Audio-Technica BP892-TH MicroSet Headworn Microphone with Power Module
A headworn condenser mic with omnidirectional polar pattern providing natural audio.
Audio-Technica's high-SPL BP892-TH MicroSet mic with power module offers you high-quality, low-profile, high-performance audio. Delivering clear-and-accurate sound in an inconspicuous package, the ultra-lightweight BP892-TH headworn mic hooks securely behind either ear and can be worn for hours without fatigue. For maximum stability and comfort, the included AT8464 dual-ear microphone mount converts the Audio-Technica MicroSet to a dual-ear-worn mic.
The Audio-Technica BP892-TH's headset microphone features a flat, extended frequency response and other outstanding performance specifications, resulting in extremely intelligible, natural audio for stage and television talent, lecturers, and houses of worship. Protected by a highly durable Parylene coating, this headworn mic is built to stand up to the rigors of day-to-day use.
Handles high sound pressure levels with ease
Extremely intelligible natural audio
Inconspicuous, lightweight headset with capsule diameter of just 2.6mm is ideal for applications requiring minimum visibility
Ergonomic under-ear design—flexible, lightweight contoured loop hooks behind the ear for an ultra-secure, comfortable fit with or without glasses
Microphone comes equipped with AT8464 Dual-Ear Microphone Mount that converts single ear-worn MicroSet to a dual-ear-worn mic for maximum stability and comfort
High-pass filter on power module provides a steep low-frequency attenuation to improve sound pickup without affecting voice quality
BP892-TH MicroSet Headworn Microphone with Power Module
Element: Fixed-charge back plate, permanently polarized condenser
Polar pattern: Omnidirectional
Frequency response: 20-20,000Hz
Low frequency roll-off: 80Hz, 18dB/octave
Open circuit sensitivity: -49dB (3.5 mV) re 1V at 1 Pa
Impedance: 250 ohms
Maximum input sound level: 135dB SPL, 1kHz at 3% T.H.D.
Dynamic range (typical): 104dB, 1kHz at Max SPL
Signal-to-noise ratio: 63dB, 1kHz at 1 Pa
Phantom power requirements: 11-52V DC, 2 mA typical