For more than two decades, Raphaelite has been devoted to audio transformers and analogue amplification. Transformer design is not a supporting discipline here. It is the foundation.
The brand develops and winds its own transformers, then builds the amplifier around them — matching the magnetic components, circuit topology and intended load as one complete system. This approach runs throughout the Raphaelite range, from single-ended tube amplifiers to high-power solid-state designs and dedicated impedance-matching solutions.
Raphaelite also works beyond its own catalogue.
Custom amplifiers can be developed around specific tubes, headphones, loudspeakers or system requirements, while bespoke transformers can be designed and manufactured for other audio brands and specialist projects.
The result is a company that sits somewhere between a Hi-Fi manufacturer and a specialist audio workshop — one with direct control over one of the most important components in traditional analogue amplification.
Beyond its own products, Raphaelite provides custom transformer development, OEM transformer manufacturing and bespoke amplifier design for audio brands, builders and specialist projects.
Whether adapting an existing design or developing around a particular tube, impedance or application, each project can be engineered around its specific electrical and sonic requirements.
Audio transformers are a core discipline at Raphaelite, not simply another component. From winding and material selection to impedance and circuit matching, each transformer is developed with its intended application in mind.
Raphaelite designs amplification around the headphones and loudspeakers it is intended to drive. Transformer-based impedance matching and dedicated output configurations allow many designs to work confidently across dramatically different loads.
From low-impedance planar headphones to high-impedance dynamic designs, the amplifier and output stage are treated as one system.
Single-ended Class A tube circuits, high-bias solid-state amplification, separate linear power supplies and carefully selected analogue components — each architecture is chosen according to the character and performance the design is intended to achieve.
The goal is not complexity for its own sake, but a more direct and involving connection to music.
