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Electrovoice RE50NDB Shock-mounted N/DYM handheld interview microphone | 
 enlarge | Brand: Electrovoice
Category: CE
List Price: $292.00
Buy New: $159.00
You Save: $133.00 (46%)
New (5) from $159.00
Media: Electronics
Autographed: No
Memorabilia: No
Shipping Weight (lbs): 1.1
nv: Generating Element: Dynamic
Frequency Response: 80-13,000 Hz
Polar Pattern: Ominidirectional
Impedance: 150 ohms balanced
Diaphragm Material: Acoustalloy
Magnetic Circuit: NDYM magnet in a nonwelded circuit
Microphone Connector: 3-pin, XLR-type, pin 2 positive
Case Material: Aluminum
Net Weight: 269 g 9.5 oz
Shipping Weight: 539 g 19 oz
Maximum Diameter: 49 mm 1.94 in.
Length: 197 mm 7.75 in.
Shank Diameter: 25 mm 1.0 in.
MPN: RE50NDB
Model: RE50N/D-B
UPC: 701001002931
EAN: 0701001002931
ASIN: B0002JSY2U
Availability: Usually ships in 1-2 business days
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| Features:
| • | Powerful Electro-Voice neodymium NDYM magnet results in greater output than with standard alnico magnets. | | • | DynaDamp shock-isolation system for low handling noise. | | • | Choose nonreflecting fawn beige or semigloss camera black. | | • | Comes complete with stand clamp and vinyl pouch. | | • | Rugged design. |
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Product Description
The Electro-Voice RE50N/D-B shock-mounted, dynamic omnidirectional microphone is offspring of the legendary RE50 microphone. Built with the same rugged design as the RE50, RE50N/ D-B features a DynaDamp shock mount for greater ruggedness and isolation, and a new neodymium N/DYM magnet structure to provide increased sensitivity required in exacting professional applications. Ideally suited for handheld broadcast and sound reinforcement applications, RE50N/D-B have been built for superior isolation from mechanically induced noise. Handling noise, clothing noise, and even cord shock are isolated from the microphone element. Within the microphone's machined-aluminum outer casing, a DynaDamp shock mount (manufactured using an advanced vibration isolation material) surrounds the high-mass internal acoustic chamber and microphone element, resulting in a degree of isolation unprecedented in an omnidirectional dynamic microphone.
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