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The VM750SH Shibata stylus cartridge is a premier 700 Series model in Audio-Technica’s new VM cartridge line – a line that harks back to A-T’s early days as a manufacturer primarily of high-end phono cartridges, while also incorporating today’s advanced technology. Like all VM cartridges, the VM750SH is equipped with dual magnets that are positioned to match the left and right channels in the stereo record groove for outstanding channel separation and extended frequency response. The cartridge’s Shibata stylus provides greater surface contact with the record groove than an elliptical stylus does, resulting in the pickup of ultra-high frequencies with less groove stress and distortion. Includes mounting hardware.
Features
- VM dual magnet cartridge with Shibata stylus
- Aluminum tapered cantilever
- Paratoroidal coils improve generating efficiency
- Center shield plate between the left and right channels reduces crosstalk
- Die-cast aluminum alloy housing reduces vibration and adds a natural electrical shield
| Specifications | |
|---|---|
| DC Resistance | 800 ohms |
| Coil Impedance | 2,700 ohms (1 kHz) |
| Recommended Load Impedance | 47,000 ohms |
| Stylus Construction | Nude square shank |
| Vertical Tracking Force | 1.8-2.2 g (2.0 g standard) |
| Vertical Tracking Angle | 23° |
| Channel Separation | 30 dB (1 kHz) |
| Frequency Response | 20-27,000 Hz |
| Weight | 8.0 g (0.3 oz) |
| Type | VM Type |
| Replacement Stylus | VMN50SH |
| Stylus Size | 0.26 x 2.7 mil |
| Recommended Load Capacitance | 100-200 pF |
| Mounting Feature | Half-inch mount |
| Dimensions | 17.3 mm (0.7") H x 17.0 mm (0.7") W x 28.2 mm (1.1") D |
| Accessories Included | Four cartridge installation screws (5 mm x 2, 10 mm x 2), two washers, two hexagon nuts, non-magnetic screwdriver, brush, lead wire set |
| Mounting | Half-inch |
| Dynamic Compliance | 10 x 10-6 cm/dyne (100 Hz) |
| Static Compliance | 40 x 10-6 cm/dyne |
| Cantilever | Aluminum tapered pipe |
| Stylus Shape | 2.7 x 0.26 mil Shibata |
| Output Channel Balance | 1.0 dB (1 kHz) |
| Output Voltage | 4.0 mV (at 1 kHz, 5 cm/sec) |
| Coil Inductance | 460 mH (1 kHz) |