Shure UL4B/C-XLR-A UniPlex Cardioid Subminiature Lavalier Microphone - Black with XLR Connector
The Shure UL4B/C-XLR-A UniPlex Cardioid Subminiature Lavalier Microphone is a must-have for anyone seeking professional audio quality in speech and performance applications. Whether you're in a broadcast, corporate, or conference setting, this microphone delivers outstanding results.
• Compact and discreet design for easy placement
• Professional sound quality for clear speech and presentations
• Advanced 1.6 mm Shure Plex cable for durability and flexibility
This microphone features a 5 mm cardioid subminiature design that allows for discrete placement and improved gain-before-feedback. The professional sound quality makes it ideal for speech and presentation applications. The advanced 1.6 mm Shure Plex cable offers a dual redundant ground that serves as a secondary shield for unprecedented longevity. It's also immune to memory effect and kinks, and can be fully painted with typical theater paints, pens, and polishes.
The microphone comes in black and features XLR connectors. It has a frequency response of 40 Hz to 20 kHz, a sensitivity of –42.5 dBV/Pa, a self-noise of 32 dB SPL-A A-weighted, and a signal-to-noise ratio of 62 dB-A. The maximum SPL is 130.0 dB SPL 1 kHz @ 1% THD, typical, and the dynamic range is 98 dB typical. The microphone current draw is 530 μA, maximum, and the recommended operating voltage is 3.5-5 VDC (5.5VDC MAX). The housing is molded ABS, the cable diameter is 1.6 mm, the cable length is 66.0 in (1.67 m), the net weight is 12.5 g (0.44 oz), and the capsule dimensions are 17 mm × 5 mm.
The Shure UL4B/C-XLR-A UniPlex Cardioid Subminiature Lavalier Microphone is perfect for speech and performance in broadcast, corporate, and conference settings. It's great for professionals who need high-quality audio. The microphone is compact, with a 5 mm cardioid subminiature design for easy placement. It has a 66.0 in (1.67 m) 1.6 mm cable, weighs 12.5 g (0.44 oz), and has capsule dimensions of 17 mm × 5 mm.
