USB type-c headphone test
In recent years, a series of new headphones have been launched on the market. They have various connections, such as 3.5mm audio interface, USB interface, and Bluetooth connection, etc. Each connection method has its own advantages and disadvantages. Taking USB Type-C as an example, it has high fidelity, and it is also suitable for data communication and power supply. Therefore, USB Type-C headsets require a higher level of testing methods to ensure their quality. Our Type-C headset test solution is simple and convenient to operate. The test is efficient and accurate. The fixtures can be customized. It is an industry-leading test solution.
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Convenient Operation
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Stable testing
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Industry leader
PCBA test
CRY6151B is connected to the input terminal via USB cable with USB-Type C adapter-> sound card sound, input signal input PCB board-> left and right output signals are connected to the DB9 port on the rear panel of the CRY6151B electroacoustic tester for analysis
USB Type-C Headset Test | Frequency response (FR) |
Total harmonic distortion (THD) | |
Rub&Buzz | |
Phase | |
Polarity | |
Right and left positions | |
USB Type-C Microphone Test | Frequency response (FR) |
Total harmonic distortion (THD) | |
Button Test | Volume + / volume -; up / down; pause |
Other | Support the reading and writing of a version number. Cooperate with MES to modify internal Flash data and other functions |
CRY6151B Electroacoustic Tester | X1 | Standard | Details |
CRY Electroacoustic Testing Software (Type_C equipment test software) | X1 | Standard | Details |
CRY602 Mouth Simulator | X1 | Standard | Details |
CRY333 Measurement Microphone | X1 | Standard | Details |
CRY506 Preamplifier | X1 | Standard | Details |
CRY711 Ear Simulator | X2 | Standard | Details |
CRY508 Preamplifier | X2 | Standard | Details |
CRY5611 Sound Level Calibrator | X1 | *Optional* | Details |
Fixture | X1 | Customization | Details |
PC | X1 | *Optional* | Details |