Sennheiser e902 Dynamic Cardioid Bass Instrument Microphone

zZounds

Sennheiser e902 Dynamic Cardioid Bass Instrument Microphone
The Sennheiser e902 Dynamic Cardioid Bass Instrument Microphone is designed to capture every detail of your low-end sound. With a focus on precise audio capture, this microphone delivers deep and responsive sound all the way down to 20Hz. It prioritizes your playing by minimizing off-axis noise with its cardioid polar pattern, reducing buzzing with a hum compensating coil, and eliminating rumble with a built-in shock mount. Whether you’re in the studio or on stage, the robust metal chassis ensures durability and reliability.

The Sennheiser e902 produces clear and grainy sound with a full body and precise kick, making it perfect for bass instruments. It features a built-in hum compensation coil to suppress hum and low-frequency noise. The cardioid polar pattern effectively reduces feedback by minimizing off-axis and residual noise. This dynamic microphone can handle high sound pressure levels without distortion, making it suitable for both live performances and studio recordings.

The package includes 1 e902 Microphone, 1 pouch, and 1 user manual. The microphone is equipped with a dynamic microphone element for precise audio capture. It has an extended frequency response down to 20Hz, ensuring that even the lowest bass frequencies are accurately reproduced. The fast transient response is achieved through a superior voice coil. The cardioid polar pattern rejects off-axis noise, allowing for focused sound capture. The rugged construction is designed for demanding stage and studio applications, protecting the microphone against bumps and drops. The shock-mounted capsule reduces rumble and unwanted noise. The microphone has a minimal self-noise thanks to the hum compensating coil.

Specifications of the Sennheiser e902 include dimensions of 128.5 x 60 mm, an XLR-3 connector, and a dynamic transducer principle. The frequency response ranges from 20 to 16000 Hz, and the pick-up pattern is cardioid. The sensitivity in a free field with no load is 0.2 mV/Pa at 1kHz and 0.6 mV/Pa at 60 Hz. The nominal impedance is 350 Ω, and the minimum terminating impedance is 1000 Ω. The weight of the microphone is 440 grams.


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