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AUDIO-TECHNICA AE5400(S-1) (Artist Elite Cardioid Condenser Handheld Microphone)

Original price was: ₹47,000.00.Current price is: ₹38,900.00.

AE5400 Cardioid Condenser Handheld Microphone
The ultimate vocal performance instrument
Pristine sound quality demanded by the most discriminating microphone user
Same large-diaphragm element as the renowned AT4050 studio microphone; true condenser design
Superior anti-shock engineering ensures low handling noise and quiet performance
High-quality double-sided PCB uses surface-mount components. Extensive grounding plane and attention to best-practice grounding methods minimize electrical noise
Multi-stage grille design offers excellent protection against plosives and sibilance without compromising high-frequency clarity
Cardioid polar pattern reduces pickup of sounds from the sides and rear, improving isolation of desired sound source
Custom transformer improves performance specifications by isolating against noise and RF interference, and providing excellent saturation characteristics that contribute to smooth linear sound quality
Robust design for enduring dependability on the road
Quiet-Flex™ stand clamp provides silent, flexible microphone positioning
Integral 80 Hz HPF switch and 10 dB pad

Description

The ultimate vocal performance instrument, the Artist Elite AE5400 cardioid condenser delivers pristine sound quality demanded by the most discriminating microphone user. With its superb sonic design, this true condenser features superior anti-shock engineering for low handling noise and quiet performance. Featuring the same element as the classic AT4050 studio mic, its large-diaphragm capsule assures an accurate, natural response. It handles high SPL’s and offers protection against plosives/sibilance without compromising high-frequency performance and clarity.

Specifications
Microphones
Element Externally polarized (DC Bias) condenser
Polar Pattern Cardioid
Frequency Response 20 – 20,000 Hz
Low Frequency Roll Off 80 Hz, 12 dB/octave
Open Circuit Sensitivity -40 dB (10.0 mV) re 1V at 1 Pa