What does the “+” indicate in Quell’s next generation line of filter inserts? In a nutshell, EESeal+® can tackle more difficult interference problems than standard-issue Quell filters. New electronic ...
Engineers might already know the great advantages of EESeal® EMI Filter Connector Inserts. They reduce interference reliably and fit easily inside standard connectors. But what if your project requires ...
The common source radio frequency (RF) noise from a product design comes through the conductive cables from device to device. Wavelengths leaking through these paths can result in ...
Supplying power to a device in most cases requires regulation of the signal to appropriate levels. Fortunately, Quell supplies a solution that is as effective as it is cost effective. One common ...
Often the possibility of Electrostatic discharge (ESD) is overlooked in the process of product engineering, but it can have a significant impact on electronic devices. Transients pose a serious ...
The field of avionics and aerospace electronics has unique aspects not present in other EMI/EMC testing environments. Although many tests are similar to those performed in military applications, the ...
When a device or subsystem is tested for the requirements of MIL-STD-461, it is important to understand the types of tests and measurements which will be made. Each test ...
When components are first manufactured, they are typically well protected from electrostatic discharge (ESD) by the manufacturer, who are well aware of the potential for damage. During shipping and ...
Electrical filters, which are typically constructed using capacitors and inductors are reasonably easy to design and should be easy to predict the attenuation of the filter. However, it can ...
To get electronics and radio applications on board in the aviation industry, electrical engineers need familiarity with engineering standard RTCA DO-160 (DO-160), which governs all testing aspects of commercial ...
