Crown PCC-170 Microphone

Crown
Product Code: CROPCC170

List Price: $496.80 Our Price: $432.00

Crown PCC170, PCC170W, Boundary Microphones The PCC-170 is a surface-mount supercardioid microphone that is equally adept in the boardroom, at the lectern, or for teleconferencing.

It comes with an XLR connector. PCC-170W is the same in white; PCC-170SPP is black with a stereo phone plug; and PCC-170WSPP is white with a stereo phone plug. The PCC-170SW is the same as the PCC-170, except that it can be programmed for three modes of operation via a silent-operating membrane switch: touch on/off, momentary on, or momentary off. A base-mounted, 1/4-inch stereo phone plug version is also available as the as the PCC-170SWSPP. The PCC-170SWO includes all the features of the PCC-170SW, and adds remote sensing via a patented opto-coupled MOS switching circuit.

A pair of extra leads in the microphone cable allows remote sensing of the switch closure. Crowns PCC« series of Phase Coherent Cardioid« microphones are unidirectional boundary microphones that offer exceptional acoustic performance in handsome, low-profile enclosures. The PCC-160 is the industry-standard stage floor microphone, while the other models provide an elegant solution for discrete multi-mic applications such as lecterns and boardroom tables as well as altar, teleconferencing and distance-learning applications. Each of the PCC Series microphones employs Crowns Phase Coherent Cardioid boundary microphone technology to provide impressive gain before feedback and directional pickup without sacrificing tonal quality. This results in microphones with a wide, smooth frequency response, free of phase interference from surface sound reflections. And the microphones sensitivity is boosted 6 dB by the surface mounting. In the PCC-170SW and PCC-130SW, flexibility is further enhanced by a membrane switch control option for boardroom and lectern applications.

This unique, silent operating switch can be configured three ways: touch on/off, momentary on, or momentary off operation.Free shipping / No Sales Tax. We'll beat any price! 100% Satisfaction Guarantee. 30 Day Return Policy. Crown PCC170, PCC170W, Boundary Microphones The PCC-170 is a surface-mount supercardioid microphone that is equally adept in the boardroom, at the lectern, or for teleconferencing. It comes with an XLR connector. PCC-170W is the same in white; PCC-170SPP is black with a stereo phone plug; and PCC-170WSPP is white with a stereo phone plug. The PCC-170SW is the same as the PCC-170, except that it can be programmed for three modes of operation via a silent-operating membrane switch: touch on/off, momentary on, or momentary off. A base-mounted, 1/4-inch stereo phone plug version is also available as the as the PCC-170SWSPP. The PCC-170SWO includes all the features of the PCC-170SW, and adds remote sensing via a patented opto-coupled MOS switching circuit. A pair of extra leads in the microphone cable allows remote sensing of the switch closure. Crowns PCC« series of Phase Coherent Cardioid« microphones are unidirectional boundary microphones that offer exceptional acoustic performance in handsome, low-profile enclosures. The PCC-160 is the industry-standard stage floor microphone, while the other models provide an elegant solution for discrete multi-mic applications such as lecterns and boardroom tables as well as altar, teleconferencing and distance-learning applications.

Each of the PCC Series microphones employs Crowns Phase Coherent Cardioid boundary microphone technology to provide impressive gain before feedback and directional pickup without sacrificing tonal quality. This results in microphones with a wide, smooth frequency response, free of phase interference from surface sound reflections. And the microphones sensitivity is boosted 6 dB by the surface mounting. In the PCC-170SW and PCC-130SW, flexibility is further enhanced by a membrane switch control option for boardroom and lectern applications. This unique, silent operating switch can be configured three ways: touch on/off, momentary on, or momentary off operation.