A630usb |
|
|
Large Diaphragm
Multi-Pattern Professional USB Studio Condenser Microphone with
Roll-Off.
Amazing Value! |
$78.95 Ships
Free*
*Additional shipping charges apply outside US.
|
|
Professional Quality
Studio Condenser microphone
The A630USB large diaphragm professional USB condenser microphone is designed to offer versatility for many recording applications.
This microphone is has the same excellent sound of a true professional grade studio
condenser microphone and eliminates the needs for all the expensive equipment like a preamp, mixing board etc. Simply plug this microphone into your USB port and achieve great sounding recordings into your favorite software.?br>
Versatile features for great recordings
This microphone features a 1" Gold sputtered Diaphragm, switchable cardioid, omni-directional and figure-8 polar patterns, discrete class A FET electronics and a bass roll-off (low-cut) switch. It features a built-in 16bit/44.1k USB analog to digital convertor that connects directly to your computers USB port. No special drivers or software are required to install and us this device with USB 1.1 and 2.0 computers using Windows XP or Mac OS 8 and above.
Amazing value for your
studio
With its broad frequency response, wide dynamic range and low distortion the A630USB is a highly versatile microphone for use in many computer recording applications.
|
15
day love it or send it back policy* |
Perfect
For
Male and Female Vocals, Voice-over and broadcasting,
Podcasting, Skype, Acoustic Guitars and more! |
Specifications:
Type: Large Dual Diaphragm
Pressure Gradient True Condenser
Frequency Response: 20 Hz to 20 kHz
Polar Pattern: Cardioid, Figure-8, Omni-directional
Sensitivity: 16mV/Pa -40?dB (0 dB=1V/Pa 1000Hz)
Output Impedance: <200 ohm
Equivalent Noise Level: <20dB,
A weighted Max SPL: <0.5% at 125 dB SPL
Special Feature: Bass roll-off switch
16-bit sample resolution
Supports 8 kHz, 11.025 kHz, 22.05 kHz, 44.1 kHz, and 48 kHz sampling rates
USB low-power device - draws 26 mA => 130 mW. In suspend mode 0.3 mA => 1.5 mW
|
|
|
|
|
|