Thermal Testing & Cycling Solutions Designed To Meet Aerospace Specifications
Khoury Industries has been designing and manufacturing thermal test fixtures to the space system and technologies sector for crucial and potentially life-saving temperature testing requirements.
Whether it is space exploration technologies for NASA or satellite systems for global communications, Khoury Industries provides Aerospace thermal testing & cycling fixtures that can operate at maximum low temperatures (-65c) and high (225c) temperature conditions.
Through extensive research, our products are designed to make your electronic, mechanical, or material Space technology products able to withstand the extreme rigors of Space.
Our thermal test fixtures provide an accurate test solution by providing a thermal testing & cycling enclosure for testing products in a moisture-free, electrical noise-free, and ESD-free enclosure.
Khoury Industries provides thermal test fixtures to ensure your devices are exceeding your thermal specifications and are of the highest quality in performance and durability.
Thermal Testing & Cycling Solutions Designed To Meet Aerospace Specifications
Khoury Industries has been designing and manufacturing thermal test fixtures to the space system and technologies sector for crucial and potentially life-saving temperature testing requirements.
Whether it is space exploration technologies for NASA or satellite systems for global communications, Khoury Industries provides Aerospace thermal testing & cycling fixtures that can operate at maximum low temperatures (-65c) and high (225c) temperature conditions.
Through extensive research, our products are designed to make your electronic, mechanical, or material Space technology products able to withstand the extreme rigors of Space.
Our thermal test fixtures provide an accurate test solution by providing a thermal testing & cycling enclosure for testing products in a moisture-free, electrical noise-free, and ESD-free enclosure.
Khoury Industries provides thermal test fixtures to ensure your devices are exceeding your thermal specifications and are of the highest quality in performance and durability.
Key Aerospace Industry Features
Key Aerospace Industry Features
› Enclosure design flexibility ATE/test equipment interface expertise for thermal and non-thermal test applications. Devices, PCBs, hybrids, MCMs, and assemblies of all types can be tested with precision (i.e High frequency, high power, RF, microwave) in a controlled environment in a Turnkey Test System.
› With tester-specific, application-specific design or standard configurations available, a Khoury Industries’ thermal test fixture can be configured to interface to any major test station or rack and stack test system.
› 50 ohm impedance-matched connections and shielded signal paths used in the tester interface provide clear, accurate signals between the tester and the DUT
› An electrical noise-free, moisture-free thermal environment, optimal conditions for DUT testing, enhance test accuracy.
› Tester electronics are not subject to temperature as the DUT is brought to a precise temperature within the enclosure.
› Control measures temperature directly at the DUT’s device case within the Thermal Text Fixture for thermal accuracy.
› Uniform, stable temperature at the DUT with accurate real-time thermal measurements directly at the device case.
Our Thermal Testing & Cycling Devices
ELI-1000
A Remote, Compact Testing Solution
This revolutionary system combines a thermal source and custom or standard chamber into one system. The interchangeable chamber feature of the ELI-1000 allows users to easily accommodate their varying industry needs. The patented technology in the ELI-1000 allows for a steady state operation with a heating/cooling system that can be operated and controlled independently of each other.
Khoury Box
RF, Microwave Thermal testing
Controlling temperature with precision at the device case is a major benefit of the Khoury Box thermal test fixture. The DUT is isolated in a localized enclosure (at temperature) with the thermal air circulated around the device under test or DUT. Tester interface utilizes impedance-matched connections to ensure true and accurate test signals between the tester, the thermal test fixture, and the DUT.