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USB kondenzatorski mikrofon
Marantz Professional MPM-1000U USB Condenser Microphone for DAW Recording or Podcasting
The Marantz Professional MPM-1000U is perfect for recording high-quality audio directly to a computer or digital audio workstation (DAW). This studio condenser microphone provides the convenience of recording to your computer through a single USB connection without a trade-off quality. The built-in driver enables plug-and-play USB performance for quick setup with any computer. Its smooth frequency response and built-in 48kHz/16-bit Analog-to-Digital converter will put the finishing touch on any project, from crystal-clear vocals for on-air announcing and singing to instruments and percussion.
Element – Back electret condenser
Element diameter – 14mm
Frequency response – 20–17,000Hz
Sensitivity – 34dB ± 2dB (0dB = 1V/Pa @ 1kHz)
Output – USB
A-D converter – 48kHz / 16-bit sampling rate
Output impedance – 100â „ ¦ ± 30% (at 1kHz)
Load impedance – >1kâ „ ¦
Self noise: 16dBA
Max. SPL – 132dB (at 1kHz <1% THD)
Signal to Noise ratio – 78dB
Marantz Professional MPM-1000U USB Condenser Microphone for DAW Recording or Podcasting
The Marantz Professional MPM-1000U is perfect for recording high-quality audio directly to a computer or digital audio workstation (DAW). This studio condenser microphone provides the convenience of recording to your computer through a single USB connection without a trade-off quality. The built-in driver enables plug-and-play USB performance for quick setup with any computer. Its smooth frequency response and built-in 48kHz/16-bit Analog-to-Digital converter will put the finishing touch on any project, from crystal-clear vocals for on-air announcing and singing to instruments and percussion.
Element – Back electret condenser
Element diameter – 14mm
Frequency response – 20–17,000Hz
Sensitivity – 34dB ± 2dB (0dB = 1V/Pa @ 1kHz)
Output – USB
A-D converter – 48kHz / 16-bit sampling rate
Output impedance – 100â „ ¦ ± 30% (at 1kHz)
Load impedance – >1kâ „ ¦
Self noise: 16dBA
Max. SPL – 132dB (at 1kHz <1% THD)
Signal to Noise ratio – 78dB
