ZONGLEN's self-developed integrated air flow meter is a combined high and low temperature impact air flow meter. The equipment comes with a clean oil-free air source system and does not require additional air compressors; The host and clean oil-free gas source module can be separated to meet the flexible applications of various types in the laboratory.

    ThermoST TS345AS has a temperature range of -55 ℃ to+225 ℃ and excellent temperature conversion testing capabilities: the temperature conversion from -40 ℃ to+125 ℃ takes only about 15 seconds; TS345AS is a pure mechanical refrigeration system that does not require liquid nitrogen or any other consumable refrigerants.
Combination all-in-one machine: refrigeration+heating+air compressor+control system integrated, no need for external air source/water cooling, laboratory can be directly powered on and used.
Rapid temperature change+fixed-point temperature control: airflow blowing the surface of DUT, temperature shock+local precise temperature control dual-mode, suitable for small devices such as chips/optical modules/IGBTs.
Low energy consumption+maintenance free: Pure mechanical refrigeration with no consumables, silent and low-noise, suitable for long-term operation of R&D/mass production lines.
Characteristics of ZONGLEN's self-developed integrated airflow meter
The temperature change rate is fast, with a conversion time of about 15 seconds between -40 ℃ and+125 ℃
Wide effective temperature range, -55 ℃ to+225 ℃
Multiple flexible temperature control methods Air, DUT (T/K/RTD)
Equipped with a silent, clean, oil-free air source system
Modular design to meet various flexible application requirements

Application scenarios of ZONGLEN's self-developed integrated airflow meter
Reliability tests such as characteristic analysis, high and low temperature variation testing, temperature shock testing, failure analysis, etc., for chips, microelectronic devices, integrated circuits (SOC, FPGA, PLD, MCU, ADC/DAC, DSP, etc.), flash memory, UFS, eMMC, PCBs, MCMs, MEMS, IGBT, sensors, small module components, optical communication (such as transceiver high and low temperature testing, SFP optical module high and low temperature testing, etc.), other electronic industries, aerospace new materials, laboratory research.
Customer application case: The integrated airflow meter is used in conjunction with an integrated circuit testing host to perform functional, electrical parameter, and timing testing on the tested chip and circuit board, verifying the stability of the device under extreme temperature conditions. At the same time, by combining adjustable DC power supply, different voltage/current operating conditions can be simulated to verify the power supply adaptability of the device in high and low temperature environments.