NUVO N13 Active Mid Field Ribbon Mic User Guide
- June 1, 2024
- NUVO
Table of Contents
NUVO N13 Active Mid Field Ribbon Mic
Product Information
Product Specifications
- Operating Principle: Pressure gradient transducer
- Directional Pattern: Bidirectional
- Frequency Range: 20 Hz – 20 kHz
- Maximum SPL: 13 dB SPL (1% third harmonic > 1 kHz)
- Sensitivity: 11 mV/Pa (-3 dBV) at 1 kHz, no load
- Output Impedance: 92 ohms broadband
- Rec Load Impedance: 1.0 k or greater
- Phantom Power: P48 phantom power, 7 mA
- Polarity: Pin-2 high for positive pressure at the front of the microphone
- Dimensions: 8.83 in (22.5 cm) (Height), 1.62 in (11.7 cm) (Width), 1.62 in (9.5 cm) (Depth)
- Weight: 12 oz (335 g)
- Shipping Weight: 1 lb 13 oz (810 g)
- Connector: XLR-3M
Product Usage Instructions
Setting Up the AEA N13 Active Mid-Field Ribbon Mic
- Place the microphone on a stable surface or attach it to a microphone stand using the included mic stand clip.
- Ensure the microphone is positioned correctly for optimal sound capture.
- Connect the XLR-3M connector of the microphone to a compatible audio interface or mixer.
- If phantom power is required, make sure to activate it on your audio interface or mixer.
Adjusting Settings and Orientation
- The AEA N13 microphone has a bidirectional pattern, so adjust its orientation according to your sound source.
- Keep in mind the microphone’s polar pattern and maximum SPL to avoid distortion.
Maintaining and Storing the Microphone
- After each use, gently clean the microphone with the soft cloth bag included in the accessories.
- Store the microphone in the provided storage shipping case to protect it from dust and damage.
FAQ
- Q: Does the AEA N13 require phantom power?
- A: Yes, the AEA N13 requires P48 phantom power to operate correctly. Make sure your audio interface or mixer can provide this power before connecting the microphone.
- Q: What is the directional pattern of the AEA N13 microphone?
- A: The AEA N13 features a bidirectional pattern, capturing sound from both the front and back of the microphone while rejecting sound from the sides.
- Q: How should I position the AEA N13 for optimal sound capture?
- A: Position the microphone according to the sound source and adjust its orientation to take advantage of its bidirectional nature. Experiment with placement to achieve the desired sound quality.
SPECIFICATIONS
- Operating Principle: Pressure gradient transducer
- Directional Pattern: Bidirectional
- Frequency Range: <20 Hz to >20 kHz
- Maximum SPL: 139 dB SPL (1% third harmonic > 1 kHz)
- Sensitivity: 11.48 mV/Pa (-38.8 dBV) (at 1 kHz, no load)
- Output Impedance: 92 Ω broadband
- Rec Load Impedance: 1.0 kΩ or greater
- Phantom Power: P48 phantom power, 7 mA
- Polarity: Pin-2 high for positive pressure at the front of the microphone.
Off-Axis Response
- Horizontal: Up to 90 dB rejection at right angles to the front/back axis.
- Vertical: Level changes with the angle of incidence, but the frequency response is consistent.
Transducer Element
- Material: Pure aluminum corrugated ribbon
- Thickness: 1.2 μm
- Width: 0.113 in (2.87 mm)
- Length: 1.30 in (33.0 mm)
Microphone Dimensions
- Height: 8.83 in (22.5 cm)
- Width: 1.62 in (11.7 cm)
- Depth: 1.62 in (9.5 cm)
- Weight: 12 oz (335 g)
- Shipping Weight: 1 lb 13 oz (810 g)
- Connector: XLR-3M
- Accessories Included: Storage/shipping case, mic stand clip, soft cloth bag, user manual.
In compliance with the following requirements: RoHS2 Directive: 2011/65/EU
Dimensions
FREQUENCY RESPONSE
- Data below 200 Hz omitted due to measuring room restrictions
- 0 dBr is equivalent to 11.4 mV/Pa (-38.8 dBV)
- Normalized to 0 dBV at 1kHz. 1/3 octave smoothing
CONTACT
- AEARIBBONMICS.COM
- @RIBBONMICS
- [email protected]
- 626-798-9128
References
Read User Manual Online (PDF format)
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