Sams Advanced Climatic Technologies Private Limited

HAST (Highly Accelerated Stress Test) chambers reduce the time it takes to complete humidity testing for semiconductors. By elevating temperatures above 100°C and increasing the pressure, simulation of normal humidity tests can be made while maintaining the same failure mechanisms. Tests can be completed in days, not weeks. 

Our HAST systems have a modern design that's easier to use: 

• Automatic humidity filling
• Automatic door lock 
• A more square workspace, allowing more product to be loaded 
• Convenient, hermetic power-pin system for bias testing
• We now offer a hermetic port connection to allow special signal lines like coax or fiberoptics to be run into the chamber. 
• You can use hermetic port plugs like those from Buffalo Conax with this port system.

Did you think that getting a thermal shock chamber was too expensive, required special utilities, and half your lab-space? The TSE-12 thermal shock chamber is the solution. Only 26 inches wide, the TSE-12 transfers product loads between cold and hot zones.

Features:

• Meets strict Mil-Std 883 1010.7/1010.8 thermal cycling requirements with 4 kg. (8 lbs.)
• Also can be used for IEC 61300-2-47, JEDEC JESD47E, JESD22-A104, and others
• Touch-screen operation is very easy, yet full-featured
• The cold zone is cooled by refrigeration. No need for tanks of liquid nitrogen (or cooling water supply)
• The only utility required is 208V power
• Super quiet operation of less than 60dB
• More benefits on this one-page PDF
• In stock for fast delivery

Key technology for ensuring reliability Supports the current trend toward higher stress. High accuracy is increasingly demanded in the pursuit of reliability in the field of car electronics. “Liquid-to-liquid” type thermal shock testing is now attracting attention for its ability to impose higher thermal stress on specimens than “air-to-air” type testing, and to deliver test results quickly. ESPEC has successfully developed liquid-to-liquid thermal shock chambers that satisfy the demand for lower running costs from brine and power consumption. These thermal shock chambers also conform to EU vehicle standards that are compliant with IEC standards.
Significant reductions in fluid usage make liquid thermal shock affordable, The "liquid to liquid" thermal shock testing draw more and more attention for its ability to impose higher stress on specimens than the classic "air to air" thermal shock tests, but also for delivering quicker test results. ESPEC developed next-generation equipment satisfying environment conservation by lowering running costs, especially regarding brine and power consumption.