The Adapter Automatic Testing System And The Charger Adapter Comprehensive Testing Equipment Save You Costs

       In today's highly automated and refined production environment, ATE (Automatic Test Equipment) has become a key tool in various production fields for improving efficiency and ensuring quality, thanks to its superior performance and advantages.

1. High Precision and Accuracy Equipped with advanced sensor technology and precise measurement circuits, the ATE automatic test equipment can conduct high-precision measurements and analyses of various product parameters. Whether it is tiny electronic components or complex mechanical parts, it can ensure the consistency and stability of product quality under strict testing standards, effectively reducing the defect rate and enhancing overall production efficiency.

2. Efficient and Rapid Testing Process Compared with traditional manual testing methods, the ATE automatic test equipment has a significant speed advantage. It is able to complete the testing of a large number of products in a short time, greatly shortening the production cycle. Meanwhile, through the automated testing process, the interference of human factors is reduced, the accuracy of the test is improved, and product quality is further guaranteed.

3. Flexible Adaptation to Various Testing Needs The ATE automatic test equipment has powerful programmability and can quickly adjust the testing plan according to the characteristics and testing requirements of different products. Whether it is routine performance testing or specific function verification, it can easily cope with it. This flexibility enables the ATE automatic test equipment to be widely used in multiple industries and meet the diverse needs of different customers.

1. Input voltage range

        Test the compatibility and stability of the adapter under different input voltages (such as AC 100V to 240V).

2. Surge current test

        Simulate the high current impact at the moment of startup to verify the circuit protection capability.

3. Input Current Harmonic (THD)

        Detect the harmonic content of the input current to ensure compliance with electromagnetic compatibility standards (such as IEC 62368-1).

4. No-load power consumption (standby power consumption

        To measure the power consumption without load, energy efficiency standards (such as DoE Level VI, Energy Star, etc.) must be met.