Sennheiser MKE 2 Clip-On Omni-Directional Lavalier 3-Pin SE Microphone, Beige

The beige Sennheiser MKE 2 Clip-On 3-Pin Omni-Directional Lavalier SE Microphone is a top - notch sub - miniature mic ideal for TV broadcasts and theatrical shows. It offers a great frequency response, capturing natural and pure sound for high - quality audio. Its unique Umbrella Diaphragm ensures moisture resistance while upholding industry - standard audio quality. This microphone has a discreet size that's easy to hide and a perfect omni - directional polar pattern. With an ultra - thin low - mass diaphragm, it has an excellent transient response. The package comes with two extra sound inlet caps to adjust the high - frequency response, suiting various audio needs. For long - lasting use, it features a stranded, stainless - steel reinforced cable for high strength and low contact noise, reliable in any professional scenario. Key features include a dual - diaphragm design to prevent 'sweat - outs', a reinforced cable, acoustical equalization with end caps, and a 1 - year warranty. Specifications cover a frequency response of 20 - 20000 Hz ± 3 dB, a 1.6 - meter cable, and more. The package includes the microphone, two extra sound inlet caps, and a user manual.

Using the Sennheiser MKE 2 microphone is easy. First, clip it onto your clothing where you want to capture sound. Connect the cable to your recording device using the appropriate connection. You can adjust the high - frequency response by changing the sound inlet caps according to your needs. When using it, keep it away from excessive moisture as much as possible, even though it has some moisture - resistant features. Avoid dropping or rough handling to prevent damage to the delicate diaphragm. For maintenance, gently clean the microphone with a soft, dry cloth. Store it in a dry and cool place when not in use. If you encounter any problems, refer to the user manual or contact Sennheiser's customer service. The 1 - year warranty gives you peace of mind in case of any manufacturing defects.