Hands on control and monitoring
As Bluetooth technology advances and the market for Bluetooth audio devices flourishes, the popularity of Bluetooth headphones is increasing, and users particularly hope to obtain high-performance products.Consequently, there is a growing need for a comprehensive test system that covers all essential metrics.
- Compatibility
CRYSOUND provides headphone audio test system solutions of parallel dual test in single box and parallel quadruple test in double boxes for clients. Headphone Audio Test Equipment is compatible with various headphone types.
- Efficiency
The system enables a high production yield of up to 450 unit per hour (UPH). For cost-effectiveness and efficiency, it serves as the optimal solution for manufacturing operations.
As Bluetooth technology advances and the market for Bluetooth audio devices flourishes, the popularity of Bluetooth headphones is increasing, and users particularly hope to obtain high-performance products.Consequently, there is a growing need for a comprehensive test system that covers all essential metrics.
As Bluetooth technology advances and the market for Bluetooth audio devices flourishes, the popularity of Bluetooth headphones is increasing, and users particularly hope to obtain high-performance products.Consequently, there is a growing need for a comprehensive test system that covers all essential metrics.
As Bluetooth technology advances and the market for Bluetooth audio devices flourishes, the popularity of Bluetooth headphones is increasing, and users particularly hope to obtain high-performance products.Consequently, there is a growing need for a comprehensive test system that covers all essential metrics.
- Compatibility
CRYSOUND provides headphone audio test system solutions of parallel dual test in single box and parallel quadruple test in double boxes for clients. Headphone Audio Test Equipment is compatible with various headphone types.
- Efficiency
The system enables a high production yield of up to 450 unit per hour (UPH). For cost-effectiveness and efficiency, it serves as the optimal solution for manufacturing operations.
- Compatibility
CRYSOUND provides headphone audio test system solutions of parallel dual test in single box and parallel quadruple test in double boxes for clients. Headphone Audio Test Equipment is compatible with various headphone types.
- Efficiency
The system enables a high production yield of up to 450 unit per hour (UPH). For cost-effectiveness and efficiency, it serves as the optimal solution for manufacturing operations.
- Compatibility
CRYSOUND provides headphone audio test system solutions of parallel dual test in single box and parallel quadruple test in double boxes for clients. Headphone Audio Test Equipment is compatible with various headphone types.
- Efficiency
The system enables a high production yield of up to 450 unit per hour (UPH). For cost-effectiveness and efficiency, it serves as the optimal solution for manufacturing operations.
As Bluetooth technology advances and the market for Bluetooth audio devices flourishes, the popularity of Bluetooth headphones is increasing, and users particularly hope to obtain high-performance products.Consequently, there is a growing need for a comprehensive test system that covers all essential metrics.
- Compatibility
CRYSOUND provides headphone audio test system solutions of parallel dual test in single box and parallel quadruple test in double boxes for clients. Headphone Audio Test Equipment is compatible with various headphone types.
- Efficiency
The system enables a high production yield of up to 450 unit per hour (UPH). For cost-effectiveness and efficiency, it serves as the optimal solution for manufacturing operations.
System Devices
CRY6151B is a robust and reliable electroacoustic analyzer with a frequency range spanning from 20Hz to 20kHz. It is designed to evaluate a diverse array of devices, including USB, Bluetooth®, and noise-canceling headphones; electret, MEMS, and moving-coil microphones; receivers; speakers; Bluetooth loudspeakers; and loudspeaker crossover devices.
Technicians can assess device performance using key metrics and procedures such as sensitivity (SPL), impedance, total harmonic distortion (THD), resonance frequency (F0), headphone balance, headphone positioning, phase, polarity, microphone current and voltage, signal-to-noise ratio (SNR), microphone directivity, speaker Thiele/Small (TS) parameters, and telephone loudness ratings. The CRY6151B offers comprehensive capabilities for thorough and precise evaluation of electroacoustic equipment.
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