Product Range: Allnic Audio
A-2000 KT-120 Push Pull Stereo
PRINCIPAL FEATURES
"Full Engagement" Output Transformers
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.
For more info, click here.
M-3000 KT-120 Parallel Push Pull
PRINCIPAL FEATURES
"Full Engagement" Output Transformers
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.
For more info, click here.
A-6000 4X300B Single Ended
PRINCIPAL FEATURES
High power output 50w Pure Class A Double Parallel SE power amplifier.
Almost other 300B amplifiers are underdriven or distorted- driven by conventional "Resister-Capacitor" circuit which gives only up to around 70V swing voltage with high distortion. This means prior distorted sound to deep biased 300B grid. Our powerful "Inductor Drive" circuit gives up to 150V swing voltage with very low distortion,(about 0.3%) that's why A-6000 has higher output 50w.
Real power drive.
Our choke inductor (100% nickel permalloy PC core) has very low power loss and infinitely high load impedance. The driver tube 6GV8 has strong power pentode, we use this power pentode to drive 300B via choke plate inductor. This is one of the ideal drive stages for 300B SE.
For more info, click here.
A-5000NEO 300B Para-SE Mono
PRINCIPAL FEATURES
High power output 25w 300B Parallel SE power amplifier.
Almost other 300B amplifiers are underdriven or distorted- driven by conventional "Resister-Capacitor" circuit which gives only up to around 70V swing voltage with high distortion. This means prior distorted sound to deep biased 300B grid. Our powerful "Inductor Drive" circuit gives up to 150V swing voltage with very low distortion,(about 0.3%) that's why A-5000NEO has higher output 25w.
Real power drive.
Our choke inductor (100% nickel permalloy PC core) has very low power loss and infinitely high load impedance. The driver tube 6GV8 has strong power pentode, we use this power pentode to drive 300B via choke plate inductor. This is one of the ideal drive stages for 300B SE.
For more info, click here.
A-1500 300B SE Stereo
PRINCIPAL FEATURES
High power output 12.5w + 12.5w 300B SE stereo power amplifier.
Almost other 300B amplifiers are underdriven or distorted- driven by conventional "Resister-Capacitor" circuit which gives only up to around 70V swing voltage with high distortion. This means prior distorted sound to deep biased 300B grid. Our powerful "Inductor Drive" circuit gives up to 150V swing voltage with very low distortion,(about 0.3%) that's why A-1500 has higher output 12.5w + 12.5w.
Real power drive.
Our choke inductor (100% nickel permalloy PC core) has very low power loss and infinitely high load impedance. The driver tube 6GV8 has strong power pentode, we use this power pentode to drive 300B via choke plate inductor. This is one of the ideal drive stages for 300B SE.
For more info, click here.
L-3000A Line Preamplifier
PRINCIPAL FEATURES
ingle gain stage
Single gain stage circuit uses only 'one' tube in amplification, which reproduces purer, more detailed, more spacious and more dynamic sound than multi gain stages, just like through one window glass we can see outside scene more clearly than through several window panes.
Line output transformer coupling of large pure Nickel Alloy core.
In tube amp circuitry, there are two coupling methods, one, capacitor coupling the other transformer one. The former, traditional, low cost and somewhat stable transfers only voltage not wattage (not real energy), the latter conveys about 90%(transformer loss about10%) of real wattage. No comparison between them for the driving capacity of power amplifier. All the advantages of transformer coupling too simply depend on the quality of transformer and on the choice of tubes. Allnic's unprecedented wide (16Hz ~ 75kHz, -3db), low distortional and ultra-flexible (up to 50kHz square wave response) output transformer realizes this ideal preamplifier. We also choose the right tube (ideal three factors, high gm, low internal resistance and high mu) for this position.
For more info, click here.
L-1500 Line Preamplifier
PRINCIPAL FEATURES
L-1500 is the budget version of L-3000A.
Single gain stage
Single gain stage circuit uses only 'one' tube in amplification, which reproduces purer, more detailed, more spacious and more dynamic sound than multi gain stages, just like through one window glass we can see outside scene more clearly than through several window panes.
Line output transformer coupling
In tube amp circuitry, there are two coupling methods, one, capacitor coupling the other transformer one. The former, traditional, low cost and somewhat stable transfers only voltage not wattage (not real energy), the latter conveys about 90%(transformer loss about10%) of real wattage. No comparison between them for the driving capacity of power amplifier. All the advantages of transformer coupling too simply depend on the quality of transformer and on the choice of tubes. Allnic's unprecedented wide (16Hz ~ 75kHz, -3db), low distortional and ultra-flexible (up to 50kHz square wave response) output transformer realizes this ideal preamplifier. We also chose the right tube (ideal three factors, high gm, low internal resistance and high mu) for this position.
For more info, click here.
