Get the Warmth and Naturalism of Tubes, Grip and Extension of Solid State: Music Hall ph25.2 Headphone Amplifier Features Hybrid Design, Alps Volume Control, Buffered Outputs
Tubes and solid-state have long been one of the most proven and desirable approaches in audio for a simple reason: They sound great together. No wonder, then, that the Music Hall ph25.2 hybrid headphone amplifier continues the tradition and offers listeners riveting playback — warmth and naturalism, grip and extension — for a very rational cost.
Equipped with a 6N16B tube preamplifier section with SRPP circuit, a low-noise R-core power transformer, and TPA6120 op amps, the 7.5-pound ph25.2 delivers a rated output of 650mW (47 ohm load) and measured frequency response of 20Hz-20KHz (1dB) — performance that both helps maximize the value of your headphones and magnifies what went down at the recorded event. Its audiophile-caliber build extends to the Neutrik sockets, two buffered headphone outputs, precision-minded Alps Type 27 volume control with 0.5dB accuracy, and heavy-duty capacitors.
Developed and engineered in the U.S.A., the 3.5 x 8.5 x 13.5-inch ph25.2 reinforces its commitment to clear sonics and low-noise operation with a 0.5-inch brushed alloy fascia and robust casing. Voltage switchable ability, two pairs of analog inputs, and a pair of pre outs help complete this versatile, musically astute hybrid design. Want to know more? Call a Music Direct audio consultant at 312-433-0200 and we’ll answer any questions you have.
• Neutrik headphone output sockets
• Reliable 6N16B tube pre-amp section with SRPP circuit
• CD and AUX input
• Pre-amp output
• Audiophile grade CMC RCA sockets
• Low-noise R-core power transformer
• Two buffered headphone outputs with TPA6120 opamps
• Alps Type 27 potentiometer with 0.5dB accuracy
• Brushed alloy fascia
• Voltage switchable
• Dimensions: 8.5" x 13.5" x 3.5"
• Weight: 7.5 lbs.
Input sensitivity: 330mV
Frequency response: 20Hz - 20KHz (±1dB)
Noise: < 0.8mV (at maximum volume)
THD: < 0.25% (1KHz)
User Manual (PDF, 224 KB)