Goldring Eroica H
The Eroica H is a true audiophile moving-coil
cartridge designed to be used with any type of phono input. It features
the famous Gyger II diamond stylus profile, a nude, fine-line elliptical
type with a 6 µm lesser radius, which gives smooth, extended highs, low
distortion and reproduces a highly detailed and dynamic sound. To take
proper advantage of this, the pick-up coils are hand-wound on a pure
iron armature and suspended in a magnetic circuit of advanced design,
featuring low mass and powerful rare earth magnets. The high output
Eroica H offers an exceptional standard of performance and reliability
and can be used with any amplifier which features either a standard 47 kΩ MM phono input or a dedicated low impedance MC input.
Efficient Magnetic Circuit
The Eroica uses a neodymium (NdFeB), rare-earth, permanent magnet;
the strongest type commercially available. This gives us the opportunity
to shorten the magnetic circuit in the cartridge and still achieve the
required field strength in the pole shoe gap. In this way the overall
mass of the cartridge has been reduced to help improve trackability and
make it compatible with a wider range of tonearms.
Low Mass Pocan® Body
The Eroica uses a strong one piece body which holds the fixed parts
securely in place. Made from a special type of ultra-rigid, glass
reinforced polyester called Pocan®, the body can be tightly bolted to
the head shell for maximum efficiency and optimum sound quality. Because
Pocan® has a high strength-to-mass ratio, the overall mass of the Elite
is kept below 6.0 g.
Frequency Response
20 Hz - 22 kHz ± 3 dB
Channel Balance
within 1 dB @ 1 kHz
Channel Separation
better than 25 dB @ 1 kHz
Sensitivity
2.5 mV ± 1 dB, 1 kHz @ 5 cm/sec
Equivalent tip mass
0.6 mg
Vertical Tracking Angle
24 °
Stylus Type
Non-Replaceable
Load Capacitance
100 - 500 pF
Internal Inductance
0.2 mH
Cartridge Mass (inc. fixings)
6.6 g
Fixing Centre
0.5 " (12.7 mm)
Playing Weight
1.5 - 2.0 g (1.7 g nom.)
For more information, please visit this product's webpage.
