AC100V High Performance Audio Analyzer THD N 0,01% Przesłuch -95dB

Skontaktuj się z nami

AC100V High Performance Audio Analyzer THD N 0,01% Przesłuch -95dB

Inne filmy

January 10, 2025

Połączenie kategorii: Analizator dźwięku

Skontaktuj się z nami

Znaków:

#symulator głowy i tułowia o wysokiej częstotliwości #hf kapelusze symulator głowy i tułowia

Krótki: Discover the High Frequency Head and Torso Simulator (HF HATS) designed for electroacoustic testing of smart devices, speakers, and more. This advanced simulator offers unparalleled realism with a frequency range up to 20 kHz, perfect for evaluating audio performance and speech intelligibility.

Powiązane cechy produktu:

High-frequency Head and Torso Simulator (HF HATS) provides realistic electroacoustic testing for smart devices and speakers.
Built-in realistic ear and mouth simulators replicate the acoustic properties of an average adult human head and torso.
Covers the full audible frequency range up to 20 kHz for comprehensive testing.
Ideal for testing smartphone audio performance, headset communication, and hearing aids.
Features a dynamic range of ≥ 160dB and equivalent noise ≤ 17dB for precise measurements.
Operates in a wide temperature range from -20℃ to +60℃ with minimal temperature coefficient.
Designed for in situ electroacoustics tests with accurate human speech reproduction.
Complies with international standards like IEC 60318-1:2009 and ITU-T Rec.P.58.

Często zadawane pytania:

What is the frequency range of the HF HATS?

The HF HATS covers the full audible frequency range from 20Hz to 20kHz, making it ideal for comprehensive electroacoustic testing.
What standards does the HF HATS comply with?

The HF HATS complies with IEC 60318-1:2009, ITU-T Rec.P.58, and GB/T 25498.1-2010, ensuring it meets international electroacoustic testing standards.
What types of devices can be tested with the HF HATS?

The HF HATS is designed for testing smart devices, speakers, audio conferencing devices, microphones, headphones, and hearing aids, providing realistic acoustic evaluations.