DPA d:vote 4099C – clip microphone for cello

$699.00 inc GST

DPA d:vote 4099C is a miniature super-cardioid condenser clip microphone for PA amplification and live recording of a cello with several excellent placement possibilities. More natural sound than an internal microphone or pick-up.

SKU: DP-VO4099C Category:

Description

DPA d:vote 4099C is a miniature super-cardioid condenser clip microphone for PA amplification and live recording of a cello with several excellent placement possibilities. More natural sound than an internal microphone or pick-up.

DPA d:vote 4099C attaches to the C and A string below the bridge and allows for microphone capsule placement in the sweet spot between bridge and fingerboard, offering a unique combination of natural string sound and high audio separation on stage.

DPA d:vote 4099C – Features

  • Superior gain-before-feedback
  • Wireless compatible
  • Flexible and easy one-hand mounting
  • Holder gentle to the instrument
  • Detachable cable and versatile gooseneck extender

DPA d:vote 4099C – Optional gooseneck extension

Standard gooseneck length is 140 mm (5.5 in), which can be altered with the optional gooseneck extension unit, adding another 50% to the length, helping to achieve exactly the sweet spot for the instrument.

DPA d:vote 4099C – Detachable cables

The updated 4099 range features detachable cable from gooseneck, so it’s more convenient to mount the mic on an instrument before connecting it. Furthermore, the choice of different cable qualities makes it possible to tailor your mic to the specific task, such as choosing the heavy duty 2.2 mm cable for PA/Live gigs or the easier-to-hide, thinner miniature cable for personal mounting on instruments where you don’t want the cable weight to interfere with your performance. In case of cable break, service is easy and fast.

DPA d:vote 4099C – Adapters for wireless microphones

A wide range of connection adapters makes it possible to use DPA miniature microphones with all professional UHF, VHF or digital wireless system available plus 48 V Phantom.

DPA has specific adapters for AKG, Audio Ltd., Audio-Technica, Beyerdynamic, Electro-Voice, Lectrosonics, Micron, Mipro, Pastega, Telex ProStar, Ramsa, Samson, Sennheiser, Shure, Sony, Toa, Vega and other systems. Each adapter for your cordless microphone is guaranteed to perfectly mate to your system of choice.

DPA d:vote 4099C – Video

DPA d:vote 4099C – clip microphone for cello was last modified: March 11th, 2017 by Doug Watt

Additional information

Brand

DPA

Unit of Measure

each

Specifications

Directional characteristics: Supercardioid
Principle of operation: Pressure gradient
Cartridge type: Pre-polarized condenser
Frequency range: 20 Hz to 20 kHz
Frequency range, ± 2 dB, 20 cm (7.9 in) distance: 80 Hz to 15 kHz with 2 dB soft boost at 10 to 12 kHz
Sensitivity, nominal, ±3 dB: 6 mV/Pa; -44.5 dB re. 1 V/Pa
Equivalent noise level A-weighted: Typ. 23 dB(A) re. 20 µPa (max. 26 dB(A))
S/N ratio, re. 1 kHz at 1 Pa (94 dB SPL): 71 dB
Total harmonic distortion (THD): <1 % up to 123 dB SPL peak; <1 % up to 120 dB SPL RMS sine
Dynamic range: 100 dB
Max. SPL, peak before clipping: 142 dB
Output impedance: From MicroDot: 30 to 40 ohm, from DAD6001: 100 ohm
Cable drive capability: 300 m (984 ft) with DAD6001
Output balance principle: Signal balanced with DAD6001 XLR adapter
Common Mode Rejection Ratio (CMRR): > 60 dB at 50 Hz to 15 kHz with DAD6001 XLR adapter
Power supply: Min. 5 V to max. 50 V through DPA adapter for wireless systems; 48 V phantom power ±4 V with DAD6001 XLR adapter
Current consumption: 1.5 mA; 3.5 mA with DAD6001 XLR adapter
Connector: MicroDot
Color: Black
Weight: 33 g (1.16 oz)
Microphone length: 45 mm (1.8 in)
Cable length: 1.8 m (6 ft)
Polarity: Positively increasing sound pressure produces positive going voltage at MicroDot pin (and pin 2 on DAD6001 XLR adapter)
Operating temperature range: -40 °C to 45 °C (-40 °F to 113 °F)
Relative humidity: Up to 90 %
Gooseneck, length: 140 mm (5.5 in)
DPA d:vote 4099C – clip microphone for cello was last modified: March 11th, 2017 by Doug Watt

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