Sennheiser MKH 8060 Supercardioid Condenser Shotgun Microphone
Whether it's a feature film, a documentary, an outdoor shoot or a studio production, the MKH 8060 will provide high quality sound to match your great pictures. Handily compact it shows its strengths as a professional shotgun microphone: The MKH 8060 delivers an absolute natural sound and outstanding off-axis linearity, attenuating sound coming from the side without coloration.
Features:
- Super-Cardioid/Lobar Pick-Up Pattern
- Very Natural Sound
- Undistorted Off-Axis Sound
- Exceptionally Low Inherent Self-Noise
- Extremely Low Distortion
- Transformerless and Fully Floating Balanced Output
- High Output Signal
- Non-Reflective Nextel Coating
- Extremely Weather-Proof Due to RF Circuit
- Ideal for Camera Mounting Due to Compact Design
- Becomes a Digital Mic when Combined with the MZD8000 Digital Module
- Timbrally Identical with the other 8000-Series Microphones for Optimum Aural Compatibility
Specifications:
- Transducer Principle: RF Condenser
- Pick-up Pattern: Supercardioid/Lobar
- Frequency Response: 50Hz-25kHz
- Sensitivity: -24dBV/Pa (63mV/Pa)
- Max SPL: 129dB
- Equivalent Noise Level: 11 dB (A) (DIN-IEC 651), 23 dB (CCIR 268-3)
- Phantom Powering: 48V +/-4V Phantom (P48, IEC 61938)
- Current Consumption: 3.3mA
- Nominal Impedance: 25ohms
- Minimum Terminating Impedance: 2kohms
- Weight: 2.8oz (3.9oz with XLR module)
- Length: 5.7" (7" with MZX8000 XLR module)
- Diameter: .75"
- Operating Temperature: -14 degrees F to 140 degrees F
- Transducer Principle: RF Condenser
- Pick-up Pattern: Supercardioid/Lobar
- Frequency Response: 50Hz-25kHz
- Sensitivity: -24dBV/Pa (63mV/Pa)
- Max SPL: 129dB
- Equivalent Noise Level: 11 dB (A) (DIN-IEC 651), 23 dB (CCIR 268-3)
- Phantom Powering: 48V +/-4V Phantom (P48, IEC 61938)
- Current Consumption: 3.3mA
- Nominal Impedance: 25ohms
- Minimum Terminating Impedance: 2kohms
- Weight: 2.8oz (3.9oz with XLR module)
- Length: 5.7" (7" with MZX8000 XLR module)
- Diameter: .75"
- Operating Temperature: -14 degrees F to 140 degrees F