PRO AV CATALOG
Studio Condenser Microphone for Orchestral Recordings
Series: MKH 8000
Model: MKH 8090
- Very natural sound
- Wide frequency response
- Can be used as an analog or with the digital module and digital microphone
- Exceptionally low inherent self-noise
- Symmetrical transducer technology
The MKH 8090 is a high-end RF condenser microphone with a wide cardioid pick-up pattern. It is the ideal main microphone when less acoustic impression of space is demanded. As a support microphone it excels in capturing larger groups of instruments. The microphone operates on the RF principle that has been used by Sennheiser for more than 50 years, now brought to the highest level of perfection. Among the many advantages of this principle are an extremely low inherent self-noise, the capability to handle high sound pressure levels without distortion, and a high resistance to adverse climatic conditions.
- Very natural sound
- Wide frequency response
- Can be used as an analog or with the digital module and digital microphone
- Exceptionally low inherent self-noise
- Symmetrical transducer technology
- Transformerless and fully floating balanced output
- High output signal voltage
- Rugged metal housing with non-reflective Nextel coating
- Extremely weatherproof due to high-frequency circuit
- Polar/Pickup Pattern - Cardiod
- Microphone Type - Condenser
- Microphone Connectivity - Wireless
- Wireless - Yes
- Spec Sheet available - Yes
- Operating Temperature (Maximum): 140 F
- Operating Temperature (Minimum): 14 F
- Maximum Frequency Response (Bandwidth): 50 kHz
- Maximum Frequency Response (Bandwidth): 50000 Hz
- Minimum Frequency Response (Bandwidth): 30 Hz
- Minimum Frequency Response (Bandwidth): 0.03 kHz
- Product Weight: 0.12 lbs
- Impedance: 25 ohm
- Maximum SPL (Sound Pressure Level): 142 dB
- Wireless: Yes
- Sensitivity in Free Field and No Load: 20mV/Pa (34dBV/Pa) with MZF 8000 filter module, 6.3mV/Pa (44dBV/Pa)
- Minimum Terminating Impedance: 2000 ohms
- Equivalent Noise Level: 13 and 23 dB
- Phantom Voltage: 48 +/- 4 V
- Current Consumption: 3.30 mA
- Audio-XLR connector: XLR-3M balanced, transformerless and floating
Advanced Sound & Communication
3817 Broadway
Kansas City, MO 64111
USA
(816) 931-9525
www.advancedsoundkc.com