ICT-Testsystem - Prüfstand Python

ICT Test System, Software Development and Commissioning

PROJECT DESCRIPTION

Com­mis­sio­ning of an in-cir­cuit test sys­tem for elec­tro­nic assem­blies and cir­cuits. Fur­ther deve­lo­p­ment of exis­ting soft­ware to ope­ra­te the ICT test sys­tem. Adapt exis­ting soft­ware for pro­gramming memo­ry devices (EPROMS) and tes­ting a spe­ci­fic pro­duct line.

ACTIVITY SUPPLIED
  • Soft­ware development
  • Com­mis­sio­ning
TOOLS USED
  • Python, pro­gramming language
  • FKT / ICT – Test fixture
INDUSTRY
  • News and com­mu­ni­ca­ti­on technology
  • Mea­su­ring and tes­ting technology
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DDT-600 Anpressmodul Kreis 2

Test Bench, Modular Pressing Unit

PROJECT DESCRIPTION

Design, cal­cu­la­ti­on and con­struc­tion of a modu­lar press-on unit for an exis­ting test stand. Genera­ti­on of all manu­fac­tu­ring drawings and parts lists as well as the super­vi­si­on of manu­fac­tu­ring and assembly.

Mecha­ni­cal springs are used to gene­ra­te the most con­stant pos­si­ble con­ta­ct pres­su­re in a dyna­mic sys­tem. Depen­ding on the dyna­mics, the con­ta­ct pres­su­re unit offers the pos­si­bi­li­ty of using dif­fe­rent heli­cal com­pres­si­on springs and disc springs. In addi­ti­on, a cal­cu­la­ti­on tool was deve­lo­ped that maps the beha­vi­or of the sys­tem on the basis of the spring used and thus ensu­res the sta­bi­li­ty of the sys­tem in advance.

ACTIVITY SUPPLIED
  • Design
  • Cal­cu­la­ti­on
TOOLS USED
  • Creo 3.0, PTC, 3D CAD
  • Micro­soft Office
METHODICS
  • Mor­pho­lo­gi­cal box
CUSTOMER
INDUSTRY

Mecha­ni­cal and plant engineering
Mea­su­ring and tes­ting technology

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