A conductive frame and surge-guiding anchors let drones contact energized power lines while shielding electronics and limiting corona effects.
Metal shield inserts between closely spaced pogo pins cut signal crosstalk, improving chip test stability and precision.
Terminating resistors and added capacitance tune a sensor connecting conductor to reject transient high-frequency interference and preserve measurement accuracy.
A truss-like conductive shield with surge protectors redirects corona and arc discharge, enabling equipotential drone contact with live power lines.
A twisted reference wire lets feedback circuitry subtract magnetic-field noise from arc welding voltage signals for accurate regulation.
Placing a preamplifier at the battery terminal and using isolation amplification cuts EMI, avoids high-voltage capacitors, and improves measurement safety.