KEMAR, For ear- & headphone test, 2-ch
Connection: Constant Current Power (0 V/CCP)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-4
ITU-T Rec. P.57 Type 3.3
based on ITU-T Rec. P.58
GRAS 45BB-10 KEMAR with Anthropometric Pinna for Ear- and Headphone Test, 2-Ch CCP
The 45BB-10 KEMAR with TEDS is a manikin configured with pre-polarized ear simulators and anthropometric pinnae for dual-channel ear- and headphone test. Its corresponding LEMO equivalent is the GRAS 45BB-9 KEMAR with Anthropometric Pinna for Ear- and Headphone Test, 2-Ch LEMO...
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 1
ANSI: S3.36
Based on IEC 60318-7
Based on ITU-T Rec. P.58
GRAS 45BB-11 KEMAR with Anthropometric Pinna for Low-noise Ear- and Headphone Test, 1-Ch LEMO
The 45BB-11 KEMAR is an acoustic research tool with a built-in low-noise ear simulator for testing of ear and headphones and in-ear ear protectors with or without active noise cancellation. Its corresponding two-channel equivalent is GRAS 45BB-12 KEMAR with Anthropometric Pinnae for Ear- and Headpho..
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 2
ANSI: S3.36
Based on IEC 60318-7
Based on ITU-T Rec. P.58
GRAS 45BB-12 KEMAR with Anthropometric Pinna for Low-noise Ear- and Headphone Test, 2-Ch LEMO
The 45BB-12 KEMAR is an acoustic research tool with a built-in low-noise ear simulator for testing of ear and headphones and in-ear ear protectors with or without active noise cancellation. Its corresponding single-channel equivalent is GRAS 45BB-11 KEMAR with Anthropometric Pinnae for Ear- and Head..
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-4
ITU-T Rec. P.57 Type 3.3, based on ITU-T Rec. P.58
GRAS 45BB-13 KEMAR for High-Frequency Test of Ear- and Headphones, 2-Ch LEMO
The 45BB-13 KEMAR is a manikin configured with externally polarized ear high-frequency ear simulators and anthropometric pinnae for dual-channel ear- and headphone test. Its corresponding CCP equivalent is the GRAS 45BB-14 KEMAR. ..
Connection: Constant Current Power (0 V/CCP)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-4
ITU-T Rec. P.57 Type 3.3
based on ITU-T Rec. P.58
GRAS 45BB-14 KEMAR for High-Frequency Test of Ear- and Headphones, 2-Ch CCP
The 45BB-14 KEMAR with TEDS is a manikin configured with pre-polarized high-frequency on-ear simulators and anthropometric pinnae for dual-channel ear- and headphone test up to 20 kHz. Its corresponding LEMO equivalent is the GRAS 45BB-13 KEMAR...
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-7
ITU-T Rec. P.57 Type 3.3, based on ITU-T Rec. P.58
GRAS 45BB-15 KEMAR with Hi-Res Ear Simulators for Test of Ear- and Headphones, 2-Ch LEMO
The 45BB-15 KEMAR is a manikin configured with externally polarized hi-res ear simulators and anthropometric pinnae for dual-channel ear- and headphone test. Its corresponding CCP equivalent is the GRAS 45BB-16 KEMAR. ..
Connection: Constant Current Power (0 V/CCP)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-7
ITU-T Rec. P.57 Type 3.3
based on ITU-T Rec. P.58
GRAS 45BB-16 KEMAR with Hi-Res Simulators for Test of Ear- and Headphones, 2-Ch CCP
The 45BB-16 KEMAR with TEDS is a manikin configured with pre-polarized hi-res ear simulators and anthropometric pinnae for dual-channel ear- and headphone test up to 50 kHz. Its corresponding LEMO equivalent is the GRAS 45BB-15 KEMAR...
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-4
ITU-T Rec. P.57 Type 3.3 based on ITU-T Rec. P.58
GRAS 45BB-5 Head & Torso for Ear- and Headphone Test, 2-Ch LEMO
The 45BB-5 KEMAR Head & Torso for ear- and headphone test, 2-Ch LEMO is an acoustic research tool with built-in ear simulators that simulates the changes that occur to soundwaves as they pass a human head and torso. KEMAR fitted with pinna simulator, ear canal extension, and IEC 60318-4 Ear Simu..
Connection: Constant Current Power (0 V/CCP)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-4
ITU-T Rec. P.57 Type 3.3, based on ITU-T Rec. P.58
GRAS 45BB-6 Head & Torso for Ear- and Headphone Test, 2-Ch CCP
The 45BB-6 KEMAR Head & Torso with TEDS for ear- and headphone test, 2-Ch CCP is an acoustic research tool with built-in ear simulators that simulates the changes that occur to sound waves as they pass a human head and torso. KEMAR fitted with pinna simulator, ear canal extension, and IEC 60318-..
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 2
ANSI: S3.36, S3.25
IEC: 60318-4
ITU-T Rec. P.57 Type 3.3, based on ITU-T Rec. P.58
GRAS 45BB-9 KEMAR with Anthropometric Pinnae for Ear- and Headphone Test, 2-Ch LEMO
The 45BB-9 KEMAR is a manikin configured with externally polarized ear simulators and anthropometric pinnae for dual-channel ear- and headphone test. Its corresponding CCP equivalent is the GRAS 45BB-10 KEMAR with Anthropometric Pinnae for Ear- and Headphone Test, 2-Ch CCP...
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 1
Standards: ANSI: S3.36
Based on IEC 60318-4 and 60318-7
Based on ITU-T Rec. P.57 Type 3.3 and
ITU-T Rec. P.58
Special feature: Built-in power amplifier for mouth simulator
GRAS 45BC-11 KEMAR with Mouth Simulator and Anthropometric Pinnae for Low-noise Headset Test, 1-Ch LEMO
The 45BC-11 KEMAR is configured with anthropometric pinnae and a low-noise ear simulator system for testing of headsets with or without active noise cancellation. Due to its design, realistic measurements in a sound environment as experienced by a human being using a headset is possible. In addition..
Connection: Traditional Power Supply (200 V/LEMO)
Channel(s): 2
Standards: ANSI: S3.36
Based on IEC 60318-4 and 60318-7
Based on ITU-T Rec. P.57 Type 3.3 and ITU-T Rec. P.58
Special feature: Built-in power amplifier for mouth simulator
GRAS 45BC-12 KEMAR with Mouth Simulator and Anthropometric Pinnae for Low-noise Headset Test, 2-Ch LEMO
The 45BC-12 KEMAR is configured with anthropometric pinnae and low-noise ear simulators for binaural testing of headsets with or without active noise cancellation. Due to its design, realistic measurements in a sound environment as experienced by a human being using a headset is possible. In additio..
