Product Detail
AKG has crafted the LC617 MD, a next - gen omnidirectional lavalier clip - on microphone, building on the great legacy of the C544 and C555. It's a top - notch choice for presenters and actors. This microphone delivers outstanding sound, even in tough presentation settings. In today's market, many low - to - mid - price wireless systems use 2.4 GHz technology, which can cause interference with microphones. But the LC617 MD is well - protected against such issues. Its key upgrades include excellent RF shielding and compatibility with all major wireless systems on the market. You can choose between two versions: black and beige. The black one comes with a tie clip, perfect for presenters to wear on a suit or tie. The beige version has a cable clip and is designed to be mounted in an actor's mask. Key features are high RF rejection, a microdot adapter, moisture resistance, studio - quality sound, and a uniform polar pattern. Technical specs: it's a back - electret condenser with an audio frequency bandwidth of 20 - 20000 Hz, an equivalent noise level of 34 dB - A, sensitivity of 7 mV/Pa, a signal - to - noise ratio of 60 dB - A, max SPL for 1% THD of 115 dB, electrical impedance of 200 Ohms, recommended load impedance of 2000 Ohms, an omnidirectional polar pattern, dimensions of 19 mm in length and 8.5 mm in diameter, net weight of 5.3 g, 2 - pin Microdot audio output contacts, and it operates at a voltage of 1 to 10 V.
Using the AKG LC617 MD lapel microphone is easy. For presenters, if you choose the black version, just attach the tie clip to your suit or tie. Actors can use the cable clip of the beige version to mount it in their mask. When connecting, make sure to use the 2 - pin Microdot adapter properly. Remember to power it with a voltage between 1 and 10 V. As for maintenance, keep it away from moisture because it's only moisture - resistant, not waterproof. If it gets dirty, gently wipe it with a soft cloth. Also, store it in a dry and cool place when not in use. Avoid exposing it to strong RF sources to maintain its high - performance sound quality.
