Piezoelectric resonance component

Abstract

Abstract Translated from Japanese (57)【要約】 【目的】小型、かつ、薄型で組立の容易な４素子型及び ８素子型圧電共振部品を提供する。 【構成】ケース１に設けられた第１内部空間１１及び第 ２内部空間１２のそれぞれに対し、その開口部１３２を 通して、第１端子部材Ｔ１、第１直列共振子Ｓ１、第２ 端子部材Ｔ２、第１並列共振子Ｐ１、第２直列共振子Ｓ ２、第３端子部材Ｔ３、第２並列共振子Ｐ３、第４端子 部材Ｔ４、第３直列共振子Ｓ３、第５端子部材Ｔ５、第 ３並列共振子Ｐ３、第６端子部材部Ｔ６、第４直列共振 子Ｓ４、第４並列共振子Ｐ４及び第７端子部材Ｔ７を順 次に挿入配置する。 (57) [Summary] [Object] To provide a four-element type and an eight-element type piezoelectric resonance component which is small, thin, and easy to assemble. [Structure] A first terminal member T1, a first series resonator S1, and a second internal space 11 provided in a case 1 are passed through openings 132 of the first internal space 11 and the second internal space 12, respectively. Terminal member T2, first parallel resonator P1, second series resonator S 2, third terminal member T3, second parallel resonator P3, fourth terminal member T4, third series resonator S3, fifth terminal member T5, third parallel resonator P3, sixth terminal member portion T6, fourth The series resonator S4, the fourth parallel resonator P4, and the seventh terminal member T7 are sequentially inserted and arranged.

Inventors

• 👤 Masanobu Sugimoto
• 👤 正信 杉本
• 👤 Yasunobu Oikawa
• 👤 泰伸 及川
• 👤 Takashi Yamamoto
• 👤 隆 山本
• 👤 Shigeru Moriya
• 👤 滋 守矢
• 👤 Yoshitoshi Tsushima
• 👤 佐敏 対馬

Bibliographic Details