We have highly educated and experienced engineers who can assist customers in electronic component selection, circuit optimization and provide failure analysis during implementation.
Our professional engineers will assist you in model selection and offer circuit analysis during use.
Credited with Over 30 Safety Certificates
We have passed ISO9001 and ISO14001 management system certification and have acquired a number of certificates from the main industrial powers across the world.
Over 10 Fully Automated Production Lines Running 24 Hours
Our fully automated production lines enable us to shorten the lead time and reduce defective products.
Electronic products have made life more convenient, improved work efficiency, and enriched entertainment. They rely on three main ways to get energy: batteries, generators, and power cords, converting electrical energy into signals to power various functions.
Large devices like refrigerato...
Electronic devices—like smartphones, computers, and home appliances—rely on stable current to operate properly. However, in certain situations, the current can exceed its normal value, which is called overcurrent. Overcurrent can damage circuits, burn components, or even cause safety hazards.
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In devices such as power adapters and surge-protected sockets, there is a small but critical component known as the varistor.
A varistor is an overvoltage protection device with nonlinear voltage-current characteristics, meaning its resistance changes according to the applied voltage.
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Ceramic capacitors are electronic components that use ceramic materials as the dielectric, with metal electrodes on or inside the ceramic to form the capacitor. They are widely used in communication devices, consumer electronics, automotive electronics, and industrial automation due to their smal...
Everyday electronic devices—smartphones, rice cookers, and more—contain components that protect them from voltage surges. One such component is the varistor.
Varistors are designed to absorb excess voltage and protect circuits from damage. Their effectiveness depends on the rated voltage, ...
