Easy setup and seems solidly built. Have not had time to test before product registration.
The System
Listening with
- Impedance: 24 Ω
- Sensitivity: 105 dB/mW ≈ 121.2 dB/V (calc.)
- Frequency response: 5 Hz – 56 kHz
- Plugs / cables supplied: not published on spec page
- Other: max power input 1,800 mW; bamboo housing
Matching notes: At 24 Ω and 105 dB/mW, the AH-D9200 is a low-impedance load, and an efficient one: about 0.28 V (3.2 mW, 11 mA) for 110 dB SPL (calc.). Burson does not publish a 24 Ω rating for the Conductor 3X Reference. Its 16 Ω and 32 Ω ratings (7.5 W XLR / 3.75 W SE; 5 W XLR / 2.5 W SE) fall either side of it. The Conductor 3X Reference’s 0.5 Ω headphone output impedance is 1/48 of the load. [1] [2] [3] [4]
- Impedance: 20 Ω
- Sensitivity: 103 dB/1mW (at Drum Reference Point) ≈ 120.0 dB/V (calc.)
- Frequency response: 10 Hz – 50 kHz
- Plugs / cables supplied: braided 4-pin XLR combo cable with 6.35 mm single-ended adapter
- Other: recommended power >250 mW (min >100 mW; max 5 W RMS); 106 mm driver; max SPL >130 dB
Matching notes: At 20 Ω and 103 dB/mW, the Audeze LCD-X is a low-impedance load, and an efficient one: about 0.32 V (5 mW, 16 mA) for 110 dB SPL (calc.). Burson does not publish a 20 Ω rating for the Conductor 3X Reference. Its 16 Ω and 32 Ω ratings (7.5 W XLR / 3.75 W SE; 5 W XLR / 2.5 W SE) fall either side of it. The Conductor 3X Reference’s 0.5 Ω headphone output impedance is 1/40 of the load. [5] [2] [3] [4]
- Impedance: 22 Ω
- Sensitivity: 111 dB/V @ 1 kHz ≈ 94.4 dB/mW (calc.)
- Frequency response: 2 Hz – 30 kHz
- Plugs / cables supplied: detachable 1.2 m (TRRS, remote/mic) and 5 m cables; 3.5 mm; 2.5 mm plug at left cup
- Other: product name P9 Signature; THD <0.2% (1 kHz/10 mW); max input 50 mW; 415 g
Matching notes: At 22 Ω and 111 dB/V, the Bowers & Wilkins P9 is a low-impedance load: about 0.89 V (36 mW, 41 mA) for 110 dB SPL (calc.). Burson does not publish a 22 Ω rating for the Conductor 3X Reference. Its 16 Ω and 32 Ω ratings (7.5 W XLR / 3.75 W SE; 5 W XLR / 2.5 W SE) fall either side of it. The Conductor 3X Reference’s 0.5 Ω headphone output impedance is 1/44 of the load. [6] [2] [3] [4]
Burson
- Output power (XLR / SE): 16 Ω 7.5 W / 3.75 W · 32 Ω 5 W / 2.5 W · 100 Ω 1.75 W / 0.88 W · 150 Ω 1.16 W / 0.58 W · 300 Ω 0.58 W / 0.3 W
- Output impedance: 0.5 Ω (headphone); 1 Ω (pre out); 25 Ω (DAC out)
- Output voltage: RCA 2 V (DAC out)
- Gain: High / Low; dB not published
- Inputs: 2x XLR; USB (XMOS; PCM to 768 kHz/32-bit, native DSD512); Toslink; coaxial; Bluetooth 5.0 aptX HD; microphone
- Input impedance: 40 kΩ
- Input sensitivity: line level
- Outputs: XLR pre out; line-level DAC out; 6.35 mm + 4-pin XLR headphone
- DAC / chipset: 2x ESS ES9038Q2M
- Other: Model R180X (3XR); THD <0.0015%; FR ±1 dB 0-58 kHz
Also in the system
Specs from manufacturer data unless a source below says otherwise. “calc.” values are worked out from those figures (V = √(P × R); 110 dB SPL used as a loud reference level). Gear listed without specs is not in our spec library yet.
- Denon AH-D9200: denon.com
- Burson Conductor 3X Reference product page (conductor-3x page, archived 2019)
- Burson Conductor 3X Reference product page (conductor-3-performance page, archived 2020)
- Burson Conductor 3X References User Manual V1.6 (Burson downloads)
- Audeze LCD-X: audeze.com
- Bowers & Wilkins P9: PDF (bowerswilkins.com)
