PRODUCT OVERVIEW
he?AKG CK33?is a modular hyper-cardioid microphone capsule designed for use with the AKG GN series, HM 1000, and LM 3 gooseneck, hanging and lavalier microphone fixtures. The hyper-cardioid polar pattern minimizes noise and ambiance at the off-axis (sides) of the microphone. The result increases directivity and provides high gain-before-feedback response when using near speakers or monitors.
The wide frequency response of 50Hz to 20kHz minimizes low frequency noise caused by wind and proximity effect while reproducing audio signal with great accuracy and rich detail. The dual wind screen design employs an outer layer which disperses initial wind stream while the second layer further diffuses the wind stream before reaching the diaphragm. The module design allows quick and easy capsule replacement for added flexibility.

Proven reliability
The CK33 is a high-performance hypercardioid condenser microphone capsule and a good choice in situations when noise comes from the sides or people talk into the microphone from greater distances. The CK33 capsule is integrated into a rugged metal housing and fits any mounting module of the DAM Series. To prevent contact problems, the capsule is equipped with large-area, self-cleaning, gold-plated contacts with deep threads to prevent misalignment and ensure extra-long life. The package includes a special two-part windscreen, which reduces wind and pop noise.
Key Features

The CK33 is designed with a threaded connection for use with the GN series, HM 1000 or LM 3 microphone fixtures. The modular design offers quick capsule replacement and enhances flexibility.
The hyper-cardioid polar pattern offers a 90 degree pick up area. The result minimizes noise and ambient audio signal at the off-axis (sides) of the microphone capsule.

The wide frequency response of 50Hz to 20kHz offers smooth, accurate audio reproduction while minimizing low frequency noise.

The dual layer windscreen provides a primary layer which disperses the incoming wind stream while the second layer further diffuses wind flow before reaching the diaphragm.