Harp carries out high-precision structural and electronic cooling analyses. Structural analyses are carried out using the finite element analysis method and electronic cooling analyses are carried using the computational fluid dynamics, utilizing licensed softwares for both.
Harp can get analysis requirements from standards such as MIL-STD-810, as well as determine them according to the customer’s specific needs and the levels that it considers appropriate based on its own experience.
All of the solutions designed by Harp, which are supported by its highly accurate analyses, have successfully passed tests.
For structural analyses, Harp performs vibration (random, sinusoidal, etc.), shock and acceleration tests, and has carried out structural analyses of all the modules, devices and cabinets it has designed, ensuring their durability against structural loads prior prototype production, and making changes to the design in accordance with the results of the analysis, where necessary.
Based on its electronic cooling analysis approach, Harp has shown that the modules, devices and cabinets designed by the company can operate safely under operating conditions, without exceeding the limit temperatures of the components. Precise analyses, in which the recommended cooling method is also verified, are carried out considering even the details of the components on the electronic circuit board, and are verified with the necessary tests.
Harp designs mechanical structures that can withstand specific environmental conditions, especially those associated with altitude, ambient ...
Harp carries out the mechanical design of devices compatible with 19" equipment racks. These devices can be used on platforms, and in laboratories ...
Harp designs test systems for the testing of electronic cards, which can have considerably high costs, with high precision and reliability. These ...
Harp provides mechanical designs that prevent RF leakage and interaction between different compartments within the module, and carries out ...
Vikilit® wedge locks are used to physically integrate electronic cards into the unit in which they are fitted. As these locks are the physical interface ...
