Audio-Technica Dual Moving Coil Cartridge AT-OC9XML

The AT-OC9XML Dual Moving Coil cartridge with Microlinear stylus is designed to provide outstanding channel separation. The Pure Copper by Ohno Continuous Casting (PCOCC) coils ensure pure audio transmission and are aligned in a reverse V-shaped formation to exert less pressure on the stylus, thereby minimizing distortion. Audio quality is further enhanced by a rigid aluminum body that reduces resonance, a neodymium magnet and premium permendur yoke that increase the magnetic energy, and the nude Microlinear stylus on a boron cantilever that tracks the record groove with incredible accuracy, low distortion and high-transient response. The cartridge body has been pre-threaded, enabling it to be mounted to a headshell or integral tonearm with just two screws – no nuts required.

Specifications
Cartridge & Stylus
Frequency Response 20-47,000 Hz
Channel Separation 27 dB (1 kHz)
Vertical Tracking Angle 20°
Vertical Tracking Force 1.8-2.2 g (2.0 g standard)
Stylus Construction Nude square shank
Recommended Load Impedance Min. 100 ohms (when head amplifier is connected)
Coil Impedance 12 ohms (1 kHz)
DC Resistance 12 ohms
Coil Inductance 25 mH (1 kHz)
Output Voltage 0.4 mV (at 1 kHz, 5 cm/sec)
Output Channel Balance 1.0 dB (1 kHz)
Stylus Shape Microlinear
Cantilever 0.28 mm diameter nude boron
Static Compliance 20 x 10-6 cm/dyne
Dynamic Compliance 16 x 10-6 cm/dyne (100 Hz)
Mounting Half-inch
Cartridge Weight 7.6 g
Dimensions 17.3 mm (0.68") H × 16.8 mm (0.66") W × 25.7 mm (1.01") D
Accessories Included Non-magnetic screwdriver; 2 washers; cartridge installation screws (5 mm × 2, 8 mm × 2, 10 mm x 2, 12 mm x 2); plastic protector; brush
Body Material Aluminum
Model AT-OC9XML
Mounting Feature Half-inch mount
Stylus Curvature Radius 2.2 x 0.12 mil
Stylus Size Nude square shank
Terminal Pins Brass
Type Dual Moving Coil
Weight 7.6 g (0.3 oz)
Wire Used for Coil PCOCC
Notes Mounting Feature: Threaded body Note: moving coil cartridges require receivers or preamps with compatible inputs; their stylus assemblies are not field-replaceable.