The C636 from AKG is a cardioid condenser microphone that’s built to handle the rigors of live sound applications. Based on the legendary C535, this updated condenser mic delivers the quality you crave while the rugged housing delivers the durability your project demands. As such, the C636 is ideal for live vocals in all sorts of environments, from small clubs to the largest stadiums.
Experience the next generation of a legend. Using handpicked components that maintain the uncompressed sound of the C535, the C636 features a custom-tuned cardioid condenser capsule that is capable of capturing your performance with unfiltered, nuanced fidelity and a pure, transparent tone. The cardioid polar pattern eliminates feedback while minimizing the pickup of noise from the sides and rear. A proprietary double shock suspension system minimizes handling noise and equips this mic to do what most condensers can only dream: handle on-stage audio in the most energetic performances.
When it comes to getting great performance from a condenser mic, it’s what’s inside that counts. With extremely rugged zinc alloy construction and a spring steel grille, the C636 stands up to the most demanding tours. Its 24-karat gold-plated capsule protects the mic against moisture and corrosion. Its capsule sits on a highly absorbent rubber bearing, eliminating any structure-based noise, while an adjustable balancing network cancels vibrations over a wide frequency range.
Pops can be the nemesis of a good performance. With this in mind, AKG has developed a unique triple-layer protection system to keep your sound flawless. This state-of-the-art, multi-layer pop noise rejection system provides clear, plosive-free performance for singers and other vocals. The protection system consists of a grille, a foam layer behind the grille, and a magnetically-attached computer-modeled mesh layer on top of the capsule. In addition, a substantial brass layer below the capsule serves as a counterweight that increases stability and delivers cleaner acoustics.
Achieve studio quality on the stage. Included in the box with the C636 microphone is a stand adaptor for easy setup as well as a microphone bag for protection against moisture and dust when the mic’s not in use.
AKG C636 Features
- World-famous AKG condenser sound quality
- Triple pop noise protection
- Rugged zinc alloy construction
- 24-karat gold-plated capsule
- Uniform cardioid pattern
- Proprietary double shock suspension system
- C636 Cardioid Condenser Microphone1
- SA61 Stand Adaptor1
- Microphone Bag1
- Transducer TypeCondenser
- Polar PatternCardioid
- Frequency Response20 Hz - 20 kHz
- Output Impedance200 ohms
- Sensitivity5.6 mV/Pa
- Equivalent noise level20 dB-A
- Signal to Noise74 dB-A
- Max. SPL for 1 % THD150 dB
- Bass cut filter80 Hz, 12 dB/octave
- Powering InterfaceVoltage48 V, Current4 mA
- FinishMatte Black
- Connector3-Pin XLRM
- Length185 mm
- Diameter51 mm
- Net Weight312 g
About Condenser Microphones at Sound Productions
Achieve professional polish to your studio sound with condenser microphones from Sound Productions. A condenser microphone uses a capacitor that converts sound vibrations into electric currents. It is characterized by increased sound sensitivity than a dynamic mic, enabling it to capture more natural, detailed audio from vocals and instruments.
Use a large-diaphragm condenser mic (sometimes called a “capacitor mic”) to optimize the sound of vocals, acoustic guitar, and ambient room audio. Alternatively, choose a small diaphragm condenser mic (or “pencil mic”) for acoustic instruments including guitars, classical instruments, cymbals, and drum overheads. The smaller capsule and lightweight build make it easy to place perfectly in almost any miking application, while the consistent polar pattern makes a pair of small-diaphragm condenser mics the perfect choice for stereo miking.
Compared to the other popular option of dynamic microphones, condenser mics are louder, pick up a wider frequency response, and enjoy an expansive dynamic range—all aspects that make them ideal for studio recording.
