The high-precision thin film resistor of Tianji Technology's agent brand Guangjie Technology achieves precise voltage distribution, optimized power factor, and reduced heat loss in AI server power modules with an ultra-high precision of 0.01%, significantly improving system energy efficiency and reliability.
As a professional electronic component manufacturer, RALEC's precision resistor product line is renowned for its high precision, high stability, and rich coverage of application scenarios. Through a comprehensive review of official information and industry applications, Wangquan Precision Resistors can be divided into the following core series:
Vishay, as a leading global manufacturer of discrete electronic components, is renowned for its precision resistor products with ultra-high precision, excellent stability, and diversified technology routes. The core series and characteristics are classified according to their core technologies as follows:
Thin film precision resistors have become core components in many fields with strict requirements for electronic parameters due to their high precision, low temperature drift, low noise, high stability, and good high-frequency characteristics. Its main application scenarios include:
The core performance of thin film precision resistors largely depends on the choice of resistor material. Its main resistance materials include the following, each with its unique advantages and applicable scenarios:
The production process of precision thin film resistors is a high-precision and cutting-edge technology in the field of electronic manufacturing. Its core lies in achieving high-precision (± 0.01%) resistance values, low temperature coefficient (± 1ppm/℃), and long-term stability through nanoscale material control, precision machining, and strict testing. The production overview of precision thin film resistors is systematically analyzed from three aspects: process flow, key technologies, and quality control
The production process of precision resistors is a high-precision and cutting-edge technology in the field of electronic manufacturing. Its core lies in achieving high precision (± 0.01%), low temperature coefficient (± 1ppm/℃), and long-term stability of resistance values through nanoscale material control, precision machining, and strict testing. The production overview of precision resistors is systematically analyzed from three aspects: process flow, key technologies, and quality control
Precision resistors, as the fundamental components of electronic systems, have a direct impact on the overall performance of the equipment due to their accuracy, temperature drift, and long-term stability. The current global pattern of precision resistor brands can be divided into three categories based on regional technical characteristics:
The naming convention of SUSUMU precision resistors follows a rigorous coding rule. By combining letters and numbers in the model, the technical parameters, series ownership, and core characteristics of the product can be quickly analyzed. The following is a detailed breakdown of its naming system:
SUSUMU precision resistors are known for their high precision, high stability, and specialized design. Their series covers multiple sub fields. The following is a summary of the main series and their characteristics:
