The black Lectrosonics M152 is an omnidirectional lavalier microphone, featuring a wide frequency response that accentuates the presence and character of the human voice. The mic offers a 3.3′ cable, terminating in a TA5F connector designed to work with any Lectrosonics transmitter or recorder with a TA5M input.
The M152’s frequency response is measured at 20 Hz to 20 kHz with a slight rise around 10 kHz, resulting in a brighter, more “airy” response. A low-frequency roll-off around 50 Hz reduces noise caused by proximity effect and ambience. The omnidirectional polar pattern provides a generous response at both the direct and off-axis sections of the microphone capsule, helping to ensure consistent levels.
Locking TA5F Connector
Compatible Wireless Transmitters and Recorders
- Lectrosonics: Works with current and legacy Lectrosonics transmitter and recorder models equipped with a TA5M connector, including the following: SMWB, SMDWB, LMb, LT, MTCR, SPDR, SMV, SMQV, and DBu (TA5M version).
- The M152/5P can also be used with third-party transmitters that are equipped to supply 1.3 to 10 VDC through a TA5M connector with a Lectrosonics servo-bias wiring configuration.
A Clear and Reliable Omnidirectional Lav Mic
Wide Frequency Response with Presence Boost
A wide 20 Hz to 20 kHz frequency range with a light low-end roll-off filter below 50 Hz along with a 2 to 3 dB presence boost in the 10 to 12 kHz range allows the M152 to provide crisp and accurate reproduction of speech and vocals.
Omnidirectional Polar Pattern
The forgiving omnidirectional polar pattern picks up sound from all around the mic and provides a consistent frequency response, even for off-axis sound. This helps to supply clear, intelligible speech, even when the talent isn’t speaking directly toward the microphone.
Headroom for Standard Speech Applications
The mic is designed to handle speech at levels up to 114 dB without distortion, enough headroom for most broadcast and presentation applications.
Tough-Build Quality
The M152 has been designed to minimize mechanical noise and survive the rigors of on-set wear and tear to deliver clear, dependable audio.
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