A pressure transducer for measuring pressure, the pressure transducer comprising: a frame, at least a cantilevered beam, at least a resilient beam portion, a signal processing circuit, at least a wiring terminal and a support member; wherein a gap is interposed between the at least a cantilevered beam and the frame and wherein the at least a resilient beam portion anchors the at least a cantilevered beam to the frame; wherein the frame, the at least a cantilevered beam, and the at least a resilient beam portion each provide a first surface and wherein the frame provides an inner surface opposite to its first surface; wherein the at least a cantilevered beam is configured to move from a first position relative to the frame to a second position relative to the frame in response to a pressure-induced force applied to the at least a cantilevered beam; wherein the at least a resilient beam portion is configured to bend due to said movement of the at least a cantilevered beam thereby producing a strain within the at least a resilient beam portion; wherein the support member comprises a first cavity; wherein the at least a wiring terminal is mounted to the frame and wherein the signal processing circuit electrically connects to the at least a wiring terminal; wherein the pressure transducer comprises at least a strain gauge (7a - 7d) and wherein the at least a strain gauge (7a - 7d) is diffused into and / or implanted into, and / or affixed to the at least a resilient beam portion; characterized in that the support member provides an inner surface abutting the inner surface of the frame such that the inner surface of the support member is interposed between the support member and the frame; and in that the signal processing circuit is entirely installed inside the first cavity of the support member; and in that the first cavity of the support member provides a first aperture disposed along the first surface of the support member and wherein the inner surface of the frame covers the first aperture; wherein the support member provides a first support member portion and a second support member portion and a third support member portion; wherein the first support member portion and the second support member portion and the third support member portion are integral portions of the support member; wherein the first cavity is arranged between the second support member portion and the third support member portion; wherein the first cavity has a length dimension and a width dimension perpendicular to its length dimension; wherein the length dimension and the width dimension are parallel to the inner surface; wherein the support member comprises a second cavity; and wherein the second cavity and the cantilevered beam are arranged between the first support member portion and the second support member portion. a frame, at least a cantilevered beam, at least a resilient beam portion, a signal processing circuit, at least a wiring terminal and a support member; wherein a gap is interposed between the at least a cantilevered beam and the frame and wherein the at least a resilient beam portion anchors the at least a cantilevered beam to the frame; wherein the frame, the at least a cantilevered beam, and the at least a resilient beam portion each provide a first surface and wherein the frame provides an inner surface opposite to its first surface; wherein the at least a cantilevered beam is configured to move from a first position relative to the frame to a second position relative to the frame in response to a pressure-induced force applied to the at least a cantilevered beam; wherein the at least a resilient beam portion is configured to bend due to said movement of the at least a cantilevered beam thereby producing a strain within the at least a resilient beam portion; wherein the support member comprises a first cavity; wherein the at least a wiring terminal is mounted to the frame and wherein the signal processing circuit electrically connects to the at least a wiring terminal; wherein the pressure transducer comprises at least a strain gauge (7a - 7d) and wherein the at least a strain gauge (7a - 7d) is diffused into and / or implanted into, and / or affixed to the at least a resilient beam portion; characterized in that the support member provides an inner surface abutting the inner surface of the frame such that the inner surface of the support member is interposed between the support member and the frame; and in that the signal processing circuit is entirely installed inside the first cavity of the support member; and in that the first cavity of the support member provides a first aperture disposed along the first surface of the support member and wherein the inner surface of the frame covers the first aperture; wherein the support member provides a first support member portion and a second support member portion and a third support member portion; wherein the first support member portion and the second support member portion and the third support member portion are integral portions of the support member; wherein the first cavity is arranged between the second support member portion and the third support member portion; wherein the first cavity has a length dimension and a width dimension perpendicular to its length dimension; wherein the length dimension and the width dimension are parallel to the inner surface; wherein the support member comprises a second cavity; and wherein the second cavity and the cantilevered beam are arranged between the first support member portion and the second support member portion.