Shure KSM141/SL

Clarity is key. Especially when it comes to instruments. So take advantage of the Shure KSM141/SLs premium design and construction. A rotating collar allows easy switching between cardioid or omnidirectional polar pattern helping you get the very best out of your sound source.An ultra-thin gold-layered Mylar diaphragm combined with a Class-A transf... moreormerless preamp provides you with an extremely fast transient response with exceptional transparency. The preamp also prevents any crossover distortion as well as keeping harmonic distortion to an absolute minimum. No matter what youre recording the KSM141/SL can handle it. A three-position LF filter lets you eliminate background noise and counteract the proximity effect. Whilst a switchable pad offering options for 0dB 15dB and 25dB means this high-performance mic can handle huge SPLs all the way up to 170dB.

As we are a Japanese shop, please take the following precautions when purchasing certain products. [Precautions when using electrical appliances] When using electrical appliances, please note that the voltage is different from that in Japan and may cause malfunctions. The plug type is Japanese type (A or B type), so please check the voltage before... moreusing a transformer. Please note that a transformer is different from a conversion adapter. We are not responsible for malfunctions caused by use without a transformer. Mechanical polarity switch allows you to switch between ultra-uniform cardioid polar pattern and true omnidirectional pattern for flexibility in a variety of recording situations Ultra-thin, 2.5 micron, 24K gold plated, low mass Mylar(R) diaphragm provides excellent transient performance Class A discrete transformerless preamplifier minimizes harmonic distortion and cross-modulation distortion, delivering zero crossover distortion, ultra-fast transient response, and transparent sound quality. Adopts high-quality electronic parts including gold-plated connectors both inside and outside Subsonic filter removes low frequency noise below 17 Hz caused by mechanical vibrations