Optical device module
View Patent ↗An optical device module for housing optical transmitters and receivers. Preferably, the module is designed to enable optical devices to be easily inserted into and removed from modular equipment racks. The module comprises a case for housing an optical device and a plastic panel having an aperture for receiving an optical connector, in which the plastic panel has been coated with a metal coating and is connected to the case so that the optical device is substantially enclosed.
1. An optical device module comprising:
a case for housing an optical device; and
a plastic flange having means for receiving an optical connector, wherein said plastic flange has been coated with a metal coating and is connected to said case so that said optical device is substantially enclosed, and wherein said flange is connected to said case by a snap fitting device.
2. A module according to claim 1 , further comprising an electromagnetic shielding gasket arranged between said case and said flange.
3. A module according to claim 2 , wherein said gasket is compressed between said case and a panel of a modular equipment rack when said module is received by said modular equipment rack.
4. An optical device module comprising:
a case for housing an optical device; and
a plastic flange having means for receiving an optical connector, wherein said plastic flange has been coated with a metal coating and is connected to said case so that said optical device is substantially enclosed, and wherein said flange is connected to said case by a screw.
5. An optical device module comprising:
a case for housing an optical device; and
a plastic flange having means for receiving an optical connector, wherein said plastic flange has been coated with a metal coating and is connected to said case so that said optical device is substantially enclosed, and wherein said case is fabricated from metal and includes fins for heat dissipation.
6. An optical device module comprising:
a case for housing an optical device; and
a plastic flange having means for receiving an optical connector, wherein said plastic flange has been coated with a metal coating and is connected to said case so that said optical device is substantially enclosed, and wherein said metal coating comprises a layer of copper coated with a layer of nickel.
7. A module according to claim 4 , further comprising an electromagnetic shielding gasket arranged between said case and said flange.
8. A module according to claim 7 , wherein said gasket is compressed between said case and a panel of a modular equipment rack when said module is received by said modular equipment rack.
9. A module according to claim 5 , further comprising an electromagnetic shielding gasket arranged between said case and said flange.
10. A module according to claim 9 , wherein said gasket is compressed between said case and a panel of a modular equipment rack when said module is received by said modular equipment rack.
11. A module according to claim 6 , further comprising an electromagnetic shielding gasket arranged between said case and said flange.
12. A module according to claim 11 , wherein said gasket is compressed between said case and a panel of a modular equipment rack when said module is received by said modular equipment rack.