Ear and Mouth Simulators
Ear and mouth simulators are vital for product development, quality assurance and production line quality control for any products – such as earphones and smartphones – that require realistic acoustic human-like testing.
TYPE 4227 + 4227-A
Mouth Simulator Types 4227 and 4227-A are high-performance artificial mouths conforming to ITU-T Rec. P.51 and delivers highly accurate and repeatable electroacoustic measurements.
Ear Simulator for Telephonometry (ITU-T Type 3.2 coupler)
Wideband ear simulator designed for measurements on handset telephones where realistic acoustical loads are needed.
2 cc Click-on Coupler is designed for measurements in accordance with ANSI S3.7 (2008) and IEC 60318-5 (2006) standards, and is optimized for repetitive testing hearing-aids in the laboratory and on the production line.
Artificial Mastoid designed for the calibration of bone-conduction hearing aids by simulating the mechanical impedance of the human mastoid.
Ear Simulator for Telephonometry (ITU-T Type 1 coupler)
Designed for measurements on handset telephones requiring an IEC 60318-1 coupler, including handsets with high impedance earpiece where sealed conditions are required.
Artificial Ear with 6cc coupler
Designed for electroacoustical measurements on insert earphones and headphones to be carried out under well defined acoustical conditions.
Ear Simulator (IEC 60318-4 Coupler)
Ear Simulator Type 4157 with microphone and preamplifier is designed for measurements on earphones coupled to the ear by ear inserts such as tubes or ear moulds or eartips
Artificial Ear with coupler designed to enable electroacoustical measurements on insert earphones and headphones. The Artificial Ear fulfils the requirements of IEC 60318–1 and has an acoustical impedance similar to that of a human ear. <br>
Gamme d’oreilles artificielles à large bande Type 4987
Une gamme d'oreilles artificielles conçues pour des tests de contrôle de qualité réalistes et comparables des écouteurs, oreillettes, smartphones et casques audio sur des lignes de production à haut volume.