Audio Technica AT2020 USB, USB Cardioid Condenser Microphone
Based on the renowned AT2020
The AT2020 USB is based on the design of Audio-Technica’s critically acclaimed AT2020 cardioid condenser microphone. Like the AT2020, it features a low-mass diaphragm, custom-engineered for extended frequency response and superior transient response.
With low self-noise, the AT2020 USB is perfectly suited for sophisticated digital recording equipment. Audio-Technica’s state-of-the-art design and manufacturing techniques ensure that the microphone complies with the company’s renowned consistency and reliability standards.
Experience AT2020 USB. Plug it in and transform your sound.
Side-address studio condenser with USB digital output (Windows and Mac compatible)
• Crystal-clear, natural sound for podcasting, home studio recording, field recording, and voiceover use
• Custom-engineered low-mass diaphragm provides extended frequency response and superior transient response
• Cardioid polar pattern reduces pickup of sounds from the sides and rear, improving isolation of desired sound source
• Low self-noise – perfectly suited for sophisticated digital recording equipment
• Includes tripod desk stand, pivoting stand mount, USB cable & storage pouch
SPECIFICATIONS
ELEMENT Fixed-charge back plate, permanently polarized condenser
POLAR PATTERN Cardioid
FREQUENCY RESPONSE 20-16,000 Hz
POWER REQUIREMENTS USB Power (5V DC)
WEIGHT 13.2 oz (374 g)
DIMENSIONS 6.38" (162.0 mm) long,
2.05" (52.0 mm) maximum body diameter
OUTPUT CONNECTOR USB-type
ACCESSORIES FURNISHED Pivoting stand mount for 5/8"-27 threaded stands; 5/8"-27 to 3/8"-16 threaded adapter; soft protective pouch; tripod desk stand; 10' (3.1 m) USB cable
BIT DEPTH: 16 bit
SAMPLE RATE: 44.1 kHz
GENERAL CONDITIONS
Specifications and product details are subject to change without notice.
Definitions/explanations for technical terms will be found in a large Glossary on this site. Links have not been included within the text on most pages, to keep them as readable as possible; but a Glossary button appears in the Navigation Bar at the top of each page.
MICROPHONE CONDITIONS (ADDITIONAL COMMENTS)
Open Circuit Sensitivity At 1 kHz, with 1 Pa (Pascal) = 94dB sound pressure level (SPL), measured at diaphragm. Stated in dB re 1 volt, and in millivolts.
Noise, typical A-weighted, using Audio Precision System One measurement system.
Weight Stated for the microphone only, without accessories, and without attached cable/power module, if applicable.
Frequency Response (Graph) Shows mic output versus frequency with a constant sound input level from a source 0.5 meters from the diaphragm. Each vertical division in the graph is 10dB. A dashed line, if present, shows the effect of a low-roll-off (hi-pass) function.
Polar Pattern (Graph) Shows mic output versus angular direction of the sound source, with a constant sound input level at 1 kHz, at a constant distance from the diaphragm. Zero degrees (0°) is the "front" of the mic. Each circular division in the graph is 5 dB, beginning from the 0° point and counting inward.
Additional Information Profile pages for some products provide links to additional information, such as further specifications, operating instructions, product reviews, etc. These may be in various forms, such as text, graphics and pdf files.
Related Models Some profile pages provide links to other models of a most-similar or closely related type or function that may also be of interest.
HEADPHONE/HEADSET CONDITIONS (ADDITIONAL COMMENTS)
Headphone Sensitivity Input of 1 milliwatt at 1 kHz into rated impedance; output in dB SPL, using a Brüel & Kjaer 4153 coupler.
Maximum Input Power At 1 kHz into rated impedance.
Boom Mic Sensitivity Open circuit, at 1 kHz, with 1 Pa (Pascal) = 94dB sound pressure level (SPL), measured at diaphragm. Stated in dB re 1 volt, and in millivolts.
Additional Information Profile pages for some products provide links to additional information, such as further specifications, operating instructions, product reviews, etc. These may be in various forms, such as text, graphics and pdf files.
Related Models Some profile pages provide links to other models of a most-similar or closely related type or function that may also be of interest.
