Η Goldring 2400 ειναι μια κεφαλη κινητου σιδηρου MI (Moving Iron) με σασσι μεταλλικο, γεια μειωση των ιδιοσυντονισμων και καλυτερη αναπαραγωγη των χαμηλων συχνοτητων.
All Goldring 2000 series cartridges feature Moving Iron technology. This  lends them the high levels of detail associated with more expensive  moving coil designs whilst retaining the convenience of a replaceable  stylus and high output associated with moving magnet types. The  cartridge employs a fixed samarium cobolt magnet and high output coil  combination so that a very light iron/nickel cantilever end-piece can be  used instead of the much heavier permanent magnet used in conventional  designs. This reduces the moving mass allowing the stylus to trace the  record groove more faithfully. Because of their high output, Goldring  2000 series cartridges should be used with the standard moving magnet  phono input of an integrated amplifier.
Increased resolution is gained for this cartridge by the use of a  low-mass, "Vital" shank, nude diamond stylus and tapered aluminum  cantilever. This polyhedral, line-contact profile was chosen because it  has a very low tip-mass and a large contact area whilst being very  narrow from front to back, enabling the accurate retrieval of even the  highest frequencies in the recording. The stiff aluminium cantilever  resists the establishment of unwanted resonances which are unable to  propagate towards the generator due to its tapered shape. The 2400 has a  low-resonance aluminium body providing a rigid connection to the  tonearm, which improves bass power and clarity .
Moving "Iron" Generator
A diamond stylus tracing the average record groove will experience  accelerations of up to one thousand gravities. This means that in a  moving magnet design the permanent magnet is subjected to similar  accelerations and if its mass is too large its inertia will result in  poor transient response, distortion and mis-tracking of the stylus. The  2000 series cartridges use a fixed magnet design so that the mass of the  magnet is completely isolated by the compliance of the cartridge  suspension and a much smaller and lighter iron/nickel alloy tube can be  used instead. Attached to the cantilever, the alloy tube is used to  perturb the stationary magnetic field provided by the large fixed magnet  and thus provide the changing magnetic flux necessary to generate the  signal voltage in the coils. Modern samarium cobalt magnets have a super  high energy output and so a much lighter magnet can be employed than  ever before giving the completed assembly a similar mass to traditional  moving magnet types. In this way the cartridge enjoys the convenience  and flexibility of a traditional moving magnet design with a replaceable  stylus block and a high output compatible with standard MM input  stages. At the same time it enjoys some of the refined sound and detail  retrieval previously only available from more costly moving coil  designs.
High-Pressure Aluminium Die-Cast Body
The 2400 features a high pressure, die-cast aluminium body shell which  has been selected for its superior ability to quickly transmit unwanted  resonances away from the generator and into the tonearm. A properly  designed tonearm will dissipate energy transmitted into it by the  cartridge body and effectively “ground” it due to its construction and  quality bearing. However, it will not be able to do this, if the  resonances remain in the cartridge body due to inefficient transmission.  The 2500 body therefore has been designed to provide a fast secure path  for resonant energy in order to quickly transfer it to the tonearm  which is very often also made of the same aluminium material. This means  that there is likely a good acoustic match across the boundary between  the cartridge and the headshell. The new body also benefits from  integrated M2.5 threaded mounting holes which means that it is very easy  to mount onto the tonearm, negating the need for fiddly washers or nuts  which need to be counter-held during adjustment.
Specifications