Sennheiser e614 Supercardioid Condenser Microphone
The Sennheiser e614 is a supercardioid electret condenser microphone designed for general recording and sound reinforcement applications. The Sennheiser e614 is characterised by its good handling of high sound pressure levels and fast transient response, making it the ideal microphone for drums, percussion, bass, guitar, brass and other transient-rich instruments. The supercardioid polar pattern is effective in minimising ambient noise in the off-axis sectors of the microphone capsule. The wide, flat frequency response from 40Hz to 20kHz lends itself to use on both vocals and instruments.
Ambient microphone with an extremely wide frequency range. Centered acquisition. Excellent transient response. As a condenser microphone, the e 614 convinces in demanding scenarios with a natural and complete sound.
Its wide frequency range captures almost all instruments; its extraordinary dynamics conjugates fine nuances of the air, giving them space and depth. Thanks to its precise directivity, the e 614 reliably reduces the loss of other instruments on stage or in the studio.
With its high maximum sound pressure level, it is specially designed for percussion and as a desktop microphone, but also supports strings and woodwind instruments effortlessly.
Features of the microphone Sennheiser e614
- Condenser Microphone
- Excellent directivity across the entire frequency range (40-20,000 Hz)
- Natural sound for flexible applications
- Designed for high sound pressure levels
- Robust and ready for the road
Dimensions
Ø 20mm, L = 100mm
Connector
XLR-3
Frequency response
40 - 20000 Hz
Transducer principle
pre-polarised condenser microphone
Weight
w/o cable: 93 g
Pick-up pattern
super-cardioid
Sensitivity in free field, no load (1kHz)
3 mV/Pa = - 50dB (0 dB = 1 V/Pa)
Nominal impedance
50 Ω
Min. terminating impedance
1000 Ω
Phantom powering
12 – 52 V / 3 mA
Equivalent noise level
24 dB(A)
Equivalent noise level weighted as per CCIR 468-3
35 dB
Maximum sound pressure level (passive)
139 dB/SPL