An RF cable that works well in a WiFi router may perform poorly in an aircraft, medical device, or test bench. Cable length, frequency, impedance, shielding, connector type, and installation conditions all influence how much signal reaches its destination. Read More »
Choosing a connector is rarely as simple as matching two housings. Pitch, wire size, current load, PCB space, locking method, and assembly volume can all change which option is suitable—even when several parts look nearly identical. Read More »
An RF cable can meet its datasheet values and still underperform once installed. Impedance mismatches, unnecessary length, tight bends, weak shielding transitions, or connector stress can increase loss and reflections or create failures that appear only after vibration and repeated handling. Read More »
Choosing a wire to board connector often looks simple until pitch, current, wire size, mounting direction, and retention start competing for the same space. Read More »
Choosing an RF Cable often seems straightforward until signal loss, impedance mismatch, limited routing space, or the wrong connector begins affecting performance. Read More »
