Content | The DAP CM-1 is a thin model condenser-microphone that comes with a cardioid and omni element. Depending on the application or personal taste the element can be exchanged. The CM-1 is ideally suited as a microphone for recording live ambient, drum overhead or acoustic instruments.
Type: Condenser
Freq. response: 30 Hz - 22 kHz (-3 dB)
Polar pattern: omni or cardioid
Sensitivity: 10 mV/Pa -40 dB -
Max. SPL: 132 dB
Impedance: 200 Ohm
power supply: +48V phantom
Connector: XLR male type
Net weight: 130 g
Dimensions: 23 mm (diameter) x L 150 mm
Accessories: microphone-clip |
The e 914 is a high grade condenser microphone for very demanding applications.
Its outstanding sound properties qualify the e 914 for highly sophisticated tasks.
The e 914 is a perfect microphone for ambitious recordings and live performances.
Its main areas of application are acoustic guitars, cymbals, percussion, overhead,
orchestras, grand pianos etc .
Features
Exceptionally lively, clear sound
Three-position sensitivity switch
Three-position bass roll-off/cut-off switch
Very high sound pressure handling capability
Exchangeable microphone capsule
Delivery Includes
e 914 microphone
Microphone clamp
Windscreen
Pouch
User manual
Technical Data
Pick-up pattern cardioid
Frequency response 20...20 000 Hz
Sensitivity in free field, no load (1kHz) 7 mV/Pa
Equivalent noise level 19 dB(A)
Attenuation 0, -10, -20 dB
Max. Sound pressure level (aktiv) 137, 147, 157 dB
Nominal impedance 100 Ohm
Min. terminating impedance 1000 Ohm
Dimensions 24 x 157 mm
Weight 198 g
|
The ME 66 is a shot gun microphone head designed for use with the K6 and K6P powering modules. It is especially suitable for reporting, film and broadcast location applications and for picking up quiet signals in noisy or acoustically live environments as it discriminates against sound not emanating from the main pick-up direction. Matt black, anodised, scratch-resistant finish.
Pick-up pattern : super-cardioid/lobar
Sensitivity in free field, no load (1kHz) : 50 mV/Pa +- 2,5 dB
Nominal impedance : 200 Ohm (K6)
Min. terminating impedance : 1000 Ohm ( K6)
Equivalent noise level : 10 dB
Dimensions : d 22,5 x 221 mm
Weight : 65 g
|
The ME 65 is a super-cardioid microphone head designed for use with the K6 and K6P powering modules. It is especially suited to vocal and speech applications. Matt black, anodised, scratch-resistant finish.
- Pick-up pattern : super-cardioid
- Sensitivity in free field, no load (1kHz) : 10 mV/Pa +- 2,5 dB
- Nominal impedance : 200 Ohm (K6)
- Min. terminating impedance : 1000 Ohm (K6)
- Equivalent noise level : 20 dB
- Dimensions : d 44 x 131 mm
-
Weight :
|
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
|
Cardioid Condenser with 10dB Attenuator and 3 Position Low-Cut Filter
One of the world's great studio microphones, the SM81 provides precise, detailed sound reproduction, is excellent for studio recording, and is rugged enough for live sound reinforcement.
- A standard for acoustic instruments, including guitar and cymbals
- Selectable, low-frequency response -- either flat, 6dB/octave roll-off, or 18 dB/octave roll-off
- Built-in, switchable 10 dB attenuator for use in high SPL situations
- Phantom power only
- Windscreen included
- Low noise and high output clipping
- Cardioid condenser
- Frequency response: 20 to 20,000 Hz
|
Reviews
There are no reviews yet.