Radio frequency and optical based power for remote component conditioning using thermoelectrics
A thermoelectric conditioning arrangement may comprise a first antenna/splitter configured to transmit a power & control signal, a second antenna/splitter configured to receive the power & control signal, a waveguide coupled between the first antenna/splitter and the second antenna/splitter, wherein the power & control signal is guided from the first antenna/splitter to the second antenna/splitter via the waveguide, a power converter configured to receive the power & control signal from the second antenna/splitter and generate a direct current (DC) signal, and a thermoelectric cooler (TEC) configured to receive the DC signal from the power converter.
1. A thermoelectric conditioning arrangement, comprising:
a first antenna/splitter configured to transmit a power & control signal;
a second antenna/splitter configured to receive the power & control signal;
a waveguide coupled between the first antenna/splitter and the second antenna/splitter, wherein the power & control signal is guided from the first antenna/splitter to the second antenna/splitter via the waveguide;
a power converter configured to receive the power & control signal from the second antenna/splitter and generate a direct current (DC) signal; and
a thermoelectric cooler (TEC) configured to receive the DC signal from the power converter,
wherein the TEC is capable of providing heating and cooling to a device.
2. The thermoelectric conditioning arrangement of claim 1 , wherein the TEC comprises a hot side and a cold side.
3. The thermoelectric conditioning arrangement of claim 1 , wherein the waveguide comprises a radio frequency (RF) waveguide.
4. The thermoelectric conditioning arrangement of claim 3 , wherein the power & control signal comprises an RF signal.
5. The thermoelectric conditioning arrangement of claim 1 , wherein the waveguide comprises an optical waveguide.
6. The thermoelectric conditioning arrangement of claim 5 , wherein the power & control signal comprises an optical signal.
7. The thermoelectric conditioning arrangement of claim 1 , wherein the power & control signal is sent from the first antenna/splitter to the second antenna/splitter wirelessly.
8. A thermoelectric conditioning arrangement comprising:
a controller;
a first antenna/splitter in electronic communication with the controller and configured to transmit a power & control signal;
a second antenna/splitter in electromagnetic communication with the first antenna/splitter and configured to receive the power & control signal;
a waveguide configured to guide the power & control signal;
a power & control converter configured to receive the power & control signal from the second antenna/splitter and generate a direct current (DC) signal;
a thermoelectric cooler (TEC) configured to receive the DC signal from the power converter; and
a device in thermal communication with the TEC;
wherein the TEC is capable of providing heating and cooling to the device.
9. The thermoelectric conditioning arrangement of claim 8 , wherein the TEC is configured to at least one of cool and heat the device to maintain a conditioned temperature.
10. The thermoelectric conditioning arrangement of claim 9 , wherein the TEC comprises a hot side and a cold side that can be switched by changing a direction of a current of the DC signal supplied to the TEC.
11. The thermoelectric conditioning arrangement of claim 10 , wherein the device is mounted to the cold side.
12. The thermoelectric conditioning arrangement of claim 11 , further comprising a temperature sensor configured to measure a temperature of the device.
13. The thermoelectric conditioning arrangement of claim 12 , further comprising a TEC controller, wherein the TEC controller controls the current of the DC signal being supplied to the TEC based on the temperature of the device.
14. The thermoelectric conditioning arrangement of claim 11 , wherein at least one of the TEC or the device is mounted to a component, wherein the component comprises at least one of an engine or an industrial machine.
15. The thermoelectric conditioning arrangement of claim 14 , wherein the waveguide is coupled to the component.
16. The thermoelectric conditioning arrangement of claim 8 , wherein the device is configured to send device data to the controller via the first antenna/splitter and the second antenna/splitter.
17. A method for powering a thermoelectric cooler (TEC), comprising:
receiving, by a second antenna/splitter, a power & control signal from a first antenna/splitter via a waveguide;
generating, by a converter, a direct current (DC) signal based on the power & control signal; and
receiving, by the TEC, the DC signal,
wherein the TEC is capable of providing heating and cooling to a device.
18. The method of claim 17 , further comprising at least one of cooling or heating the device, by the TEC, to maintain a conditioned temperature.