Method, device and system for controlling heating circuits
View Patent ↗A heat control apparatus for a circuit includes: a heat detecting unit which acquires the heat generation condition of a semiconductor integrated circuit from an inspection image obtained by capturing an image of the semiconductor integrated circuit by an image capturing sensor; and a cooling control unit which controls a cooling means for cooling the semiconductor integrated circuit in accordance with the acquired heat generation condition.
1. A heat control apparatus for a circuit, comprising:
a transparent cooling mechanism tightly secured to a semiconductor integrated circuit, the transparent cooling mechanism having a hollow part;
an image capturing sensor which captures an image of the semiconductor integrated circuit through the cooling mechanism;
a heat detecting unit which acquires the heat generation condition of the semiconductor integrated circuit from an inspection image captured by the sensor;
an analyzing unit which analyzes the acquired heat generation condition; and
a driving mechanism for causing a coolant to flow in the hollow part of the transparent cooling mechanism, wherein the hollow part is provided so as not to overlap at least a portion of the semiconductor integrated circuit subject to observation by the image capturing sensor.
2. The heat control apparatus for a circuit according to claim 1 , wherein the cooling mechanism is a silicon heat spreader and comprises a cooling means for cooling the heat spreader.
3. The heat control apparatus for a circuit according to claim 1 , wherein the driving mechanism changes the direction of flow of the coolant as appropriate.
4. The heat control apparatus for a circuit according to claim 3 , wherein the analyzing unit synthetically analyzes heat generation conditions detected prior to and subsequent to a change in the direction of flow of the coolant.
5. The heat control apparatus for a circuit according to claim 1 , wherein the analyzing unit analyzes the heat generation condition by taking into account temperature gradient dependent on the direction of flow of the coolant.
6. The heat control apparatus for a circuit according to claim 1 , wherein the heat detecting unit acquires the temperature distribution of the semiconductor integrated circuit from the inspection image, and if the temperature exceeds a predetermined threshold value at any location in the semiconductor integrated circuit, the cooling control unit enhances the cooling capability of the cooling means.
7. The heat control apparatus for a circuit according to claim 1 , further comprising:
an operation control unit for controlling the operating condition of the semiconductor integrated circuit in accordance with the acquired heat generation condition.
8. The heat control apparatus for a circuit according to claim 7 , wherein the heat detecting unit acquires the temperature distribution of the semiconductor integrated circuit from the inspection image, and if the temperature exceeds a predetermined threshold value at any location in the semiconductor integrated circuit, the operation control unit reduces a load per unit time in the location where the temperature exceeds the threshold value.