, one of the bends disposed adjacent to the second armature leg portion and the portion of reduced thickness of the connection portion, and two of the bends disposed within the second armature leg portion to form the two legs of the second armature leg portion.

14. The armature of claim 13 , wherein the second armature leg portion has a generally U-shaped configuration.