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IQ III

Photography by Carlo Marengo & Unknown

Available finishes

Black

Details

The IQ III features a rigid yet lightweight body made from Pocon, which is equipped with integral threaded inserts for easy installation in the tonearm head shell. This mounting system greatly improves mechanical coupling between the cartridge body and head shell in comparison to the traditional nut and bolt fixing.

 

The internal coils are made from extremely fine copper wire, and the IQ III uses the same cantilever material and diamond found in the legendary Audio Note IO I moving coil cartridge. Made from titanium tube rather than aluminium, the cantilever is unique, and in combination with the Audio Note Type 1 stylus, offers a level of performance that was often thought impossible to achieve with a moving-magnet design.

The complete stylus assembly is removable, making replacement or upgrade a very simple and cost effective process. In fact, all of the IQ stylus assemblies are interchangeable, meaning that you could start with an IQ-I, and eventually replace the stylus assembly with the vastly superior version used in the IQ-III.

 

It has been designed to be used with a moving magnet compatible phono stage, with an input impedance of 47K Ohms. Total capacitance in parallel (including arm lead and amplifier capacitance) should not exceed 200pF. If other values of load resistance and capacitance are used, the frequency response of the cartridge may depart from the specified values.

Technical Specifications

LOAD RESISTANCE

LOAD CAPACITANCE

INTERNAL INDUCTANCE

INTERNAL RESISTANCE

FREQUENCY RESPONSE

WEIGHT

FIXING CENTRES

TRACKING FORCE / WEIGHT

CHANNEL BALANCE

CHANNEL SEPARATION

SENSITIVITY

STATIC COMPLIANCE

EQUIVALENT TIP MASS

VERTICAL TRACKING ANGLE

 

NOTE

47K Ohms

150 - 200 pF

570mH

660 Ohms

20Hz to 20KHz, +/- 2dB

6.3g

12.7mm / 0.5"

1.5g - 2.5g (1.75g nominal)

2dB @ 1KHz

25dB @ 1KHz

6.5mV +/- 1.5dB (1KHz @ 5cm/sec)

(N lateral) 24mm / (N vertical) 16mm

0.45mg

24 degrees

Due to Audio Note (UK)'s ongoing research and development program, specifications are subject to change without notice.

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