Headphone Amplifiers Aune

【Innovative Dual-Layer Structure】 DAC and Amp Completely Separated. One layer for the digital DAC circuit, one for the analog headphone amp circuit. The Yuki is designed with True High Fidelity reproduction in mind. The ultimate sound quality is our goal. *[Discrete Headphone Amp with Transistors] The discrete headphone amp board with ±5 V power supply has 16 transistors to form the 4-way headphone amp. Compact yet powerful 【Dual DAC, 32 bit/768 k DSD256, ±5 V Boost Converter, 4.4mm+3.5mm】 YUKI Portable DAC with Headphone Amp equipped with dual CS43198 DAC chip. Two channels completely independent. Better dynamics and separation. Up to 32 bit/768 k DSD256 when pairing with a computer. The 4 ind…

[Twin JFET | 2 Pairs of Transistors per Channel] JFET has high input impedance and rich sound. The S17 Pro’s Twin JFET is more than that - same temperature rises, same performances and stable mid-point voltage. It’s the ideal input transistor of a headphone amp. | The final output stage uses 2 pairs of output transistors in parallel. The whole device has as many as 16 output transistors. Max output is as high as 7.5 W. It can drive all kinds of headphones and IEMs with ease [Class-A, 2 Levels of Current/Gain] 50 mA/100 mA per transistor. each channel has 2 pairs of transistors in parallel, so the quiescent current of each channel is as high as 100 mA/200 mA. The sound of a class-A amp is mell…

[2nd gen of PLL core + 10 MHz Clock Input] The 2nd gen of PLL core is a tech breakthrough that took 4 years. It makes the sound more natural and vivid. | Clock is the core and source of the whole digital circuit. The S9c Pro has the excellent PLL core and the 10 M clock input, giving you more room of sound exploration. (Recommended audio clocks: aune S1c /aune SC1/aune XC1) [Onboard-llS Differential Isolation Transmission Technology | Global Clock Sync Tech] Usually USB XMOS uses 2 oscillators to generate clock signals. The S9c Pro, however, innovatively adopts the ultra-low-jitter PLL to output clock signals, so the USB XMOS and the DAC chip can share the same clock source. The digital and …