A Division of the Hoskin Group, Canada's Instrumentation Leader
Precision Measurement Solutions for Cutting-Edge Research
New product design and development is more often than not a crucial factor in the survival of a company. In an industry that is fast changing, firms must continually revise their design and range of products. This is necessary due to continuous technology change and development as well as other competitors and the changing preference of customers.
Precision Measurement Solutions for Cutting-Edge Research Products:
Precision Measurement Solutions for Cutting-Edge Research
Type 4987 – Wideband Ear Simulators
The Type 4987 family has been developed for production line quality control of insert, intra-concha (earbuds), supra-aural (on-ear), supra-concha (in-ear), circum-aural (over-ear) earphone devices, and smartphones. There are three variants: Type 4987: the core product Type 4987-A: for smartphone testing Type 4987-B: for earphone and earbud testing USE SCENARIOS Compliance
Type 4946 – 2cc Click-on Coupler
2 cc Click-on Coupler Type 4946 is intended for measurements on all types of hearing aids and is optimized for repetitive use in the laboratory and on the production line. It fulfills the requirements of the ANSI S3.7 (2008) and IEC 60318-5 (2006) standards. USE SCENARIOS Frequency response, sensitivity and
Type 4930 – Artificial Mastoid
Artificial Mastoid Type 4930 has been designed for the calibration of bone-conduction hearing aids. It consists of a mechanical simulation of the human head, incorporating a built-in force transducer to monitor the output of the device to be calibrated. USE SCENARIOS Objective measurement of hearing aid and audiometer bone vibrator
Type 4227 and 4227-A – Mouth Simulator
Mouth Simulator Type 4227 is designed to test telephone transmitters, smart speakers and other microphones where a sound field similar to the human voice field is required. Also used as accurate reference source for near field testing of handsets and microphones. USE SCENARIOS Quality control testing of frequency response and
Type 4195 – Wideband Ear Simulator for Telephonometry
Wideband Ear Simulator for Telephonometry Type 4195 is designed for wideband measurements on handset telephones where realistic acoustical loads are needed. Fulfils the standard ITU – T Recommendation P.57, Artificial Ear Type 3.2 low- and high-leak. Type 4195 has been developed for use in combination with Telephone Test Head Type
Type 4185 – Ear Simulator for Telephonometry
Ear Simulator for Telephonometry Type 4185 is designed for measurements on handset telephones, including handsets with high impedance earpiece where sealed conditions are required. Type 4185 fulfills the requirements of the ITU–T P.57 Type 1 recommendation and the IEC 60318 standard. USE SCENARIOS Measurements on telephone handsets Earphone calibration Type
Type 4157 – Artificial Ear / Ear Simulator with Microphone and Preamplifier
The Ear Simulator Type 4157 closely reproduces the acoustical parameters of the human ear, presenting the insert earphone under test with an impedance approximating that of the real human ear. USE SCENARIOS Frequency response, sensitivity and distortion measurements on insert earphones, e.g. used in hearing aids, operator headsets, etc. Servicing
Type 4153 – Artificial Ear / Ear Simulator (IEC 601318-1 coupler)
Artificial Ear Type 4153 is designed to enable electroacoustical measurements on insert earphones and headphones to be carried out under well defined acoustical conditions. It fulfils the requirements of IEC 60318-1 and has an acoustical impedance basically similar to that of the human ear. Type 4153 consists of an acoustic
Type 4152 – Artificial Ear / Ear Simulator
Artificial Ear Type 4152 is designed to enable electroacoustical measurements on insert earphones and headphones to be carried out under well defined acoustical conditions. Type 4152 consists of an acoustic coupler, a main housing containing the sockets for the connection of a Brüel & Kjær condenser microphone and a base
DZ-9769 AND DZ-9770 Symmetrical Pinnae for HATS
SYMMETRICAL PINNAE FOR HEAD AND TORSO SIMULATOR These symmetrical pinnas complies to ITU-T Rec. P.58, IEC 60318-7 and ANSI S3.36-1985, including testing of headphones and hearing protectors as well as measurements on telephones, hands-free communication devices and hearing aids.
DZ-9773 AND DZ-9774 Pinnae with Tapered Ear Canal for HATS
PINNAE WITH TAPERED EAR CANAL FOR HEAD AND TORSO SIMULATOR Easy mounting of earbuds when used with HATS pinnas. With a slightly modified ear canal entrance, the shape of the pinnas is conical merged with a cylinder, making it easy to seal earbuds to the pinna during tests.
Type 4100/4100D Sound Quality Head and Torso Simulator (HATS)
Manikin designed for recording in-vehicle noise for sound quality evaluation and testing. Also used for sound optimization of consumer appliances, office equipment, power tools, marine equipment and heavy machinery. USE SCENARIOS Recording vehicle noise for sound quality evaluation and testing Recording noise from domestic appliances, office equipment, etc., for sound
Type 5128-C High Frequency Head and Torso Simulator (HF HATS)
High-frequency Head and Torso Simulator (HATS) Type 5128 family, with built-in realistic ear and mouth simulators, provide a realistic reproduction of the acoustic properties of an average adult human head and torso. High-frequency HATS is designed for in situ electroacoustics tests and can cover the full audible frequency range (up
Type 4128-D Head and Torso Simulator (HATS)
Head and Torso Simulator (HATS) Type 4128D is a manikin with built-in ear and mouth simulators that provides a realistic reproduction of the acoustic properties of an average adult human head and torso. It is designed to be used in-situ electroacoustics tests on, for example, telephone handsets, headsets, audio conference
Type 4128-C Head and Torso Simulator (HATS)
Head and Torso Simulator (HATS) Type 4128C is a manikin with built-in ear and mouth simulators that provides a realistic reproduction of the acoustic properties of an average adult human head and torso. It is designed to be used in-situ electroacoustics tests on, for example, telephone handsets, headsets, audio conference
JDI Series – Digital MEMS Inclinometer
The JDI-100/200 series is a digitally temperature compensated inclinometer available in single and dual axis configurations. The robust and rugged design is great for industrial use, yet includes the low-cost MEMS technology. These units are available with DB9, Pigtail, Deutsch, Double Deutsch, 6-Pin Circular (C06), or M12 connectors for maximum
T40MS – Torque Flange
T40MS Torque Transducer: from 500 Nm to 2 kNm at 25,000 rpm T40MS is outstanding for its precision, reproducibility and robustness and is particularly well-suited for static and dynamic torque measurement. The torque transducer features 0.03% accuracy in terms of linearity including hysteresis, as well as high temperature stability. Combined
Acuity 2020 Laser Catalog
Download your copy of the Acuity 2020 Laser Catalog including triangulation, time-of-flight, 3D scanners and confocal laser technologies!
AR100 Laser Displacement Sensor
The AR100 is one of the smallest laser displacement sensors in the world. The ultra-compact AR100 comes with ranges from 10mm (0.4 in.) to 500mm (19.7 in.) with a single case size. It can take 9,400 measurements per second and has a linearity of ± 0.05% of the full measurement
SomatXR MX471C-R Ultra-Rugged CANbus FD Module
The SomatXR MX471-R CAN bus module allows the simultaneous integration of up to four CAN networks into the SomatXR data acquisition system. This module is the more rugged version of the QuantumX MX471 and is ideal for use in extremely tough conditions, such as vehicle tests in the field and
QuantumX MX471C CANbus FD module
CAN bus Module for Easy Integration of up to 4 CAN Networks The QuantumX MX471 CAN bus module allows the simultaneous integration of up to four CAN networks into the QuantumX data acquisition system and can be expanded as required. The module, combined with analog measurement modules, is ideally suited