AKG PCC160 Crown Microphone

Discover the AKG PCC160 Crown Microphone
Step into the realm of professional audio with the AKG PCC160 Crown Microphone, a staple in the industry known for its robust performance and precision. Designed as a boundary layer microphone, the PCC160 excels in capturing sound in a variety of settings, from live performances on stage floors to controlled studio environments. Its ability to handle up to 120dB SPL without distortion makes it a reliable choice for capturing loud sources.

Engineered for Clarity and Performance
The PCC160 is not just about volume; it’s crafted to deliver clarity. It features a bass-tilt switch that allows users to customize the low-end response, tailoring it for different scenarios, whether that’s enhancing a kick drum on stage or refining a speaker’s voice in a conference setting. This flexibility ensures optimal performance across a spectrum of audio tasks.

Advanced Technology for Superior Sound
Utilizing PCC® (Phase Coherent Cardioid®) technology, the PCC160 offers a unique advantage. The technology employs exceptionally small diaphragms, which ensure that phase cancellations occur above the audible range, resulting in a wide and smooth frequency response free from phase interference. This technology makes the PCC160 an excellent microphone for achieving a natural sound quality with expansive clarity.

Directional Precision with Supercardioid Polar Pattern
The supercardioid polar pattern of the PCC160 is specially designed to improve gain before feedback and minimize room noise from the rear and sides. This directional precision is crucial for use in live settings, where isolating the sound source from ambient noise is key to achieving clear and impactful audio capture.

Durable Design for Professional Use
Built to endure the rigors of heavy use, the PCC160 comes with a rugged construction that stands up to the demands of touring and frequent setups. The inclusion of a supercardioid polar pattern not only enhances audio quality but also contributes to the microphone's durability by reducing the risk of damage from rear acoustic energy.