<span class=fontstyle0>Each XLR Phantom microphone has a special characteristic such as different Max Sound Level, Nominal Sensitivity, \nFrequency, Inherent Noise, etc.</span> \n \nAdvantages for XLR Phantom microphones: \n<ul> \n <li>Nickle diaphragm coated with quartz</li> \n <li>Omnidirectional with high sensitivity</li> \n <li>Most suitable for concert halls and spot miking for acoustical instruments</li> \n <li>Precise detailed and natural reproduction</li> \n <li>Highest possible audio quality</li> \n</ul> \n<span class=fontstyle0>XLR series microphones are phantom-powered measurement-level studio microphones which \nhave 3-pin XLR.</span> \n \n<span class=fontstyle0>According to the diameter of capsules, XLR series include 1” 1/2” and </span><span class=fontstyle2>¼</span><span class=fontstyle0>” studio microphones. \n</span><span class=fontstyle0> \n</span> \n<table class=NormalTable style=height: 691px; width=857> \n<tbody> \n<tr> \n<td width=264><span class=fontstyle4>Type </span></td> \n<td width=71><span class=fontstyle4>XLR11 </span></td> \n<td width=82><span class=fontstyle4>XLR22 </span></td> \n<td width=83><span class=fontstyle4>XLR30 </span></td> \n<td width=82><span class=fontstyle4>XLR24 </span></td> \n<td width=106><span class=fontstyle4>XLR45 </span></td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Polar Pattern </span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td width=526><span class=fontstyle5>Omni</span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Nominal Sensitivity </span></td> \n<td width=71><span class=fontstyle5>-24 dB </span></td> \n<td width=82><span class=fontstyle5>-28 dB </span></td> \n<td width=83><span class=fontstyle5>-30 dB </span></td> \n<td width=82><span class=fontstyle5>-36 dB </span></td> \n<td width=106><span class=fontstyle5>-52dB </span></td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Frequency range </span></td> \n<td width=71><span class=fontstyle5>20</span><span class=fontstyle5>˜</span><span class=fontstyle5>20K </span></td> \n<td width=82><span class=fontstyle5>20</span><span class=fontstyle5>˜</span><span class=fontstyle5>20K </span></td> \n<td width=83><span class=fontstyle5>20</span><span class=fontstyle5>˜</span><span class=fontstyle5>20K </span></td> \n<td width=82><span class=fontstyle5>20</span><span class=fontstyle5>˜</span><span class=fontstyle5>40K </span></td> \n<td width=106><span class=fontstyle5>20Hz</span><span class=fontstyle5>˜</span><span class=fontstyle5>50K </span></td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Output Impedance </span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td width=526><span class=fontstyle5>220Ω</span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Element </span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td width=526><span class=fontstyle5>Prepolarized</span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Maximum Input Sound Level \n(1%THD@1KHz) </span></td> \n<td width=71><span class=fontstyle5>130dB </span></td> \n<td width=82><span class=fontstyle5>140dB </span></td> \n<td width=83><span class=fontstyle5>130dB </span></td> \n<td width=82><span class=fontstyle5>155dB </span></td> \n<td width=106><span class=fontstyle5>160dB </span></td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Selfnoise </span></td> \n<td width=71><span class=fontstyle5>18dB(A) </span></td> \n<td width=82><span class=fontstyle5>18dB(A) </span></td> \n<td width=83><span class=fontstyle5>22dB(A) </span></td> \n<td width=82><span class=fontstyle5>20dB(A) </span></td> \n<td width=106><span class=fontstyle5>30dB(A) </span></td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Supply Voltage (P48, IEC \n61938) </span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td width=526><span class=fontstyle5>48V</span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Microphone Diameter (inch) </span></td> \n<td width=71><span class=fontstyle5>1 </span></td> \n<td width=82><span class=fontstyle5>1/2 </span></td> \n<td width=83><span class=fontstyle5>1/2 </span></td> \n<td width=82><span class=fontstyle5>1/2 </span></td> \n<td width=106><span class=fontstyle5>1/4 </span></td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Sound Field </span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n<td width=526><span class=fontstyle5>Free-field</span></td> \n<td class=width_71 width=71></td> \n<td class=width_71 width=71></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Typical Sensitivity (mv/pa) </span></td> \n<td width=71><span class=fontstyle5>60 </span></td> \n<td width=82><span class=fontstyle5>40 </span></td> \n<td width=83><span class=fontstyle5>30 </span></td> \n<td width=82><span class=fontstyle5>12 </span></td> \n<td width=106><span class=fontstyle5>4 </span></td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Diaphragm </span></td> \n<td width=71><span class=fontstyle5>Nickel </span></td> \n<td width=82><span class=fontstyle5>Nickel </span></td> \n<td width=83><span class=fontstyle5>Nickel </span></td> \n<td width=82><span class=fontstyle5>Nickel</span></td> \n<td width=106>Nickel</td> \n<td width=100></td> \n</tr> \n<tr> \n<td width=264><span class=fontstyle4>Class </span></td> \n<td width=71><span class=fontstyle5>1 </span></td> \n<td width=82><span class=fontstyle5>1 </span></td> \n<td width=83><span class=fontstyle5>2 </span></td> \n<td width=82><span class=fontstyle5>1 </span></td> \n<td width=106>1</td> \n<td width=100></td> \n</tr> \n</tbody> \n</table> \n \n \n<a href=https://placidinstruments.com/wp-content/uploads/2020/12/PI_20_PCR_003.pdf>Download datasheet PLACID Phantom XLR series</a> \n \n<a href=https://placidinstruments.com/contact-us/>Please send us your inquiry.</a>
Category: Measurement microphone sets