KSM141/SL (PZA) MICROPHONE
Stereo Pair of Dual Pattern Condenser Microphones
Kit with two KSM141 dual-polar pattern studio microphones , for capturing percussion, string, piano and guitar instruments at close range or choirs and wind instruments at medium range.
The KSM141/SL is a front-address, dual-pattern condenser microphone with a rotating pickup pattern for selecting a constant cardioid or true omnidirectional pattern, delivering smooth, highly focused sound recordings. Designed for studio use, yet rugged enough for stage use, the KSM141 can handle extremely high sound pressure levels. Its low self-noise and wide frequency response make it ideal for recording musical instruments.
- Polar pattern condenser studio microphones
- Designed for instrument recording and sound reinforcement
- Capsule pattern is switchable between omnidirectional pickup
The KSM141 microphone can handle extremely high sound pressure levels (SPL). It has a high output level, low self-noise, and reproduces low-frequency sounds exceptionally well. With a selectable polar pattern (omnidirectional or cardioid) and a 3-position pad (0 dB, 15 dB, and 25 dB), the KSM141 is a highly versatile microphone suitable for use in studios and on stage.
Characteristics
- The mechanical polar pattern selector allows you to choose a constant cardioid or true omnidirectional pattern, offering flexibility in many recording applications.
- Lightweight, ultra-thin 2.5-micron, 24-karat gold-plated Mylar® diaphragm for superior transient response.
- Small, discrete, Class A transformerless preamp for extremely fast and transparent transient response, with no crossover distortion and minimal harmonic distortion.
- It uses top-quality electronic components and gold-plated internal and external connectors.
- Subsonic filter that eliminates low frequency noise (below 17 Hz) caused by mechanical vibrations.
- 3-position attenuator (0 dB, 15 dB and 25 dB) to accommodate extremely high sound pressure levels.
- 3-position low-frequency filter reduces background noise and counteracts proximity effect.