When a Surge Hits, the Quiet Parts Decide Whether the Board Survives
Overvoltage protection is becoming a core power-design decision as dense systems rely on TVS diodes and MOV varistors to survive harsher electrical stress.
Overvoltage protection is becoming a core power-design decision as dense systems rely on TVS diodes and MOV varistors to survive harsher electrical stress.
High-value, high-voltage thick-film resistors such as the SRT series show why precision stability still matters in demanding measurement, protection, and power designs.
High-current busbar shunts for xEV battery systems highlight the growing importance of precise current sensing in packs, DC buses, and inverter control.
High-value thick-film resistors are gaining attention as high-voltage systems need compact, stable, and reliable resistance solutions.
Precision resistor networks can turn ten ratio choices into hundreds of attenuation and gain configurations, giving analog designers a cleaner path than loose discrete-resistor combinations.
A small op-amp circuit adjustment can generate matched anti-phase balanced outputs while saving a resistor, showing why elegant analog design still matters in practical audio and signal-chain work.
Resistor lead times stretching from five to fifteen weeks, while Viking Tech’s AI-related revenue reaches 12%, show how AI hardware demand is moving deeper into passive components.
As 48V vehicle platforms spread, multilayer varistors are becoming compact protection devices for overvoltage, ESD, and EMI challenges in harsh mobility systems.