Abstract: Two half housings are connected each other, one has a fluid inlet port and the other supports an outer connector. The inner space thereof is airtightly partitioned by a capacitive pressure transducer. In the sealed space, a space ring and a circuit board are sequentially stacked on the transducer. The board has first and second connection holes for receiving a terminals of the transducer and a base end of the outer connector. The terminals is bent like a crank, and a terminal guide is formed in the peripheral wall of the spacer ring to guide the terminal into the first connection hole.

Abstract: A pressure sensor comprises a housing having a pressurized fluid inlet, and a supporting member installed in an inner space of the housing and having one end surface of the pressurized fluid inlet side, the other end surface opposite to the one end surface, and a connection port opened at the one end surface and the other end surface. A pressure sensitive element is supported on the one end surface of the supporting member in the inner space of the housing to partition the inner space of the housing into a pressure sensitive chamber communicating with the pressurized fluid inlet and a sealing chamber isolated from the pressurized fluid inlet. An electric circuit module is supported on the other end surface of the supporting member in the inner space of the housing and is electrically connected to the pressure sensitive element through the connection port of the supporting member.