Optical fiber connected broadband microwave package for optoelectronic components

Claim 2

Apparatus for coupling an optical fiber to an optoelectronic component comprising (a) a collet chuck having a first end portion, a central portion, and a second end portion, said collet chuck being formed with a central orifice therethrough, said central portion being formed with a first male thread, and said second end portion being formed with an externally coned sleeve, slotted along a plurality of sides thereof; (b) a holding member having a first recess at one end thereof and a second recess at a second end thereof, said recesses engaging at their juncture to form a small aperture, said member, at said first recess, being formed with a first female thread, and being formed with a conical indentation terminating at said aperture, said first female thread being adapted to engage with said first male thread, whereby engagement of said first threads of said member and said chuck results in the engagement of said member, at said conical indentation, with said coned sleeve, drawing the slotted sides inwardly to firmly grip an optical fiber held by said chuck, said member, medially oriented with respect to said second recess, being formed with an outwardly directed sight hole; and (c) a connector body having a first end, a second end, and an external surface, said first end adapted to hold said optoelectronic component, said second end being adapted to be coupled to an electronic circuit, and said external surface being engageable within said second recess of said member.

Claim 3

The apparatus as recited in claim 1 wherein said first end portion of said collet chuck is so formed to provide for the gripping of said end portion to facilitate rotation of said collet chuck.

Claim 4

The apparatus as recited in claim 2 wherein said first end portion of said collet chuck is formed with knurling.

Claim 5

The apparatus as recited in claim 1 wherein said collet chuck is integral and centrosymmetric.

Claim 6

The apparatus as recited in claim 1 wherein said one end of said holding member and said second end of said holding member are oriented opposite to each other, said recesses are centrosymmetrically oriented with respect to said holding member, and said aperture is axially oriented.

Claim 7

The apparatus as recited in claim 1 wherein said connector body has an external male thread, said member at said second recess has an internal female thread, and wherein said external male thread and said internal female thread are adapted to be mated.

Claim 8

The apparatus as recited in claim 1 wherein said apparatus is adapted to be hermetically sealed.

Claim 9

Apparatus for coupling an optical fiber to an optoelectronic component comprising (a) an integral, centrosymmetric collet chuck having a first end portion, a central portion, and a second end portion, said collet chuck being formed with a central orifice therethrough, said first end portion being formed with knurling, said central portion being formed with a first male thread, and said second end portion being formed with an externally coned sleeve, slotted along a plurality of sides thereof; (b) a cylindrical member having a first centrosymmetric recess at one end thereof and a second centrosymmetric recess at an opposite end thereof, said recesses engaging at their juncture to form a small, axially oriented aperture, said member, at said first recess, being formed with a first axially oriented female thread, and being formed with a conical indentation terminating at said aperture, said first female thread being adapted to engage with said first male thread, whereby engagement of said first threads of said member and said chuck results in the engagement of said member, at said conical indentation, with said coned sleeve, drawing the slotted sides inwardly to firmly grip an optical fiber held by said chuck, said member, at said second recess being formed with a second axial female thread from said opposite end thereof toward said aperture, said member, medially oriented with respect to said second recess, being formed with a radially directed sight hole; (c) a generally cylindrical connector body having a first end, a second end, and an external peripheral surface, said first end being formed to hold said optoelectronic component, said second end being adapted to be coupled to an electronic circuit, and said external peripheral surface being formed with a second male thread, said second male thread of said connector body being adapted to engage with said second female thread of said member, whereby orientation of an optical fiber held by said chuck with respect to said optoelectronic component held by said connector body can be varied by adjustment of said second threads with respect to each other and can be observed by viewing said orientation through said sight hole; and (d) means for hermetically sealing said apparatus.

Claim 10

Apparatus for coupling an optical fiber to an optoelectronic component comprising (a) an integral, centrosymmetric collet chuck having a first end portion, a central portion, and a second end portion, said collet chuck being formed with a central orifice therethrough, said first end portion being formed with knurling, said central portion being formed with a first male thread, and said second end portion being formed with an externally coned sleeve, slotted along a plurality of sides thereof; (b) a cylindrical member having a first centrosymmetric recess at one end thereof and a second centrosymmetric recess at an opposite end thereof, said recesses engaging at their juncture to form a small, axially oriented aperture, said member, at said first recess, being formed with a first axially oriented female thread, and being formed with a conical indentation terminating at said aperture, said first female thread being adapted to engage with said first male thread, whereby engagement of said first threads of said member and said chuck results in the engagement of said member, at said conical indentation, with said coned sleeve, drawing the slotted sides inwardly to firmly grip an optical fiber held by said chuck, said member, at said second recess being formed with a second axial female thread from said opposite end thereof toward said aperture, said member, medially oriented with respect to said second recess, being formed with a radially directed sight hole; (c) a generally cylindrical connector body having a first end, a second end, and an external peripheral surface, said first end being formed to hold said optoelectronic component, said second end being adapted to be coupled to an electronic circuit, and said external peripheral surface being formed with a second male thread, said second male thread of said connector body being adapted to engage with said second female thread of said member, whereby orientation of an optical fiber held by said chuck with respect to said optoelectronic component held by said connector body can be varied by adjustment of said second threads with respect to each other and can be observed by viewing said orientation through said sight hole; and (d) means for hermetically sealing said apparatus.