ONEAC
Computers, point of sale equipment, telecommunications and manufacturing systems all rely on semiconductors to operate. Semiconductors perform by processing electric signals of less than a few volts each. Transient voltage disturbances confuse that process. Data may be lost or corrupted. Instructions garbled. Processes stopped. Systems need to be reset. Worse case, electrical overstress can destroy or degrade semiconductor material. The results are increasingly unreliable operation or seemingly random, sudden failures.

ONEAC power conditioners assure reliable electronic performance by isolating critical semiconductor-based circuits from the harsh electrical environment. They differ from surge suppressors in that they limit not only peak voltages (amplitude), but also edge speed (frequency) of electrical transients. ONEAC’s low impedance transformer and Virtual Kelvin Ground ® remove the full spectrum of conducted power-line noise in all modes. And, they convert a noisy safety ground to a noise-free signal ground. It’s an approach that has proven uniquely effective against all electrical disturbances.

By any technical measure—surge voltage let-through, frequency control, stability, predictability, load responsiveness, durability, reliability—ONEAC power conditioners meet a far higher performance standard than conventional protection products. That translates into more reliable performance from the systems they protect. Field tests confirm it. Those who use ONEAC power conditioners in place of surge suppressor-based products, with or without a dedicated I/G circuit, dramatically reduce system crashes, unexplained system errors and other “soft” failures as well as hardware failures.