Vibrator device

A vibrator device comprising:

• a base including a semiconductor substrate that has a first surface and a second surface in a front and back relationship with the first surface and that has an integrated circuit disposed at the second surface;
• a vibration element electrically coupled to the integrated circuit;
• and
• a lid provided with a recess for accommodating the vibration element, including a side wall around the recess, and having an end surface of the side wall bonded to the first surface at a bonding portion, wherein
• the integrated circuit includes a first circuit and a second circuit,
• the second surface includes a first region and a second region,
• the first region surrounds the second region in a plan view orthogonal to the second surface,
• the first circuit includes a plurality of first circuit elements disposed in the first region,
• the second circuit includes a second circuit element disposed in the second region,
• the base has a first side, a second side that is an opposite side of the first side, a third side, and a fourth side that is an opposite side of the third side in the plan view orthogonal to the first surface,
• {1−L1A/WX}≤0.95, {1−L2A/WX}≤0.95, {1−L3A/WY}≤0.95, {1−L4A/WY}≤0.95, {1−L1B/WX}≤0.8, {1−L2B/WX}≤0.8, {1−L3B/WY}0.8, and {1−L4B/WY}≤0.8, a direction from the first side toward the second side being defined as a first direction, a direction from the third side toward the fourth side being defined as a second direction, WX being a distance in the first direction from a center point of the base to the first side and the second side, WY being a distance in the second direction from the center point of the base to the third side and the fourth side, L1A being a distance in the first direction between the first side and a corresponding side of the first region, L2A being a distance in the first direction between the second side and a corresponding side of the first region, L3A being a distance in the second direction between the third side and a corresponding side of the first region, L4A being a distance in the second direction between the fourth side and a corresponding side of the first region, L1B being a distance in the first direction between the first side and a corresponding side of the second region, L2B being a distance in the first direction between the second side and a corresponding side of the second region, L3B being a distance in the second direction between the third side and a corresponding side of the second region, and L4B being a distance in the second direction between the fourth side and a corresponding side of the second region,
• the plurality of first circuit elements are a plurality of passive elements or a plurality of active elements,
• the first circuit is a circuit whose circuit characteristic is set using a ratio of a circuit constant of the plurality of passive elements or the plurality of active elements,
• the second circuit is a temperature compensation circuit configured to perform temperature compensation for an oscillation frequency of the vibration element, and
• the second circuit element is a resistive element provided in the temperature compensation circuit.