Harp offers solutions that ensure high reliability in the projected environmental conditions throughout their lifecycle, involving the mechanical design of electronic cards and modules with the ability to operate under different environmental conditions. With its knowledge and experience in the field of electronics, the company can, when necessary, provide feedback to his customers regarding electronic design, even in the early stages of the mechanical design process. Thus, it is ensured that frequently encountered problems are resolved early on in the project, and their negative effects on the project are prevented. Based on its knowledge and experience in this field, Harp is able to offer solutions that pass tests at the first attempt.
Harp carries out the mechanical design of 3U and 6U VPX modules in compliance with ANSI / VITA standards. In the design process, which takes into account cooling and EMI / C requirements, Harp deals with each component on the card separately.
Harp provides mechanical designs that prevent RF leakage and interaction between different compartments within the module, and carries out cooling design and analyses of high heat emitting modules such as RF power amplifiers. Many RF module mechanics designed based on Harp Defence Systems’ expertise in the mechanical design requirements of RF modules are in use by customers with full confidence.
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 ...
