Halloween Special Cs-m1 - Ultra Short Shotgun Microphone Satisfaction Guaranteed [204RrDyP]

Halloween Special Cs-m1 - Ultra Short Shotgun Microphone Satisfaction Guaranteed [204RrDyP]

The Halloween Special Cs-m1 - Ultra Short Shotgun Microphone Satisfaction Guaranteed [204RrDyP] is a game-changer for audio professionals seeking top-notch performance in a compact package. Designed for seamless integration with cameras or boom poles, this microphone ensures crystal-clear audio without compromising on quality. Its ultra-short design allows for unobtrusive mounting, making it ideal for various shooting scenarios.

Key Features and Specifications

The CS-M1 boasts a super cardioid/lobar directivity, capturing sound with exceptional precision. Its back electret condenser transducer delivers a frequency response of 70Hz – 20kHz, ensuring detailed and accurate audio reproduction. With a sensitivity of 79mV/Pa (-22dB, 0dB=1V/Pa), the microphone captures every nuance with remarkable clarity. The equivalent noise level is an impressive 16dB SPL, and it can handle a maximum SPL of 137dB (1% THD), making it suitable for a wide range of environments. The output impedance is 140 ohms, and it requires +48V±4V phantom power. Its lightweight and compact design, weighing just 55g and measuring 103mm x 19mm (diameter), ensures ease of use and portability.

Practical Applications and Benefits

The Halloween Special Cs-m1 - Ultra Short Shotgun Microphone Satisfaction Guaranteed [204RrDyP] is perfect for a variety of applications, including documentary filmmaking, wildlife filming, and broadcast journalism. Its compact size and superior audio quality make it an excellent choice for professionals who need a reliable microphone that can be easily mounted on cameras or boom poles. The included WM-M1 urethane windscreen provides additional protection against wind noise, ensuring clear audio even in challenging conditions. With the CS-M1, you can capture professional-grade audio in any setting, delivering a listening experience that exceeds expectations.