This thesis addresses the development of an electrostatic discharge simulator and
the challenges faced along the way. The simulator consists of three main modules
which are the main control board, adjustable high voltage power supply, and
high voltage switch. During development, we decided to focus on lowering overall
costs. This decision meant additional time spent on the development of a high
voltage power supply and a high voltage switch. All modules were planned with
modularity in mind. In the case of malfunction or upgrade, therefore, each module
coul be easily replaced. During the project, it was concluded that the development
of an ESD simulator fitting all the requirements of the standard would require
much more time and a bigger budget. Nevertheless, it was possible to make a
product with specifications that meet most standard requirements. The exception
was the rise time of the current pulse which exceeded the required 10 ns.
The product is designed modularly, which allows uncomplicated upgrades
|