Description
Lake People G105 MKII Headphone Amplifier
- Mains input via CEE connector – no wallplug adapter
- 10 VA toroidal transformer
- Selectable Balanced XLR and unbalanced RCA inputs
- Internal „PRE-GAIN“ (Range: -18 … +18 dB)
- 1“ solid aluminum volume control and balance control
- “Mono“ Mode and “(Right Channel) Phase“ switchable
- “Split-Mode“ allows 2 different sources for 2 listeners with individual volume control
- Amps made with Texas Instruments “OPA 551“
- >17 VRMS into 600 Ohm (for high impedance headphones)
- > 2000 mW into 100 Ohm (for low impedance headphones)
- 2 headphone outputs via ¼“ jacks
- Overall dimensions: 6.6 x 1.85 x 7.25in (WxHxD)
- Front panel: 6.6 x 1.85in (WxH)
Intended for the studio, for editing rooms, for demanding monitoring situations
The Lake People PHONE-AMP G105 MKII is a stereo headphone amplifier. Different to most comparable models the overall gain may be altered to match the specific needs of different headphones.
Due to this technique, the headphone amplifier is able to drive nearly all existing headphones from 16… 600 ohms load impedance with excellence.
Further, multiple variations of reproduction are possible by the mode switch with its options Mono –Stereo – Phase and with the aid of the split switch. Because of its noise- and THD-optimized circuitry layout, PHONE-AMP G105 MKII covers high quality demands.
FEATURES
- balanced Inputs via XLR
- unbalanced Inputs via RCA
- Pre-Gain = five internally seltable gain presets
- volume and balance control with massive 25 mm aluminium knobs
- 3-way Mode switch covering Mono – Stereo – Phase reproduction
- 2 headphone sockets with split function
SCOPE OF DELIVERY
- 1x Lake People G105 MKII
- 1x Power Chord
- 1x Manual
TECHNICAL DATA
Item number: | 1008213 |
output impedance | < 0,1 Ohms |
input sensitivity | +6 dBu |
color | black |
housing | Desktop |
headphone Out | 2 (1/4″ jack, unbalanced) |
Line I/O | 2 / 0 (RCA), 2 / 0 (XLR) |
THD+N (@ -1 dBFs) | <0,001% (1kHz 2x 800mW / 100R) |
crosstalk | -80 dB (1 kHz) / -70 db (15 kHz) |