The AT897 Line/Gradient Condenser Microphone is designed for field audio acquisition in film/TV/video production, professional recording, and wildlife recording and broadcast applications. It mounts conveniently on a DV camcorder without adding noticeable heft, and remains out of the frame even with compact digital cameras. This high-performance short shotgun offers outstanding long-distance audio pickup due to narrow acceptance angle of line + gradient design. It also features smooth, natural-sounding on-axis audio quality and excellent off-axis rejection of sound arriving from the sides and rear of mic.
Designed for video production and broadcast (ENG/EFP) audio acquisition
Short length (11") ensures mic stays out of the shot, even when used with compact digital cameras
Smooth, natural-sounding on-axis audio quality
Provides the narrow acceptance angle desirable for long-distance sound pickup
Excellent sound rejection from the sides and rear of mic
Switchable low-frequency roll-off
Operates on battery or phantom power
RoHS compliant, free from all substances specified in the EU directive on hazardous substances
Microphone Connectivity - Wired
Microphone Type - Condenser
Microphone Type - Shotgun
Polar/Pickup Pattern - Other
Warranty - Yes
ROHS Compliant - Yes
Spec Sheet available - Yes
Impedance:
Phantom: 200 ohms; Battery: 300 ohms
Maximum Frequency Response (Bandwidth):
20 kHz
Maximum Frequency Response (Bandwidth):
20000 Hz
Minimum Frequency Response (Bandwidth):
20 Hz
Minimum Frequency Response (Bandwidth):
0.02 kHz
Impedance:
200 ohm
Maximum SPL (Sound Pressure Level):
115 dB
ROHS Compliant:
Yes
Signal to Noise Ratio:
77 dB
Wireless:
No
Current Draw:
0 Amps
Product Weight:
0.15 kg
Warranty (Length/Type):
5 Years/Limited End-user
Element:
Fixed-charge back plate, permanently polarized condenser
Low Frequency Roll-off:
80Hz, 12dB/octave
Sensitivity:
-40 (Phantom)/-41(Battery) dB
Dynamic Range (Typical):
112 (Phantom)/ 98 (Battery) dB
DC Voltage:
11 to 52 Volts
OUTPUT CONNECTOR (POWER MODULE):
Integral 3-pin XLRM