초록 ▼

A field and/or customer replaceable packaged refrigeration heat sink module is suitable for use in standard electronic component environments. The field replaceable packaged refrigeration heat sink module is self-contained and is specifically designed to have physical dimensions similar to those of

A field and/or customer replaceable packaged refrigeration heat sink module is suitable for use in standard electronic component environments. The field replaceable packaged refrigeration heat sink module is self-contained and is specifically designed to have physical dimensions similar to those of a standard air-based cooling system, such as a fined heat sink or heat pipe. As a result, the field replaceable packaged refrigeration heat sink module can be utilized in existing electronic systems without the need for board or cabinet/rack modification or the "plumbing" associated with prior art liquid-based cooling systems.

대표청구항 ▼

A field and/or customer replaceable packaged refrigeration heat sink module is suitable for use in standard electronic component environments. The field replaceable packaged refrigeration heat sink module is self-contained and is specifically designed to have physical dimensions similar to those of

A field and/or customer replaceable packaged refrigeration heat sink module is suitable for use in standard electronic component environments. The field replaceable packaged refrigeration heat sink module is self-contained and is specifically designed to have physical dimensions similar to those of a standard air-based cooling system, such as a fined heat sink or heat pipe. As a result, the field replaceable packaged refrigeration heat sink module can be utilized in existing electronic systems without the need for board or cabinet/rack modification or the "plumbing" associated with prior art liquid-based cooling systems. ion approaches the concentration setpoint. 9. The method of claim 8 that includes the further step whereby the gain associated with the concentration error signal is decreased to zero when and the gain associated with the temperature increases to one when the solution concentration moves a given percentage below the concentration setpoint.