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Copland CTA 506 Valve Power Amplifier (CTA506)
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The CTA506 power plant is based on the KT120 power valves. These valves are a new variant of the legendary 6550 / KT88 power valves. For more than half a century, these classic valves have been the foundation of numerous of high quality amplifiers and surely, they will continue to serve as one of the premium choices among manufactures of high-power valve amplifiers. However, nowadays KT120 is the most powerful dedicated audio tube in production. In comparison with the KT88, nearly 30% more power can be drawn from these impressive valves. With a plate dissipation rating of 60W, a pair of KT120 tubes in push-pull configuration can deliver nearly 200W of audio power. When used in circuit designs of more modest power outputs, the KT120 can deliver incredible quantity of headroom and dynamic without overloading.
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£ 4,498.00
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| * Only available for purchase in-store |
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Copland CDA825 Top Loader CD Player
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The new Top Loader CD player from Copland has employed psycho-acoustic modelling in the development of the upsampling filters which concentrate on eliminating the noise prior to each impulse. Copland chose the Philips CD-pro 2 transport, feeding double Wolfson converters running in dual differential mono mode, with 24bit/192khz processing and a low-jitter master clock. Moreover, the DAC reads its data from a large RAM data memory, in order to eliminate low frequency jitter. The CDA825 also employs a discrete analogue section with both balanced and single-ended outputs.
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£ 4,298.00
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| * Only available for purchase in-store |
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Copland CDA823 CD Player
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The CDA823 is an evolution of the renowned CDA822 CD player. While employing the same outstanding DACs and analog amplifiers as its presecessor, double resampling and reading speed are now introduced. Increased over-sampling of 192KHz is used to avoid the loss of energy and transparency in a complex analog output filter. The CDA823 also allows for future updates of firmware through flash programmable microprocessors.
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Copland DRC 205 Digital Room Correction
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The influence of room acoustics has been one of the most disregarded factors in the pursuit of the perfect sound experience. In fact, most listening rooms have serious acoustic problems degenerating the sound performance. The acoustics of the listening room is most likely to be the weaker link of the hi-fi system.
The direct sound from the loudspeakers is blended with unwanted sounds from the room. In a typical living room, the standing waves at room resonance frequency and sound reflections easily account for +15dB / -20dB divergence from the desired audio characteristics, deteriorating the sound quality from the hi-fi system. The Copland DRC-205 analyses and calibrates itself to tonal balance, a distinct three-dimensional sound experience, while minimising the rooms influence on the sound.
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Copland CTA 405 Valve Integrated Amplifier
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The COPLAND CTA405 is the result of careful research and development, combining the best of classical construction with the latest in circuit design.
The current capacity of the CTA405 power supply and output transformers is fully sufficient for a 100 Watts output power. However, with operation conditions set for minimum variation of plate and screen current in the output stage, excellent performance is obtained with very low feedback at 2x 50 Watts per channel.
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£ 2,998.00
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| * Only available for purchase in-store |
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Copland CSA29 Integrated Amplifier
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The integrated amplifier CSA29 combines the benefits of both valves and transistor amplification using the synergic design concept that has made Copland hybrid amplifiers widely acclaimed.
The amplifier uses two valves in the input differential stage, allowing the notably smooth and transparent properties of the valves to blend with the power and dynamics of the transistor electronics.
The amplifier delivers 2x85 watts continuous power into 8 ohm. The massive 600W AC transformer and large power supply ensures that the amplifier has more than sufficient drive for a wide range of speakers.
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Discontinued
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Discontinued
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Copland CVA535
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A five channel power amplifier with output capability to drive any home theatre speaker system to realistic levels. The amplifier retained its stylish exterior with emphasis on build quality, efficient airflow and temperature control.
A single chassis employs five independent amplifier modules, each with its own rectifiers, filtering and regulation, etc.
By keeping the entire channel on a single circuit board, the length of the pcp tracks and wiring for signal and high current distribution are kept to an absolute minimum for accurate dynamics and spatial image.
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Copland CTA520
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A two channel power amplifier in a slim line chasses. Combining the virtues of valve design with solid state circuit for high power stability and strong dynamics driving any speaker load with a clean undistorted signal.
Field effect transistors are used for both the input and driver stages. Like vacuum tubes they are voltage controlled and allow for circuitry design with a minimum of non-even harmonic distortion.
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Discontinued
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Copland CVA306
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The CVA 306 six channel valve preamplifier establishes a new standard within multi-channel performance. In addition to the five normal stereo inputs, CVA 306 accepts six channel analog outputs from DVD surround sound / DVD or SACD audio.
The pure class A high output voltage amplifiers of CVA 306 has a substantial overload margin and will, with effortless ease, accommodate the full dynamic range available from the digital program sources.
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£ 2,998.00
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| * Only available for purchase in-store |
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Copland CTA305
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For low level voltage amplification, valves are in a league of their own with respect to linearity and musicality.
For nearly a decade, COPLAND has contributed to the refinement of amplification using these classic devices. The CTA 305 employs reliable E83CC valves selected after ageing to assure optimal compability.
Each class A line level amplifier circuit is divided into two separated non inverting units. This allows us to use a much less complex circuit, with increased stability, and no requirement for internal compensating networks.
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