Atomic Oscillator
An atomic oscillator includes an atom cell that accommodates an alkali metal atom, a container that accommodates the atom cell, a heating device that is disposed in the container and heats the atom cell, a substrate on which the container is disposed, and a positioning member that is disposed on the substrate and positions the container. The atom cell is pressed against the container toward the heating device. The heating device is pressed against the container toward the atom cell, and the container is in turn pressed against the positioning member.
1. An atomic oscillator comprising:
an atom cell that accommodates an alkali metal atom therein;
a container that accommodates the atom cell therein;
a heating device that is disposed adjacent the container and is configured to heat the atom cell;
a substrate on which the container is disposed; and
a positioning member that is disposed on the substrate and positions the container relative to the substrate,
wherein the atom cell is pressed against the container toward the heating device, and
the heating device is pressed against the container toward the atom cell, and the container is in turn pressed against the positioning member.
2. The atomic oscillator according to claim 1 ,
wherein the container has a first surface on which the heating device is disposed and a second surface located on a side opposite the first surface, and
the second surface is pressed against the positioning member.
3. The atomic oscillator according to claim 1 ,
further comprising a heating device holding member that holds the heating device,
wherein the heating device holding member is pressed against the container toward the atom cell.
4. The atomic oscillator according to claim 1 ,
further comprising an atom cell holding member that holds the atom cell and is accommodated in the container,
wherein the atom cell holding member is pressed against the container toward the heating device.
5. The atomic oscillator according to claim 1 ,
further comprising another container that accommodates the container therein; and
a heating device fixing screw that fixes the heating device to the other container,
wherein the heating device is fixed to the other container with the heating device fixing screw, and the heating device is in turn pressed against the container toward the atom cell.
6. The atomic oscillator according to claim 1 ,
further comprising an atom cell fixing screw that fixes the atom cell to the container,
wherein the atom cell is fixed to the container with the atom cell fixing screw, and the atom cell is in turn pressed against the container toward the heating device.
7. The atomic oscillator according to claim 1 ,
further comprising another container that accommodates the container therein; and
a fixing screw that fixes the heating device to the other container and further fixes the atom cell to the container,
wherein the heating device is fixed to the other container and the atom cell is fixed to the container with the fixing screw, and in turn the heating device is pressed against the container toward the atom cell and the atom cell is pressed against the container toward the heating device.
8. An atomic oscillator comprising:
a substrate;
a mounting bracket fixed to the substrate;
a container mounted to the mounting bracket;
an atom cell housed within the container;
a heating device adjacent the container and configured to heat the atom cell;
a first fastener pressing the atom cell against an interior of the container toward the heating device, and
a second fastener pressing the heating device against an exterior of the container toward the atom cell, and pressing the container against the mounting bracket.
9. The atomic oscillator according to claim 8 ,
wherein the container has a first side pressed against the heating device and a second side pressed against the mounting bracket, the second side being opposite the first side.
10. The atomic oscillator according to claim 8 , further comprising:
a heating device container housing the heating device,
wherein the heating device container includes a lid interposed between the heating device and the container, the lid being pressed against the container toward the atom cell by the second fastener.
11. The atomic oscillator according to claim 8 , further comprising:
an atom cell holding member interposed between the atom cell and the container, the atom cell holding member being pressed against the container toward the heating device by the first fastener.
12. The atomic oscillator according to claim 8 , further comprising:
a second container fixed to the heating device by the second fastener, the second container housing the container therein.
13. An atomic oscillator comprising:
a substrate;
a mounting bracket fixed to the substrate;
a container mounted to the mounting bracket;
an atom cell housed within the container;
an atom cell holding member sandwiched between the atom cell and an interior surface of the container;
a heating device container adjacent an outer surface of the container;
a heating device housed within the heating device container and configured to conductively heat the atom cell;
a first fastener configured to press the atom cell toward the heating device; and
a second fastener configured to press the heating device toward the atom cell, and to press the container against the mounting bracket.
14. The atomic oscillator according to claim 13 ,
wherein the container has a first side pressed against the heating device and a second side pressed against the mounting bracket, the second side being opposite the first side.
15. The atomic oscillator according to claim 13 , further comprising:
a second container fixed to the heating device container by the second fastener, the second container housing the container therein.
16. The atomic oscillator according to claim 15 ,
wherein the second fastener further comprises a screw passing through a base and a lid of the heating device container and threadingly engaging the second container to press the heating device container against the container and to press the container against the mounting bracket.
17. The atomic oscillator according to claim 13 ,
wherein the heating device container includes a lid interposed between the heating device and the container, the lid being pressed against the container toward the atom cell by the second fastener.
18. The atomic oscillator according to claim 17
wherein the heating device container includes a base secured to the lid by the second fastener, the base and the lid forming an internal space accommodating the heating device therein.
19. The atomic oscillator according to claim 13 ,
wherein the first fastener further comprises a screw passing though the container and threadingly engaging the atom cell holding member to press the atom cell toward the heating device.
20. The atomic oscillator according to claim 19 , further comprising:
a second container fixed to the heating device container by the second fastener, the second container housing the container therein,
wherein the second fastener further comprises a second screw passing through a base and a lid of the heating device container and threadingly engaging the second container to press the heating device container against the container and to press the container against the mounting bracket.