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Shure Microflex MX202B/C Wired Microphone_subImage_1

Shure Microflex MX202B/C Wired Microphone

  • SKU: SSH-2112|MFG PART: MX202B/C

$186.20

30 ft - 50 Hz to 17 kHz -35 dB
  • Wired connection ensures a worry-free signal quality while speaking
  • Capable to throw a crisp and clear audibility with 50 Hz - 17 kHz frequency response
View Product Overview

PRODUCT OVERVIEW

30 ft - 50 Hz to 17 kHz -35 dB
  • Wired connection ensures a worry-free signal quality while speaking
  • Capable to throw a crisp and clear audibility with 50 Hz - 17 kHz frequency response

additional information

Connectivity Technology:
Wired
Cable Length:
30 ft
Minimum Frequency Response:
50 Hz
Maximum Frequency Response:
17 kHz
Microphone Sensitivity:
-35 dB

Why this product?

It is hard to believe that such small, unobtrusive microphones can produce such great sound, but it's true. Available in black or white finishes, and with in-line or plate mount preamps, MX202 Microflex Overhead condenser microphones capture high-quality sound in a compact, adjustable package. Each model features a choice of interchangeable cardioid or supercardioid condenser microphone cartridges attached to a flexible, four inch gooseneck with a 30 foot cable.

TECHNICAL SPECIFICATIONS

Specifications

Manufacturer:
Shure, Inc
Manufacturer Part Number:
MX202B/C
Manufacturer Website Address:
http://www.shure.com
Brand Name:
Shure
Product Line:
Microflex
Product Model:
MX202B/C
Product Name:
Microflex MX202B/C Microphone
Product Type:
Microphone

Technical Information

Connectivity Technology:
Wired
Cable Length:
30 ft
Minimum Frequency Response:
50 Hz
Maximum Frequency Response:
17 kHz

Microphone

Microphone Sensitivity:
-35 dB

Miscellaneous

Package Contents:
  • Microflex MX202B/C Microphone
  • Stand Adapter
Additional Information:
  • Black mini-condenser Cardioid mic with cable
  • In-line preamp
  • Wide dynamic range and frequency response for accurate sound reproduction across the audio spectrum
  • Balanced, transformerless output for increased immunity to noise over long cable runs