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                                    TECHNOLOGYAC Technology: AC Ionizers are comprised of a single high voltage power supply connected to all emitters. All emitters receive both positive and negative voltage. Air-assist is critical with this arrangement because ion recombination frequently occurs. (Ref: FPD, Guardian)Advanced Feedback & Control Technology: Maintains balanced, high ion output over long periods for stable performance between emitter point cleanings. (Ref: 5802i, 5810i, 5822i, 5832)Corona Technology: Air ions are produced by a phenomenon called %u201ccorona discharge%u2019 where a high voltage is applied to a sharp emitter point or wire. (Ref: All Products except 4901 and 4903)High Frequency AC Technology: Sometimes called Pulsed AC, this is similar to AC Technology except that the frequency is not tied to the supplied voltage frequency. It can be set to other frequencies and has a higher frequency signal superimposed over the baseline AC signal. This can provide faster discharge times, especially with air or gas assistance. (Ref: 4214)IsoStat%u00ae Technology: This is a balancing technology for ionizers that ensures inherently balanced ionization and eliminates complicated feedback circuits. IsoStat is based on a law of physics, Conservation of Charge, which states that charge cannot be created or destroyed in an isolated system. IsoStat ensures equal numbers of positive and negative ions. (Ref: 6422e, 6432e)Modulated Pulse (MP) Technology: Combines a high-frequency sine wave with modulated pulses (MP) for high ion output with longterm stability. MP Technology, combined with ultra-clean silicon emitter points, allows these ionizer products to meet stringent ISO cleanliness requirements. (Ref: 5635, 5635M, 5645, 5645 LP)Piezoelectric Technology: Using ceramic material between two electrodes forms a high voltage transformer. This generates positive and negative ions in pulse mode from the emitter points. (Ref: IonOne Micro S, Micro SA)MicroPulse (%u00b5P) Technology: Patented %u03bcPulse Technology with high-efficiency output to meet the performance, cleanliness, and low cleaning/maintenance requirements of large surface areas, especially in the FPD industry. MicroPulse Technology and wire emitters combine to provide long maintenance cycles. (Ref: PC2, XC2, 5710, 5711)%u00b5Wire Technology: %u00b5Wire is utilized with %u00b5Pulse Technology to create an ionizer that can be used for flat-panel or similar operations to prevent the striping effect found when emitter points are placed in close proximity to products. (Ref: 5710, 5711)Photon Technology: Soft X-Rays are easily absorbed within the atmosphere to generate positive and negative ions. These positive and negative ions are attracted to the electrical charge of the electrified object according to the coulomb%u2019s force, ultimately meeting with the electrified charge to become neutralized. (Ref: 4901, 4903)Pulse DC Technology: Pulse DC Ionizers allow positive and negative emitter points to turn on and off alternatingly, creating clouds of positive and negative ions. The discharge times can be substantially better than Steady-state DC ionizers; however, voltage offsets are typically greater than Steady-state Technology.Steady-state DC Technology: Steady-state DC Ionizers are comprised of separate sets of emitters connected to separate positive and negative power supplies. The high voltages (positive and negative) both stay on simultaneously and constantly in this %u201cSteady-state DC%u201d configuration. Better discharge times can be realized versus AC Ionizers with air-assist.Features3 Sales Service +1 (510) 217-0460 or +1 (800) 367-2452 www.simco-ion.com/technology
                                
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