Rothwell
Headspace moving coil headamp
The Headspace is a moving coil headamp (also known as a pre-preamp) which does a similar job to a step-up transformer, ie raises the output of moving coil cartridges up to moving magnet level, but does so with transistors rather than transformers. The benefits of the transistor approach are the ability to set the gain and the load impedance independantly, and the extremely
MC1 Moving Coil Step-Up Transformer
The MC1 is a step-up transformer designed to raise the output of moving coil cartridges up to a level compatible with moving magnet phonostages. The purpose is not simply to allow moving coil cartridges to be used with moving magnet only phonostages (which most valve designs are, for example), but to allow moving coil cartridges the chance to realise their full potential
MCX Moving Coil Step-Up Transformer
This step-up transformer uses the same high quality cores as used in the MCL, again supplied by Lundahl of Sweden, but features a lower turns ratio than the MCL to accommodate cartridges with higher outputs. The turns ratio of the MCX is 1:10, making it compatible with cartridges with outputs of up to 0.9mV, which includes models from Benz Micro, Clearaudio, Koetsu, Lyra
MCL Moving Coil Step-Up Transformer
The MC1 is a step-up transformer designed to raise the output of moving coil cartridges up to a level compatible with moving magnet phonostages. The purpose is not simply to allow moving coil cartridges to be used with moving magnet only phonostages (which most valve designs are, for example), but to allow moving coil cartridges the chance to realise their full potential.
MC1-H
The MC1-H is a step-up transformer designed specifically for “high output” moving coil cartridges where the output voltage is significantly lower than a typical moving magnet cartridge (which is about 5mV). Cartidges in this category include
River Interconnects
The River interconnect is a high-quality cable with low capacitance and good screening and truly audiophile performance. It has silver plated copper conductors, FEP outer insulation, PTFE for the dielectric between core and screen and a capacitance of only 64pF/m