Da-Cappo’s DA12 headworn microphone is the result of years of development. Now reintroduced under the Que Audio Performance Series.
The Q DA12 incorporates the following features: the same 2.5mm diameter European designed capsule which has been proven to provide clear full-frequency audio.
Enclosure design that protects the capsule in such as way as to be water resistant.
Radical new earpiece design that can be adjusted to suit smaller and larger ears
Adjustable boom length to suit different faces and applications.
DA-12 headworn microphone comes in a zipper pouch containing the mic, cable, tie clip, and two windscreens.
At time of purchase, customer selects one adapter from the wide range available (priced separately).
The Q DA12 Headworn Mic includes:
● 1 DA12 Headworn Microphone
● 1 Detachable Cable - DACA A1E Compact to Compact
● 2 DAWS SE Foam Windscreens
● 1 DATC 1E Tie Clip
● 1 Leatherette Zip Pouch
ITEMS IN STOCK
DA12 BE Single Ear Headworn Microphone, -45 dB (Omni) Beige
DA12 BL Single Ear Headworn Microphone, -45 dB (Omni) Black
DA12 DE Single Ear Headworn Microphone, -45 dB (Omni) Petite Beige
DA12 DL Single Ear Headworn Microphone, -45 dB (Omni) Petite Black
DA12 DC Single Ear Headworn Microphone, -45 dB (Omni) Petite Coffee
DA12 AL Single Ear Headworn Microphone, -35 dB (Omni) Petite Black (closeout)
DA12 CE Single Ear Headworn Microphone, -35 dB (Omni) Petite Beige (closeout)
DA12 EE Single Ear Headworn Microphone, -51 dB (Cardioid) Beige (closeout)
Other DA12 models available by SPECIAL ORDER. Contact your Authorized Que Audio retailer
Closeout models are discontinued items available while supplies last
*Slim almost invisible profile
*Omnidirectional polar pattern
*Interchangeable connection options
*High Sound Pressure Level
Specifications - DA12
Element: Back electret condenser
Polar Pattern: Omnidirectional
Frequency Response: 20Hz-20Khz
Output impedance: 2K ohms ± 30%
SPL max: 140dB
Operating voltage: 1.5-12V
Cable: 1.4mm * 1.8m
Weight: 1g (W/O cable and connector Mic. Dimension:3.5mm)
*Specification and design subject to change without