Behringer ECM8000 Ultra-Linear Measurement Condenser Microphone

The ECM8000 Ultra-Linear Measurement Condenser Microphone from Behringer is an omnidirectional mic designed for use with real-time analyzers (sold separately) to provide an acoustic picture of a room.

Key Features

  • For Recording and System Analysis
  • Omnidirectional Polar Pattern
  • 20 Hz to 20 kHz Frequency Response
  • Works with +15 to +48V Phantom Power
View More

22,000.00 19,000.00

Compare

Product Description

The ECM8000 Ultra-Linear Measurement Condenser Microphone from Behringer is an omnidirectional mic designed for use with real-time analyzers (sold separately) to provide an acoustic picture of a room. It can be used to capture audio and fine-tune your sound system performance to match the response characteristics of the room for recording applications. In addition, the ECM8000 requires phantom power (+15 to +48V) and includes a swivel stand mount along with a rugged carrying case.

  • Ultra-linear condenser microphone for measurement and recording applications
  • Suitable for room equalization applications plus high-resolution studio recording and live applications
  • Flat frequency response and ultra-high sound resolution
  • Evenly weighted, true omnidirectional pattern
  • Works with phantom power from +15 to +48V
  • Works with the Behringer Ultracurve or any other analyzer
  • Ultra-low noise transformerless FET input eliminates low-frequency distortion
  • Gold-plated 3-pin XLR connector for highest signal integrity
  • Swivel-stand mount and transport case included
BRAND
MICROPHONE
SOUND FIELD Mono
CAPSULE Electret Condenser
POLAR PATTERN Omnidirectional
PERFORMANCE
FREQUENCY RANGE 20 Hz to 20 kHz
IMPEDANCE 200 Ohms
SENSITIVITY 70 dB
CONNECTIVITY
OUTPUT CONNECTORS (ANALOG) 1 x XLR 3-Pin
POWER
OPERATING VOLTAGE 15 to 48 V
PHYSICAL
WEIGHT 4.8 oz / 136 g
PACKAGING INFO
PACKAGE WEIGHT 1.25 lb
BOX DIMENSIONS (LXWXH) 12 x 5.25 x 3.55″

There are no reviews yet.

Be the first to review “Behringer ECM8000 Ultra-Linear Measurement Condenser Microphone”