Ever ohms surge resistance (surge resistance) Agent Brand Series

Founded in 1988 AD, EVER OHMS Technology has the R&D capability and manufacturing technology for chip resistance and exclusion. This paper will comprehensively introduce the characteristics, model parameters, selection manual and product application of EVER OHMS (ever ohms) anti-surge patch resistor. In terms of quality management, the company has passed ISO-9001, ISO-TS16949, TTQS certification, and conforms to AEC-Q200 automotive electronic self-testing standards, and continuously improves the quality of the company's products and services through the analysis and improvement of product yield indicators, customer satisfaction surveys and other reports.

EVER OHMS technology (Ever Ohms) patch surge resistance mainly has the following categories: patch thick film surge resistance, patch thick film rising power patch resistance, car gauge thick film surge resistance, anti-surge patch resistance, film anti-surge patch resistance and so on.

EVER OHMS technology (Ever Ohms) anti-surge resistance category is complete, product quality is reliable, belongs to Taiwan, China's earliest production of chip resistance manufacturers, products are mainly concentrated in high-end car gauge resistance and special product resistance, such as fine surge resistance, precision film resistance and so on.

EVER OHMS technology (Ever Ohms) anti-surge patch resistance Main application markets:
1. Automotive products, in line with AEC-Q200.
2. High power supply.
3. Outdoor LED
4. Anti-lightning surge products
5. Medical electronics
6. Automation equipment

The surge resistance works by absorbing or dispersing the surge energy to protect the circuit. When the surge voltage is present, the surge resistance changes its resistance value in a very short period of time, thereby limiting the current flowing through the circuit and preventing the components in the circuit from being damaged by overcurrent or overvoltage. In addition, some high level surge resistors also use special materials and structures to improve their ability to withstand surge voltages.

When choosing a surge resistance, there are several factors to consider:
Rated voltage: The rated voltage of the surge resistance should be higher than the maximum surge voltage that can occur in the circuit.
Rated power: Select the appropriate rated power according to the working current of the circuit and the resistance value of the resistance.
Response time: The shorter the response time of the surge resistance, the better the protection effect on the circuit.
Withstand energy: refers to the maximum energy that the surge resistance can absorb in a single surge event.
Environmental conditions: Consider the impact of environmental factors such as temperature and humidity on the performance of anti-surge resistance.