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The Audix SCX1/HC Microphone is a versatile condenser microphone system featuring interchangeable capsules designed for vocal, general instrument and ambiance capturing applications. The SCX1/HC is also widely used as an interior boompole microphone with outstanding results. The Audix SCX1/HC features a hyper-cardioid polar pattern, which provides exceptional off-axis rejection that provides a narrow pick up area at the direct sections of the capsule. Transformerless circuitry and surface mount technology provide a compact profile and quiet signal response with a low noise floor. The sensitivity and wide frequency response make the microphone ideal for both vocals, guitar, strings, drums and percussion, overhead cymbals and more. The SCX1 has a high SPL rating of 130dB, to allow the capsule to accurately pick up transient (peaking) signal without noise caused by distortion overload.
Hyper-Cardioid Polar Pattern The hyper-cardioid polar pattern provides maximum signal rejection at the off-axis sections of the microphone head. This provides a low noise floor and high gain-before-feedback response. Modular Capsule Design The SCX1/HC includes a hyper-cardioid capsule however an omnidirectional, omni-presence and cardioid capsules are available. Surface Mount Technology Surface mount technology provides a smaller, compact profile, making microphone placement and positioning quick and easy. Transformer-less Design The SCX1 provides transformerless output circuitry resulting in high signal to noise ratio and high signal output. Transducer | Condenser | Polar Pattern | Hypercardioid | Frequency Response | 40Hz to 20kHz | Dynamic Range (Typical) | 116dB | Signal-to-Noise Ratio | Off-Axis Rejection: >20dB / 0dB | Maximum Input Sound Level | 130dB | Power Requirements | 48V to 52V Phantom Power | Output Jitter | 150 ohms | Output Connectors | 3-pin XLR male | Dimensions (LxDiameter) | 4.09 x 0.82" (104 x 21mm) | Weight | 4 oz (114g) |
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Κάψα elecret σούπερ - καρδιοειδής, 40Hz-20kHz
Τύπος κάψας : σούπερ - καρδιοειδής
Ευαισθησία σε ελεύθερο πεδίο, χωρίς φορτίο (1kHz) : 10 mV/Pa +- 2,5 dB
Αντίσταση : 200 Ohm (K6)
Τερματισμένη αντίσταση : 1000 Ohm (K6)
Σχετικό επίπεδο θορύβου : 20 dB
Διαστάσεις : d 44 x 131 mm
Βάρος :
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The ME 62 is an omni-directional microphone head suitable for K6 and K6P
powering modules. It can be used for reporting, discussions and interviews.
The ME 62 is particularly suitable for good reproduction of 'room' ambience
and 'spaced omni' stereo recording. Matt black, anodised, scratch-resistant finish.
Features
Omni-directional pick-up pattern
Minimal inherent self-noise
Excellent rejection of rumble, wind and handling noise
Wide frequency response
High maximum sound pressure level
Integral pop filter
Delivery Includes
1 ME 62
Technical Data
Pick-up pattern omni
Sensitivity in free field, no load (1kHz) 31 mV/Pa +- 2,5 dB
Nominal impedance 200 Ohm (K6)
Min. terminating impedance 1000 Ohm (K6)
Equivalent noise level 15 dB
Equivalent noise level weighted as per CCIR 468-3 27 dB
Dimensions d 22,5 x 94 mm
Weight 30 g
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Δυναμικό μικρόφωνο χειρός, υπερκαρδιοειδούς κάψας, απόκριση συχνότητας 40 - 16ΚHz, βάρους 330 gr. Ιδανικό για φωνή σε χρήση stage. - Τύπος κάψας : Super-cardioid
- Απόκριση Συχνότητας : 40.....18000Hz
- Ευαισθησία σε ελεύθερο πεδίο, χωρίς φορτίο : (1kHz) 2,0mV/Pa bei 1 kHz = -54dB (0 dB = 1V/Pa) = -74 dB (0 dB = 1V/ubar)
- Αντίσταση : 350 Ohm
- Τερματισμένη αντίσταση : 1000 Ohm
- Διαστάσεις : 47 x 186 mm
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Βάρος : 330 g
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Πυκνωτικό μικρόφωνο καρδιοειδούς/υπερκαρδιοειδούς πολικού διαφράγμματος
(με εναλλαγή κάψας),ιδανικό για εφαρμογές studio/home recording, musical instruments
recording και location. Aπόκριση συχνότητας 40Hz-20kHz +/-10dB,maximum SPL 134 dB.
Παρέχεται σε μεταλλική βαλίτσα & περιλαμβάνει, 2 πυκνωτικές κάψες (καρδιοειδή/υπερκαρδιοειδή)
αντικραδασμιακή βάση στήριξης, 1x mounting bracket, 1xwindscreen.
| ΥΠΕΡΚΑΡΔΙΟΕΙΔΗΣ ΠΥΚΝΩΤΙΚΗ ΚΑΨΑ, ΕΥΑΙΣΘΗΣΙΑ 20MV/PA, ΑΠΟΚΡΙΣΗ ΣΥΧΝΟΤΗΤΑΣ 50HZ-20KHZ, 125dB MAX SPL. ΔΙΑΜΕΤΡΟΣ 13,5CM. ΠΕΡΙΛΑΜΒΑΝΕΤΑΙ ΑΝΤΙΑΝΕΜΙΟ. ΣΥΝΔΥΑΖΕΤΑΙ ΜΕ ΟΛΑ ΤΑ MODULE GN SERIES.
Technical specifications
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