Temperature Control Apparatus and Related Device

A temperature-compensated oscillator comprising:

• a temperature control apparatus comprising:
• a fastening frame comprising:
• an inner side;
• an outer side;
• a first connection position;
• and
• a second connection position;
• a first support beam connected to the first connection position;
• a second support beam connected to the second connection position, wherein a temperature difference between the first connection position and the second connection position is less than a first preset value;
• a first fastening structure disposed on the inner side and connected to the fastening frame via the first support beam and the second support beam;
• a target component disposed on the inner side and fastened to the first fastening structure;
• a third support beam;
• a fourth support beam;
• and
• a second fastening structure disposed on the outer side and connected to the fastening frame via the third support beam and the fourth support beam;
• a temperature compensation module configured to:
• obtain a temperature of the target component, wherein the target component is configured to output an original clock signal to the temperature compensation module;
• and
• adjust the original clock signal based on the temperature to obtain a target clock signal at a stable frequency.

An oven-controlled oscillator comprising:

• a temperature control apparatus comprising:
• a fastening frame comprising:
• an inner side;
• an outer side;
• a first connection position;
• and
• a second connection position;
• a first support beam connected to the first connection position;
• a second support beam connected to the second connection position, wherein a temperature difference between the first connection position and the second connection position is less than a first preset value;
• a first fastening structure disposed on the inner side and connected to the fastening frame via the first support beam and the second support beam;
• a target component disposed on the inner side and fastened to the first fastening structure;
• a third support beam;
• a fourth support beam;
• a second fastening structure disposed on the outer side and connected to the fastening frame via the third support beam and the fourth support beam;
• and
• a temperature adjustment element;
• a controller configured to:
• obtain an original temperature of the target component;
• and
• control the temperature adjustment element based on the original temperature to adjust the original temperature to a target temperature, wherein when the target component is in a clock working mode and the target component is at the target temperature, the target component outputs a clock signal at a stable frequency.