A transducer (10, 10') comprising a housing having a first and a second sound inputs (14, 16) and comprises therein: - a first and a second vibration sensors configured to convert vibration to an output, - a diaphragm connected to both the first and second vibration sensor, wherein: - a first chamber is delimited at least partly by a first part of the housing and a first part of the diaphragm, the first vibration sensor being configured to detect vibration of the first part of the diaphragm, the first sound input opening into the first chamber, - a second chamber is delimited at least partly by a second part of the housing and a second part of the diaphragm, the second vibration sensor being configured to detect vibration of the second part of the diaphragm, the second sound input opening into the second chamber, - the housing comprises a dividing portion which extends between the first and second chambers (18, 20) and which forms part of the first and second parts of the housing, - the dividing portion engages the diaphragm between the first and second parts (21, 23) of the diaphragm, and - the dividing portion engages a portion of the diaphragm, the diaphragm portion being movable in relation to the dividing portion. - a first and a second vibration sensors configured to convert vibration to an output, - a diaphragm connected to both the first and second vibration sensor, wherein: - a first chamber is delimited at least partly by a first part of the housing and a first part of the diaphragm, the first vibration sensor being configured to detect vibration of the first part of the diaphragm, the first sound input opening into the first chamber, - a second chamber is delimited at least partly by a second part of the housing and a second part of the diaphragm, the second vibration sensor being configured to detect vibration of the second part of the diaphragm, the second sound input opening into the second chamber, - the housing comprises a dividing portion which extends between the first and second chambers (18, 20) and which forms part of the first and second parts of the housing, - the dividing portion engages the diaphragm between the first and second parts (21, 23) of the diaphragm, and - the dividing portion engages a portion of the diaphragm, the diaphragm portion being movable in relation to the dividing portion. - a first chamber is delimited at least partly by a first part of the housing and a first part of the diaphragm, the first vibration sensor being configured to detect vibration of the first part of the diaphragm, the first sound input opening into the first chamber, - a second chamber is delimited at least partly by a second part of the housing and a second part of the diaphragm, the second vibration sensor being configured to detect vibration of the second part of the diaphragm, the second sound input opening into the second chamber, - the housing comprises a dividing portion which extends between the first and second chambers (18, 20) and which forms part of the first and second parts of the housing, - the dividing portion engages the diaphragm between the first and second parts (21, 23) of the diaphragm, and - the dividing portion engages a portion of the diaphragm, the diaphragm portion being movable in relation to the dividing portion.