IFI SilentPower DC blocker+
IFi-Audion DC blocker on suunniteltu vähentämään komponenttien muuntajien ärsyttävää mekaanista huminaa ja kohinaa joka aiheutuu ei-toivotusta tasajännitteestä verkkopistorasiasta.
iFi:n DC blocker on yksi SilentPower-sarjan uusimmista tuotteista ja sopii yhteen iFi Audion tuotteiden välillä.
Suunniteltu monenlaisiin sovituksiin; DC blockeria voidaan käyttää minkä tahansa sähkökomponentin kanssa joka on varustettu IEC-liittimellä.
Enhances the quality of AC electricity for your audio and AV systems.
If you have a mechanical hum, deploy the DC Blocker+
Sayonara mechanical hum.
Mains electricity, crucial to your audio systems, can often be disrupted by various interferences, distorting the AC waveform, and reducing audio quality. ‘DC on the mains’ is a common problem, particularly with amplifiers.
Although household outlets are intended to deliver pure AC power, a range of your home appliances—from lighting controls to home appliances power supplies—create ‘asymmetrical loads’, resulting in DC voltage on the AC supply.
When a small amount of DC voltage from the mains reaches the transformer, it can cause ‘saturation’, leading the transformer to produce a significant and persistent humming sound. You can hear it when you bring your ear close to or next to the chassis.
The DC Blocker+ is a smart device that, when you place it at the IEC (the rear power inlet), prevents DC from getting into the amplifier, thus eliminating transformer hum.
Plus. Protect.
- Enjoy music without the annoyance of unwanted hum.
- Intelligently blocks over 1,000mV DC to eliminate transformer hum.
- EMI shielding is retained.
- Equipment safety is unaffected.
Plus for Higher Power Equipment.
The bigger the amplifier, usually, the larger the toroidal transformer — often sensitive to residual DC voltage. Simply add the DC Blocker+ at the IEC to stop DC from getting in.
- Globally compatible (90-250V).
- Designed for high-power equipment (Continuous current rating: 10A).
- Compact design ensures it doesn’t obstruct other connectors, sockets, or cables.
