Added a new "tip heater type" with a temperature change rate of 100°C/min to streamline the temperature characteristic evaluation of semiconductors and electronic devices.
A chamberless system that sprays air adjusted to temperatures ranging from -40 to +180°C, streamlining testing processes. It can be utilized in combination with various measuring instruments and analysis devices for temperature characteristic testing, failure analysis, and quality testing of semiconductors and electronic devices. 【Features】 ■ Improved Testing Efficiency The advanced heater type has a temperature change rate of 100°C/min (air temperature) and reduces the time for temperature cycling and thermal shock testing by compactly enclosing the sample with an attachment at the nozzle tip. This significantly reduces power consumption. ■ Flexibility The advanced heater type allows the nozzle to be positioned exactly where needed using a horizontal and vertical multi-joint arm. The rear heater type employs a flexible hose, enabling the nozzle to follow the movement of the sample or evaluation device. ■ Testing without a Chamber or Door Using a dedicated attachment, it is possible to cool and heat the sample without any obstructions such as observation window glass or metal from a constant temperature chamber. This enables the evaluation of various in-vehicle sensors, including image sensors (cameras) and millimeter-wave radar, as well as combined evaluations with 3D deformation strain measurement systems and infrared thermography, and non-destructive internal observation of secondary batteries, semiconductors, and printed circuit boards in combination with X-ray transmission devices.
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【Specifications (Excerpt)】 ■ Blowout Temperature Control Range -40℃ to +180℃ ■ Temperature Variation at Steady State (Tip Heater Type) ±1.0℃ (Rear Heater Type) ±0.5℃ ■ Rate of Temperature Change (Increase: -29℃ to +169℃, Decrease: +169℃ to -29℃) (Tip Heater Type) 100℃/min (Rear Heater Type) 10℃/min ■ External Dimensions W502×H1263×D652mm *Performance data measured using the standard outlet at an ambient temperature of 23℃, ambient humidity of 65%, rated voltage, air flow rate of 170L/min, compressed air temperature below 30℃, and compressed air dew point temperature below -60℃.
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The method employs a system that continuously supplies constant temperature air through a blowout hose, allowing for setup with various measuring instruments, analysis and evaluation devices, and material testing machines. Application examples: Measurement of warping in electronic substrates under thermal load, evaluation of electrical characteristics of electronic substrates under thermal load, temperature characteristic evaluation of automotive sensors, tensile strength testing under temperature conditions, non-destructive internal observation using X-ray radiography under temperature conditions, etc.
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Espec's environmental creation technology enables the reproduction of various Earth environments. This technology confirms the safety and reliability of various products, technologies, and services that support our daily lives. We offer a range of products, from compact sizes that can fit on a desk to large constant temperature and humidity chambers, as well as cold and heat shock devices for testing the reliability of electronic components. Our company provides comprehensive solutions for environmental testing, starting with proposals for customers' testing plans, selection and provision of testing equipment, and contracted environmental testing and analysis/evaluation. Furthermore, we offer various services, including product maintenance, rental of products, and sales of used products.
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