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There are significant differences between alloy resistors and ordinary resistors in terms of performance characteristics, application scenarios, constituent materials, manufacturing costs, and market prices. These differences enable them to play their unique roles in different application scenarios.
The key steps in the manufacturing process of alloy resistors include material selection and alloy preparation, resistance wire fabrication and heat treatment, lead connection and packaging, laser adjustment and protective coating, as well as quality control and testing. These steps together ensure that alloy resistors have stable resistance values, high precision, fast response, and long lifespan, making them widely used in various electronic devices.
Alloy resistors, as an important electronic component, play a crucial role in electronic devices and circuit systems. With the continuous development of technology, the materials, manufacturing processes, and application fields of alloy resistors will also continue to expand and improve.
Thick film resistors and alloy resistors have significant differences in multiple aspects, including manufacturing processes, materials, electrical properties, application scenarios, costs, and mechanical properties. Here are their main differences:
Fenghua High tech also has many series of alloy resistors, such as pure metal alloy series, bare copper shunt alloy resistor series, metal foil alloy series, etc. According to different application scenarios, they are also divided into automotive grade series, ordinary industrial grade and consumer grade series.
Alloy resistors mainly play a role in current detection in circuits, and engineers have different naming rules. Yageo names alloy resistors as current sensing micro ohm resistors, which are low resistance resistors for current detection. Below is a series of explanations for Yageo's current sensing metal micro resistors.
Viking Technology was founded in 1997 and is located in the Hsinchu Science Park in Taiwan. It is the first professional manufacturer in Taiwan to combine thin film/thick film process technology with high-frequency passive component/module design and development capabilities. Guangjie Technology is also an earlier manufacturer of alloy resistance brands in Taiwan, China, China. Its products are rich in categories and can be selected widely, which is suitable for use in various electronic products. This article introduces in detail the series parameters, product advantages, product applications, etc. of Guangjie alloy resistance.
Ralec Alloy Resistors is a professional manufacturer of chip resistors, arrays, and metal current sensors, founded by Ralec Technology in 1994. This article provides a comprehensive introduction to the characteristics, advantages, and application areas of Ralec's alloy resistors and metal film alloy resistors.
Introduction to series parameters of LIZ alloy resistance products. LIZ Electronics was founded in Taiwan, China, China, in 1988, mainly focusing on resistance and chip diode products. This article provides a detailed introduction to the parameters and series of alloy resistors in Lizhi resistors
Ever Technology was founded in 1988 and has research and manufacturing capabilities for chip resistors and resistors. Alloy resistors are also a type of chip resistor, but they are mainly made of metal materials and have high power, low resistance, and high reliability. They are widely used in current sampling circuits and are therefore also known as current sampling resistors and current sensing resistors.
