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An over the range oven includes a main body defining a cooking cavity therein, wherein the cooking cavity includes a front edge surrounding an opening. An RF generation module is coupled to the cooking cavity and is configured to deliver microwave energy into the cooking cavity. At least one radiant

An over the range oven includes a main body defining a cooking cavity therein, wherein the cooking cavity includes a front edge surrounding an opening. An RF generation module is coupled to the cooking cavity and is configured to deliver microwave energy into the cooking cavity. At least one radiant heat source is coupled to the cooking cavity and is configured to supply heat energy to the cooking cavity. The oven is configured to operate in a radiant heat mode of operation, a microwave mode of operation, a dual mode of operation, and a self clean mode of operation.

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1. An over the range oven comprising: a main body comprising a top wall, a bottom wall, a rear wall, and a pair of opposing sidewalls;a frame surrounding the main body and defining a first air flow channel between the frame and main body;the main body defining a cooking cavity, said cooking cavity f

1. An over the range oven comprising: a main body comprising a top wall, a bottom wall, a rear wall, and a pair of opposing sidewalls;a frame surrounding the main body and defining a first air flow channel between the frame and main body;the main body defining a cooking cavity, said cooking cavity further comprising a front edge surrounding an opening opposite said rear wall;a radio frequency (RF) generation module configured to deliver microwave energy into said cooking cavity;at least one radiant heat source in communication with said cooking cavity and configured to supply heat energy to said cooking cavity;a door coupled to said main body, said door defining a second air flow channel in communication with said first air flow channel with said door in a closed position, said door having an inner surface in communication with said cooking cavity when said door is in the closed position, wherein said oven is configured to operate in a radiant heat mode of operation, a microwave mode of operation, a dual mode of operation, and a self clean mode of operation;a choke assembly comprising a microwave choke coupled to said inner surface of said door and a gasket sealing a space between said door and a main body front edge when said door is in said closed position;an air inlet and an air outlet of the microwave choke defining a third air flow channel configured to channel air through said microwave choke and direct the air from the air outlet along said inner surface of the door and into said cooking cavity; anda venting system positioned proximate said rear wall and between said cooking cavity and an exterior environment, said venting system configured to operate in an active mode when said RF generation module is activated and operate in a passive mode when said RF generation module is deactivated, in the active mode said venting system providing flow communication between said cooking cavity and said third airflow channel, said venting system further configured to exhaust air from said cooking cavity outside of said main body through said rear wall. 2. An oven in accordance with claim 1 wherein said at least one radiant heat source comprises at least one of a bake element, a broil element, and a convection heating element. 3. An oven in accordance with claim 1 wherein said at least one radiant heat source comprises at least one of a halogen cooking lamp, a ceramic heater, a sheath heater, a calrod, and a ribbon element. 4. An oven in accordance with claim 1 further comprising a waveguide member extending between said RF generation module and said cooking cavity, said waveguide member fabricated from a stainless steel material. 5. An oven in accordance with claim 1 wherein said door is hingedly coupled to said main body, said inner surface of said door extending along said opening, said door configured to withstand a self clean oven temperature. 6. An oven in accordance with claim 5 further comprising thermal break slots extending through at least one of said door and said main body proximate said front edge, said thermal break slots facilitate reducing thermal transfer through the material surrounding said thermal break slots. 7. An oven in accordance with claim 5 wherein said door comprises a multi-pane window pack comprising at least three window panes. 8. An oven in accordance with claim 5 wherein said second air flow channel is configured to channel cooling air flow through an interior of said door. 9. An oven in accordance with claim 1 wherein air flows through said choke and is directed along said inner surface of said door when said venting system is operated in the active mode. 10. An oven in accordance with claim 1 wherein said venting system comprises a vent in flow communication with said cooking cavity and configured to channel air from said cooking cavity, said venting system further comprising a fan coupled to said vent and configured to force air flow through said venting system, said fan operable in an ON mode and an OFF mode depending on a mode of operation of said venting system. 11. An oven in accordance with claim 1 wherein air is drawn through said choke and is directed along said inner surface of said door when said venting system is operated in the active mode. 12. An oven in accordance with claim 1 further comprising a cooling circuit comprising a cooling cavity extending around said cooking cavity, an inlet in flow communication with said cooling cavity, and an outlet in flow communication with said cooling cavity, a portion of said cooling airflow from said cooling cavity is configured to be channeled into said cooking cavity. 13. An oven in accordance with claim 12 wherein the portion of said cooling airflow channeled into said cooking cavity forms an air boundary layer on said inner surface of said door. 14. An oven in accordance with claim 12 wherein said cooling circuit further comprises a fan for directing airflow through said cooling circuit. 15. An oven in accordance with claim 1 wherein said oven is configured to operate on a 120 Volt, 15 Amp circuit. 16. The oven in accordance with claim 1 wherein the door comprises a glass panel mounted therein, an inner surface of the glass panel in communication with an interior of the cooking cavity, and wherein the air outlet of the third air channel directs air along the inner surface of the glass panel and into the cooking cavity. 17. The oven in accordance with claim 1 wherein the air inlet is adjacent to the gasket. 18. An over the range oven comprising: a main body comprising a top wall, a bottom wall, a rear wall, and a pair of opposing sidewalls;a frame surrounding the main body and defining a first air flow channel between the frame and main body;the main body defining a cooking cavity, the cooking cavity further comprising a front edge surrounding an opening opposite said rear wall;a door coupled to said main body opposite said rear wall, said door having an inner surface in communication with said cooking cavity when said door is in a closed position, said door defining a second air flow channel in communication with said first air flow channel with said door in the closed position;a venting system positioned proximate said rear wall and between said cooking cavity and an exterior environment, said venting system including a vent inlet disposed in the top wall of the main body, said venting system being configured to exhaust air from said cooking cavity outside of said main body through said rear wall;a radio frequency (RF) generation module configured to deliver microwave energy into said cooking cavity;at least one radiant heat source in communication with said cooking cavity and configured to supply heat energy to said cooking cavity;a choke assembly in air flow communication with said cooking cavity, said choke assembly defining a third air flow channel configured to channel air through said choke assembly and direct the air along said inner surface of the door into said cooking cavity; anda temperature sensor positioned in said sensor cavity, said temperature sensor monitoring a temperature within said cooking cavity. 19. A method of assembling an over the range oven, said method comprising: providing a main body comprising a top wall, a bottom wall, a rear wall and a pair of opposing sidewalls;providing a frame surrounding the main body, the frame and the main body defining a first air flow channel;the main body defining a cooking cavity therein;coupling a radio frequency (RF) generation module to the cooking cavity, the RF generation module configured to deliver microwave energy into the cooking cavity;coupling a radiant heat source within the cooking cavity, the radiant heat source configured to supply heat energy to the cooking cavity;coupling a door to the main body opposite the rear wall such that a second air flow channel defined by the door is in communication with the first air flow channel with the door in a closed position, the door having an inner surface in communication with the cooking cavity when the door is in the closed position;operatively coupling a controller to the RF generation module and the radiant heat source, the controller configured to operate the RF generation module and the radiant heat source in a radiant heat mode of operation, a microwave mode of operation, a dual mode of operation, and a self clean mode of operation;coupling a choke assembly between the door and the main body, the choke assembly including a microwave choke and a gasket, an air inlet and an air outlet of the microwave choke defining a third air flow channel configured to channel airflow through the microwave choke and from the air outlet along the inner surface of the door and into the cooking cavity; andpositioning a venting system proximate the rear wall and between the cooking cavity and an exterior environment, the venting system configured to operate in an active mode when the RF generation module is activated and operate in a passive mode when the RF generation module is deactivated, in the active mode the venting system providing flow communication between the cooking cavity and the third airflow channel, the venting system further configured to exhaust air from the cooking cavity outside of the main body through the rear wall. 20. A method in accordance with claim 19 further comprising coupling the venting system to the cooking cavity, wherein the venting system includes a vent in flow communication with the cooking cavity and configured to remove vapors from the cooking cavity, a fan coupled to the vent and configured to force air flow through the venting system. 21. A method in accordance with claim 19 further comprising: providing a cooling cavity adjacent the cooking cavity; andcoupling a fan within the cooling cavity for drawing air through the cooling cavity. 22. The method according to claim 19 further comprising providing a glass panel in the door, an inner surface of the glass panel in communication with an interior of the cooking cavity, and wherein the air outlet of the third air channel directs air along the inner surface of the glass panel and into the cooking cavity.