The Ultracapacitor conditioner boards will significantly improve the power supply quality by reducing both internal ESR and the noise levels, as well as increasing the stability and the maximal deliver current. For audiophiles, upgrading power supply with Conditioner boards could be a one of the best solutions to achievebetter sound quality. It was conceived with Fully ultra-low resistance MOS FET architecture, with features such as Built-in automatic per-charge/charge circuits with current limitation. Enable/disable conditioning is performed by monitoring ultra capacitors and DC input status. All control logics are running automatically at background.

The pure ultracapacitor power supply. It use 2x 3000F ultracapacitor pack to achieve an ultimate power supply performance. Because it is a pure passive power supply, there will be no feedback and no active components involved when it’s turned on. At the pure output mode, only the pre-charged ultracapacitor pack will be applied to the load. It’s also capable of delivering up to 1000A dynamic current with less than 0.58mOhm internal ESR (continuous output mode). It could be so far the best low noise and ultra high dynamic power supply in the real world. Sound quality of sensitive audio applications such as low jitter clock oscillators, DACs, FIFOs.

Raw balanced current output enables use of a variety of external output stages such as the Transformer I/V. The standard OPA I/V or the OPA861 zero feedback balanced I/V. The OPA861 is a special transconductance operational amplifier with a very high slew rate of up to 900V/µS over a wide bandwidth up to 80MHz. The performance of the OPA861 is ultimately very similar to that of a super-transistor. In input current/output voltage mode with zero feedback, the input impedance can be less than 10Ω. This very low input impedance (closed to short circuit) and its ultra high speed make this module the almost perfect solution as an I/V converter.

The XO socket design makes it possible to swap/upgrade to better local clocks. High-end audiophile clock made from high-quality SC-CUT crystals. An advanced oscillator architecture has been developed to achieve the best performance in terms of phase noise. Sound quality can thus be significantly improved by replacing a conventional clock with an SC-Pure, for example. The Accusilicon Crystal, this extremely low phase noise crystal oscillator (< 90dBc @ 10Hz) is intended for professional recording equipment as well as audiophile electronics precision devices. These offer very low jitter – measured 0.198ps on the 10Hz-1MHz band and 0.075ps on the 12-80MHz band.