AT898 - Audiotechnica
Wired microphones > Lavalier
€ 269,00 + VAT
€ 328,18 VAT Included
Adcom - Audiotechnica
New
Available in 7 days
The Audio-Technica AT898 lavalier microphone is designed to be mounted on, or hidden underneath clothing. It's slim low-profile design is ideal for broadcast and theatrical applications. The tailored frequency response accentuates the frequency response of vocals while minimizing low frequency noise. A low-frequency roll-off switch further minimizes noise due to hum, ambiance and proximity effect. The AT898 features a condenser element with a cardioid polar pattern. The cardioid pattern is effective in minimizing noise and ambiance at the off-axis sections of the microphone capsule. The microphone includes the AT8537 phantom power supply module.
Low Profile Design
The slim, miniature profile of the AT898 is ideal for broadcast, video and performance applications.
Cardioid Polar Pattern
The cardioid polar pattern is effective in minimizing noise and off-axis audio that can cause feedback.
Tailored Frequency Response
The tailored frequency response minimizes low-frequency noise while accentuating the frequency range of vocals.
Low Frequency Roll-Off
A low frequency roll-off switch minimizes noise and low frequency audio caused by ambiance, proximity effect, etc.
Battery or Phantom Power
The included AT8537 power supply is capable of either phantom or battery power.
Low Profile Design
The slim, miniature profile of the AT898 is ideal for broadcast, video and performance applications.
Cardioid Polar Pattern
The cardioid polar pattern is effective in minimizing noise and off-axis audio that can cause feedback.
Tailored Frequency Response
The tailored frequency response minimizes low-frequency noise while accentuating the frequency range of vocals.
Low Frequency Roll-Off
A low frequency roll-off switch minimizes noise and low frequency audio caused by ambiance, proximity effect, etc.
Battery or Phantom Power
The included AT8537 power supply is capable of either phantom or battery power.












