Spring loaded diode contact apparatus

Claim 2

Apparatus for establishing a highly reliable and stable electrical connection with a conducting surface of a circuit component, suitable for radio frequency circuit operation, comprising: a conductor element having a surface for making electrical contact with the surface of the component as the conductor element is pressed along an axis against the component surface, and said conductor element further having a portion slated with respect to said axis; means for establishing plural, stable points of contact with said slanted portion of the conductor element, including a biasing member formed of resilient sheet material with a first opening for receiving the conductor element therethrough, and having additional open portions formed therein to define a plurality of resilient leaf projections extending toward said first opening; and means for mounting said biasing member with the conductor element through said first opening thereof and with said biasing member disposed along said axis such that said leaf projections are deflected by and impart a force to said slanted portion of the conductor element, pressing said surfaces together.

Claim 3

Diode contact apparatus for establishing a highly reliable and stable electrical connection with a flat conducting surface of a diode, suitable for radio frequency circuit operation, comprising: a conductor element having a substantial cylindrical portion, having a flat surface perpendicular to the axis of the cylindrical portion for bearing against the diode surface, and having a frusto-conical portion concentric with the cylindrical portion, the larger diameter of the frusto-conical portion being toward the flat surface of the element; means for establishing plural, stable points of contact with said frusto-conical portion of the conductor element, including a biasing member formed of a resilient sheet material, with a first generally circular opening for receiving the conductor element therethrough, and having radial slits around said opening to define a plurality of resilient leaf projections extending toward said opening; and means for mounting said biasing member with the conductor element through said opening perpendicular to the sheet material of the biasing member, and with said biasing member disposed along said cylindrical axis such that said leaf projections are deflected by and impart a force to the frusto-conical portion of the conductor element, pressing said surfaces together.

Claim 4

Diode contact apparatus for establishing a highly reliable and stable electrical connection with a flat conducting surface of a diode, suitable for radio frequency circuit operation, comprising: a conductor element having a substantial cylindrical portion, having a flat surface perpendicular to the axis of the cylindrical portion for bearing against the diode surface, and having a frusto-conical portion concentric with the cylindrical portion, the larger diameter of the frusto-conical portion being toward the flat surface of the element; means for establishing plural, stable points of contact with said frusto-conical portion of the conductor element, including a biasing member formed of a resilient sheet material, with a first generally circular opening for receiving the conductor element therethrough, and having radial slits around said opening to define a plurality of resilient leaf projections extending toward said opening; and means for mounting said biasing member with the conductor element through said opening perpendicular to the sheet material of the biasing member, and with said biasing member disposed along said cylindrical axis such that said leaf projections are deflected by and impart a force to the frusto-conical portion of the conductor element, pressing said surfaces together.

Claim 5

The apparatus of claim 2, wherein said means for mounting includes: a mounting plate having a well formed therein, with the biasing member seated at the bottom of the well, an annular capacitive element disposed around the conductor element and holding the biasing member in place against the well bottom, and an annular fastener around the conductor element for fastening to the mounting plate and holding the capacitive element in a fixed position, whereby said biasing member provides reliable electrical contact between said conductor element and said capacitive element.

Claim 6

The apparatus of claim 2, wherein said means for mounting includes: a mounting plate having a well formed therein, with the biasing member seated at the bottom of the well, an annular radio frequency absorber disposed around the conductor element and holding the biasing member in place against the well bottom, and an annular fastener around the conductor element for fastening to the mounting plate and holding the absorber in a fixed position.