Description
The black BP894x MicroSet Cardioid Condenser Headworn Microphone from Audio-Technica is a low-profile headworn mic that features a rotating-capsule housing with a talk-side indicator for accurate polar pattern placement. With its capacity for aiming the cardioid condenser capsule directly at the sound source, it can be used to capture audio for live stage, theater, television talents, lecturers, and worship leaders.The BP894x headworn microphone securely hooks behind either ear and can be worn for hours without fatigue. For maximum comfort and stability, the included AT8464x dual-ear adapter kit converts the MicroSet to a dual-ear-worn unit. The subminiature cardioid condenser delivers a flat, extended frequency response, resulting in extremely intelligible, natural audio.Engineered to stand up to the rigors of day-to-day use, the BP894x MicroSet includes two foam windscreens, two element covers/moisture guards, a detachable cable with cH connector, power module with 3-pin XLR connector, dual-ear adapter kit, cable clip, belt clip, and carrying case.None Features a rotating capsule housing with talk-side indicator for perfect polar pattern placement from either earNone Subminiature cardioid condenser capsule offers extremely intelligible, natural vocal reproductionNone Inconspicuous, lightweight headset with capsule diameter of just 2.6mm is ideal for applications requiring minimum visibilityNone Ergonomic under-ear design the flexible, lightweight, contoured loop hooks behind the earfor an ultra-secure, comfortable fit even for those wearing glassesNone Detachable, field-replaceable cable with robust connector at the earset and a variety of available output terminationsNone Handles high sound pressure levels with easeNone This version includes a power module (AT8545), which has a high-pass filter that provides a steepNone Comes with the AT8464x Dual-Ear Adapter Kit that converts the single-ear MicroSet to a unit that's worn on both ears for maximum stability and comfortNone Constructed of hypoallergenic materials