By introducing resistor elements with complementary temperature coefficients into the circuit, the resistance drift caused by temperature changes can be offset.
By introducing resistor elements with complementary temperature coefficients into the circuit, the resistance drift caused by temperature changes can be offset.
In modern industrial automation systems, the electrical control cabinet is not only the physical carrier of various components but also the "nerve center" of the entire equipment or production line.
As core components in electronic devices, resistors' performance and material directly impact their stability and lifespan.
The core of stainless steel resistors lies in the specific grade of stainless steel they are made of—the material they use as the electronic component.
The core advantages of iron-alloy aluminum resistors (represented by iron-chromium-aluminum alloys) lie in three key dimensions: material properties, application scenarios, and process standards.
Since its establishment in 2019, our company has been firmly rooted in the electrical control and industrial safety fields, specializing in the research, development, production, and sales of high-quality resistors...