ALLNIC T2000

The T-2000, like all Allnic Audio amps, uses large output transformers (96 mm) with nickel and iron permalloy cores. This provides for higher inductance with fewer windings than other designs can provide and results in the great benefit of an extremely wide range of output frequencies. On top of that Allnic uses what they call 'Full Engagement Output transformer technology'. Conventional output transformers use pre-set secondary windings to accommodate 4, 8 and 16 ohm loudspeaker loads. However, these conventional transformers utilize only one secondary winding at a time, while the other secondary windings remain "idle". This approach has two adverse effects. First, the output transformers are not working at their maximum efficiency, reducing their output relative to their potential. Second, the "idle" windings are not actually "idle"; they are subject to parasitic oscillations, producing their own "signal". This undesirable electrical information is additive to the transformer's output, distorting the amplified signal going to the loudspeaker. Allnic's 'Full Engagement' transformers address these issues by having 4 independent, secondary windings which are always fully connected, never "idled". This means that all secondary windings are always connected to your loudspeakers, regardless of which output switch position you use (4 ohms or 8 ohms or 8 ohms or 16 ohms, depending on the factory configuration you have selected). The result is that there is neither a loss of transformer output efficiency, nor the introduction into the output signal of distortion from parasitic oscillations of the secondary windings.

The T-2000 uses only two stages of driving circuit to achieve +35dB of voltage gain, instead of three or four stages as in conventional amplifiers. On top of that the T-2000 gives a possibility to employ either a tube in triode mode or in pentode. The T2000 uses a 41-step silver contact attenuator that is made by Allnic and a separate analogue current meter for each tube. Checking the status of each tube is breeze.