C636 PROFESSIONAL CONDENSER MICROPHONE
$409.00
AKG C636 Rugged Wired Condenser Microphone – Matte Black – 20 Hz to 20 kHz – 200 Ohm – Cardioid – 3-Pin XLR
Description
AKG C636 Rugged Wired Condenser Microphone – Matte Black – 20 Hz to 20 kHz – 200 Ohm – Cardioid – 3-Pin XLR
World-famous AKG condenser sound quality
For 70 years, AKG has pioneered the art of premium studio-quality sound, and we understand it’s what’s inside that counts. Continuing this legacy, the C636 microphone features a custom-tuned cardioid condenser capsule with hand-selected components that maintains the coveted C535 uncompressed sound. That means you can capture your performance with unfiltered and nuanced studio fidelity, whether you’re on stage in a small club or one of the world’s largest stadiums.
Be aggressive, the C636 can take it
If you’ve ever tried to bring a studio mic on stage, you know they’re too delicate to stand up to the task. The C636 mic’s proprietary double shock suspension system greatly reduces handling noise, even during the most energetic on-stage performances. 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. In addition, a substantial brass layer below the capsule serves as a counterweight that increases stability and delivers cleaner acoustics.
A new approach to broad-spectrum feedback rejection
The C636 essentially eliminates feedback by combining a uniform cardioid polar pattern throughout the entire frequency spectrum with a specially designed suspension and grille for the capsule. This unique approach to housing the capsule avoids unwanted sound reflections on the back of the capsule from stage sound sources, the most common cause of feedback in other microphones
Additional information
| Host Interface | 3-Pin XLR |
|---|---|
| Product Model | C636 |
| Impedance | 200 Ohm |
| Product Material | Metal |
| Rugged | Yes |
| Length | 7.3" |
| Weight (Approximate) | 11.01 oz |
| Application/Usage | Singing |
| Marketing Information | World-famous AKG condenser sound quality For 70 years, AKG has pioneered the art of premium studio-quality sound, and we understand it's what's inside that counts. Continuing this legacy, the C636 microphone features a custom-tuned cardioid condenser capsule with hand-selected components that maintains the coveted C535 uncompressed sound. That means you can capture your performance with unfiltered and nuanced studio fidelity, whether you're on stage in a small club or one of the world's largest stadiums. Be aggressive, the C636 can take it If you've ever tried to bring a studio mic on stage, you know they're too delicate to stand up to the task. The C636 mic's proprietary double shock suspension system greatly reduces handling noise, even during the most energetic on-stage performances. 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. In addition, a substantial brass layer below the capsule serves as a counterweight that increases stability and delivers cleaner acoustics. A new approach to broad-spectrum feedback rejection The C636 essentially eliminates feedback by combining a uniform cardioid polar pattern throughout the entire frequency spectrum with a specially designed suspension and grille for the capsule. This unique approach to housing the capsule avoids unwanted sound reflections on the back of the capsule from stage sound sources, the most common cause of feedback in other microphones |
| Product Name | C636 Microphone |
| Manufacturer | Harman International Industries, Inc |
| Product Type | Microphone |
| Manufacturer Website Address | |
| Manufacturer Part Number | 3439X00020 |
| Product Color | Matte Black |
| Polar Pattern | Cardioid |
| Maximum Frequency Response | 20 kHz |
| Minimum Frequency Response | 20 Hz |
| Brand Name | AKG |
| Connectivity Technology | Wired |
| Microphone Technology | Condenser |
| Noise Canceling | Yes |
