The Thermal Inducing System is an indispensable test equipment in optical communication, chips, integrated circuits, laboratory research and other fields. During the reliability test process, many test requirements need to be carried out with a high and low temperature cycle test system, which is used to test and determine the parameters and performance of chips, microelectronics devices and other products and materials after the impact of temperature environment changes during the high and low temperature tests. Adopting a single unit air-cooled refrigeration system. A low-temperature refrigeration cycle is connected to an evaporative condenser, which also serves as an energy transfer device to transfer thermal energy from the working chamber through a single stage refrigeration system, achieving constant temperature. The design of the refrigeration system applies energy regulation technology, which is an effective treatment method that can not only ensure the normal operation of the refrigeration unit, but also effectively regulate the energy consumption and cooling capacity of the refrigeration system, reducing the operating cost and failure rate of the refrigeration system to a more economical state.

The functional characteristics of the Thermal Inducing System:

1. The Thermal Inducing System converts temperature instantly, with a fast conversion rate. The conversion time is about 10 seconds between -55 ℃ and+125 ℃, so it is usually called an ultra high speed high and low temperature airflow impact machine. Moreover, temperature impact is completed in a non-linear manner. The principle of temperature shock is that during high temperature testing, high temperature is automatically transported to the heating head through the control system to achieve the effect of high temperature shock. Similarly, low temperature shock is used to achieve the purpose of temperature shock.

2. The temperature change refers to the completion of cooling and heating within a specified time. For example, if a device with a temperature range of -55 ° C to 120 ° C is set with a slope of 10 ° C/min, it will take 17 minutes to drop from 120 ° C to -55 ° C. However, generally speaking, the high and low temperature cycling testing system does not need to set a separate slope. The default value of 0/9999 is the fastest rate of temperature rise and fall, which can be completed in about 10 seconds from 120 ° C to -55 ° C, which is unmatched by general high and low temperature testing machines.

The ThermoTST TS560, developed at a moderate to low temperature, is a precision Thermal Inducing System with a wider temperature range of -70 ℃ to+225 ℃, providing strong temperature conversion testing capabilities. Temperature conversion from -55 ℃ to+125 ℃ for approximately 10 seconds; After long-term verification under multiple working conditions, it meets the requirements of various production and engineering environments. TS560 is a pure mechanical refrigeration system that does not require liquid nitrogen or any other consumable refrigerants.