ZONGLEN has independently developed a Temperature Forcing Systems TS580 for cold and hot testing of electronic components. This product fully meets the strict requirements of low temperature, high temperature, and high-low temperature cycling testing in the field of chip testing, and can be widely used in various industries such as electronic components, automotive, optical communication, aerospace, etc., comprehensively expanding the application scope of the chip testing market.
1、 Temperature Forcing Systems TS580 Product Features
Temperature Forcing Systems is a device used to simulate extreme temperature changing environments, primarily for testing the temperature resistance and reliability of electronic components, materials, and other products. Its working principle is based on rapid alternating high and low temperature airflow impacts to evaluate the reaction of the measured substance under rapid temperature changes.
① Wide temperature range: The product supports temperature testing from -80 ℃ to+225 ℃, which can meet the testing needs of most semiconductor, electronics industry, automotive, and commercial fields.
② Precise temperature control: fast DUT temperature stabilization time
③ Fast temperature conversion: It takes about 10 seconds for temperature conversion from -55 ℃ to+125 ℃, ensuring efficient cold and hot shock testing.
④ Self regulating air flow rate: The air flow rate is between 4-18SCFM (approximately 1.9 to 8.5L/s), and users can set the flow rate according to their actual needs.
⑤ Compact structural design: The product has a compact structure, reducing the usage area. This feature is particularly critical for environments with limited space such as laboratories and production workshops.
⑥ Insulated and Insulated Wind Cover: Comes with an insulated and insulated wind cover made of high-performance insulation material, tightly attached to the testing fixture, which can prevent external air from entering, create a closed and repeatable heat transfer environment, and ensure that the tested sample is in a controlled environment.
⑦ Silicone sponge insulation pad: The product is equipped with an insulation pad that can thermally isolate the tested product from the supporting surface, reduce heat conduction, and ensure the independence and stability of the testing environment.
⑧ Airflow impact is centered around the sample: cold and hot airflows directly impact the test sample through precision controlled nozzles or piping systems, ensuring that the sample surface is uniformly affected by temperature changes and improving the reliability of test results.
⑨ Free switching operation mode: During the operation process, users can autonomously switch between automatic/manual operation modes according to their actual needs.
⑩ Automated control program: supports multi-stage programmed temperature testing and temperature cycling testing, with very high testing efficiency and accuracy.
⑪ Environmentally friendly refrigeration: using pure mechanical refrigeration without consuming liquid nitrogen.
⑫ Multiple security features: With a comprehensive security protection structure and functions, it ensures the safety and reliability of user operations.

2、 Key application scenarios of Temperature Forcing Systems TS580
1. Electronic component testing:
In the fields of semiconductors, integrated circuits, microelectronic devices, etc., high and low temperature impact testing is a key step in ensuring product reliability. TS580 Temperature Forcing Systems can simulate actual working environments under extreme temperature conditions, helping people identify potential issues with electronic components.
2. Optical communication testing:
SFP optical modules and transceivers are key components in optical communication systems, and TS580 Temperature Forcing Systems can simulate the temperature changes that these optical communication devices may encounter in actual working environments. Ensure stable optical transmission performance of the optical module and ensure the normal operation of the transceiver.
3. Automotive industry testing:
The components in automotive electronic systems must undergo rigorous temperature testing to ensure reliability and safety under extreme weather conditions. The temperature range of -80 ℃~+225 ℃ and the ability to quickly convert temperatures of TS580 Temperature Forcing Systems precisely meet the requirements of such testing conditions.
4. Aerospace high-performance material testing:
The aerospace industry has extremely high requirements for materials, requiring excellent performance to be maintained at extremely low and high temperatures. TS580 Temperature Forcing Systems can simulate space and high-altitude environments, providing a reliable testing platform for the development of new composite materials and alloys.
5. Laboratory research testing:
Universities or experimental research institutions can use TS580 Temperature Forcing Systems to conduct research in multiple disciplines such as materials science, physics, and chemistry, exploring the behavior of matter at extreme temperatures.
The TS580 Temperature Forcing Systems independently developed by ZONGLEN has become an ideal testing tool for various fields such as electronic components, automotive, optical communication, aerospace, etc. With its unique performance characteristics, it significantly improves testing efficiency and accuracy, providing a complete temperature environment solution for manufacturing and testing processes in different industries.