Audio-Technica AT-VM760xSL VMx Phono Cartridge

Descripción

Product description Audio-Technica AT-VM760xSL Dual Moving Magnet Cartridge The AT-VMx series brings new warmth and realism to Audio-Technica’s premium dual moving magnet (MM) cartridge line, delivering an expansive soundstage that’s alive with musical detail. Overview AT-VM760xSL Like all our MM cartridges, this updated design closely mirrors the cutter head used to make the vinyl master. It utilizes two magnets, positioned to match the left and right channels in the stereo record groove for outstanding channel separation and extended frequency response. But the new VMx series also introduces material and design changes to further refine the sound, offering responsive playback that is especially sensitive to the dynamism of musical expression. Features AT-VMx dual moving magnet cartridge with special line contact stylusSpecial line contact stylus traces the record groove with extreme accuracy, delivering premium high-frequency response and detailed spatial expressionSolid boron cantilever quickly transmits vibrations from the record groove, ensuring accurate reproduction of dynamic musical passagesDie-cast aluminum body reduces vibrations and resonanceParatoroidal coils improve generating efficiency for enhanced channel separation, channel balance, and transient responsePCUHD (Pure Copper Ultra High Drawability) coils – and fewer coil turns – deliver highly responsive, three-dimensional sound reproduction with excellent transient responseCenter shield plate between the left and right channels reduces crosstalk for clear stereo soundThreaded inserts make cartridge easier to mount, especially to integrated tonearmsV-cut in the flip-up stylus protector shows stylus position, serving as a guide for lowering the stylus onto a recordCompatible with any turntable headshell that accepts 1/2" cartridges Easy to Install & Use Each AT-VMx cartridge body has threaded inserts, enabling it to be mounted to a headshell with just two screws – no nuts required. And the redesigned stylus protector now includes a V-cut for easy reference of the stylus’s position when lowering it onto a record. Premium PCUHD Coils Highly Efficient Generator The paratoroidal coil construction of the cartridge’s generator – two PCUHD coils per channel, one stacked behind the other – greatly improves electromagnetic performance, while a slight reduction in coil turns enhances transient response for clean, lifelike sound. AT-VMx Premium Models Solid Boron Cantilever and Metal Body The three premium VMx models (AT-VM760x, AT-VM750x, AT-VM745x) feature a solid boron cantilever. Naturally lightweight and rigid, boron transmits signals from the record groove faster than an aluminum cantilever. The result is more accurate sound reproduction that’s particularly noticeable on dynamic musical passages. The die-cast aluminum body reduces vibrations and resonance. Specifications Frequency Response 20 to 30,000 Hz Channel Separation 26 dB (1 kHz) Vertical Tracking Angle 20° Vertical Tracking Force 1.8 to 2.2 g (2.0 g standard) Stylus Construction Special line contact Recommended Load Impedance 47 k ohms Coil Impedance 3.2 k ohms (1 kHz) DC Resistance 750 ohms Coil Inductance 480 mH (1 kHz) Output Voltage 3.7 mV (1 kHz, 5 cm/sec.) Output Balance 1.0 dB (1 kHz) Cantilever 0.28 mm (0.011”) diameter solid boron Static Compliance 17.5 × 10-6 cm/dyne Dynamic Compliance 7 × 10-6 cm/dyne (100 Hz) Dimensions 29.0 mm (1.1”) × 18.3 mm (0.72”) × 17.5 mm (0.69”) (H × W × D) Threaded Hole M2.6 × 2

Características

• AT-VMx dual moving magnet cartridge with special line contact stylus
• Special line contact stylus traces the record groove with extreme accuracy, delivering premium high-frequency response and detailed spatial expression
• Solid boron cantilever quickly transmits vibrations from the record groove, ensuring accurate reproduction of dynamic musical passages
• Die-cast aluminum body reduces vibrations and resonance
• Paratoroidal coils improve generating efficiency for enhanced channel separation, channel balance, and transient response

Especificaciones