Industrial control refers to industrial automation control, mainly achieved through the combination of electronic and electrical, mechanical, and software. It is either factory control or factory automation control. It mainly refers to the use of computer technology, microelectronics technology, and electrical means to make the production and manufacturing process of factories more automated, efficient, precise, and controllable and visible.
Industrial control products have extremely high product stability requirements, for which alloy resistors (current detection resistors) are essential core components. Each action requires precise current collection to achieve product consistency.
Introduction to Alloy Resistors
Alloy resistance is determined by the alloy material itself, with characteristics such as low resistance value, high precision, low temperature drift, high power, and high reliability.
Alloy resistance, also known as current detection resistance, sampling resistance, milliohm resistance, etc., is mainly used for current detection, so low resistance values and high accuracy are required because it is called current detection resistance.
Introduction to the application of alloy resistors:
Alloy resistors are mainly used in various current detection products, such as battery protection boards, industrial control, PLC, IGBT, etc., in circuits that require current detection. Generally speaking, any electronic product with a battery will use current detection resistance.
