Date：2023-05-15 15:50:48

The industrial grade temperature standard for electronic components is a specification developed for the maximum and minimum temperature range that electronic components can withstand during normal operation in industrial environments. Industrial grade temperature standards refer to the temperature range within which electronic components can operate stably in harsh industrial environments. This article will introduce the definition, role, and development method of industrial grade temperature standards for electronic components. View >>

Date：2023-05-15 15:50:00

IC chips are playing an increasingly important role in our daily lives. However, it is crucial to accurately detect whether IC chips have problems to ensure the reliability and stability of electronic products. This article will introduce how to use a multimeter to test IC chips and the importance of third-party testing. View >>

Date：2023-05-15 15:46:47

The random vibration standard for automotive electronic components is established to ensure that automotive electronic components can work normally in vibration environments. This standard mainly involves the electrical performance, mechanical performance, and environmental adaptability of components during vibration, which helps to improve the stability and reliability of automotive electronic components. View >>

Date：2023-05-12 15:07:14

It should be noted that damage to electronic components is inevitable, especially after prolonged use. In order to detect and repair damaged electronic components in a timely manner, destructive testing and non-destructive testing methods are required. These two testing methods have different characteristics and need to be selected and applied according to specific situations. This article will introduce the characteristics of these two detection methods. View >>

Date：2023-05-12 15:07:05

Destructive testing of components refers to the heating, cutting, peeling, and other processing of the tested electronic components. It detects the performance and quality of the components by damaging them to detect structural defects and stability of their performance. It can help engineers identify potential defects and technical issues in electronic devices to ensure product quality and reliability. Below, this article will introduce several common destructive testing methods for components. View >>

Date：2023-05-11 14:54:55

The destructive testing of electronic products is to verify whether the product can operate normally under harsh environmental conditions, and to test how much pressure and load the product can withstand in extreme situations. These experiments aim to test the reliability, quality, and durability of electronic products, and provide valuable data for their improvement and optimization. Below, this article will introduce several common destructive testing projects for electronic products. View >>

Date：2023-05-11 14:54:46

IC testing refers to the quality inspection and testing of integrated circuits (ICs) to ensure that they comply with various specifications and standards. In IC testing, destructive sampling is an important method that can be used to test the physical and electrical characteristics of integrated circuits, as well as detect defects and errors in ICs. In this article, we will explore the meaning, characteristics, and applications of destructive sampling. View >>

Date：2023-05-11 14:54:36

In modern electronic product manufacturing, SMT (Surface Mount Technology) has become a mainstream assembly technology. The characteristics of SMT technology are high assembly density, small size, light weight, and high production efficiency of electronic products. During the SMT welding process, electronic components need to withstand a certain heat resistance temperature to ensure their normal operation. Next, we will provide a detailed introduction to the heat resistance temperature of general electronic component SMT welding. View >>

Date：2023-05-10 14:45:38

Welding cracks in electronic components are a common fault phenomenon, which may lead to short circuits, failure, or even malfunction of the circuit. Therefore, when welding cracks are found in electronic components, timely investigation and repair are crucial. If you are interested in the upcoming content, please continue reading the following text, hoping it can be helpful to you. View >>

Date：2023-05-10 14:45:25

IC destructive testing is a testing method for chips, which can be used to detect the quality, physical structure, and electrical performance of chips. This detection method can improve the reliability and stability of chips, and is widely used in the field of electronic equipment manufacturing. But do you know what IC destructive testing can detect? This article will provide you with a detailed introduction. View >>