초록 ▼

A refrigeration system for cooling a logic module includes an evaporator housing including an evaporator block in thermal communication with the logic module. The evaporator housing includes a humidity sensor for detecting a humidity within the evaporator housing. The system further comprises a cont

A refrigeration system for cooling a logic module includes an evaporator housing including an evaporator block in thermal communication with the logic module. The evaporator housing includes a humidity sensor for detecting a humidity within the evaporator housing. The system further comprises a controller for controlling a refrigeration unit supplying cold refrigerant to the evaporator block in response to the operating conditions of the logic module and the temperature of the evaporator block. In another aspect of the invention, two modular refrigeration units are independently operable to cool the evaporator block, and each refrigeration unit is controllable in various modes of operation including an enabled mode in which it is ready to cool the evaporator and an on mode in which it is actively cooling the evaporator. In another aspect of the invention, the evaporator block and a heater on a reverse side of the circuit board are particularly controlled during concurrent repair operations. In another aspect of the invention, faulty sensors are recognized as such and an appropriate response is made. In another aspect of the invention, the system is shut down in a manner allowing rapid access to the logic module.

대표청구항 ▼

1. A method of controlling a refrigeration unit during start up of a logic module, the method comprising: setting an initial high set point for the refrigeration unit prior to running the logic module; waiting for the refrigeration unit to indicate it has achieved the initial high set point; se

1. A method of controlling a refrigeration unit during start up of a logic module, the method comprising: setting an initial high set point for the refrigeration unit prior to running the logic module; waiting for the refrigeration unit to indicate it has achieved the initial high set point; setting a low set point if no errors are present; waiting for the refrigeration unit to indicate that it has achieved the low set point; and signaling higher-level code that logic module is ready for clocks-on. 2. The method of claim 1 further comprising setting one of a high and intermediate set point if the logic module fails to start within a selected period of time. 3. The method of claim 1 further comprising setting an intermediate set point prior to said setting a low set point, waiting for the refrigeration unit to indicate that it has achieved the intermediate set point, and signaling higher-level code to commence its self test.