D:screet Core 6066 - Microphone DPA - Free user manual and instructions
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USER MANUAL D:screet Core 6066 DPA
3 mm of audio perfection

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Medical medical device with three metallic tubing and a probe, displayed against a dark background (no text or symbols visible)6066 Subminiature Headset 6060 Subminiature Lavalier
dpamicrophones.com/3mm
You've never heard a subminiature like this before
• Amazingly tiny 3 mm capsules
• CORE by DPA technology
- Renowned DPA sound
We've taken the amazing CORE by DPA technology and shrunk it down to fit into our 3 mm (.12 in) subm nature mics. Despite their small size, they pack the audio power of our larger, award-winning DPA mics. So now you don't have to compromise on sound to focus on aesthetics.
Precision engineering and miniscule optimizations of our capsule technology have created a subminiature that significantly outperforms all other risks in their class and beyond.
These subminiatures have a lower noise floor than any other 3 mm capsule on the market and they are better able to capture high sound pressure levels without distortion as well. In terms of technical specifications, both the discrete ^TM 6061 and the dfine ^TM 6066 have a noise floor of only 26 dB(A), which is exactly on par with the 5 mm (.20 in) DPA miniature capsules.
Stainless steel construction makes the mic extremely durable. It can tolerate high temperatures and is resilient against impacts and resistant to abrasion. The subminiature mics use the same size cable ( 1.6 mm (.06 in)) and the same rugged cable relief as on our 5 mm mics. The cables are extremely durable, do not become entangled and are equipped with an inner core made of Kevlar that withstands rough pulls. A strain relief is integrated in the mic housing to strengthen the assembly.
6066 Subminiature Headset

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Abstract line drawing of a medical or surgical device with curved and straight lines (no text or symbols)Comfortable, customizable and secure
The new one-size-lits-all headset is the most advanced construction on the market. It ensures comfort, even during long-term wear, but does so without sacrificing security. Its form grips gently and snuggly around the head and ears and is easily adjustable. The headset can be customized quickly on site to suit individual performers for perfect fit every time.

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Close-up of a medical or surgical device with metallic tubing and ear loops (no text or symbols visible)
re
by DPA minimizes distortion on* expands dynamic range * increases clarity

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We asked professional users and they answered. Security Reliability Appearance This unique new headset meets these needs and more. By merging an amazingly tiny capsule design with a strong, ergonomic frame shape and specialized. 3-point ear gnips, this headset is the most secure, yet unobtrusive on the market; staying in place even during vigorous performances. Like all DPA microphones, you can trust this headset to perform day in and day out. Learn more: dpamicrophones.com/6066Advanced construction
The entire headset is made of stainless steel and is Physical Vapor Deposition (PVD) coated, which increases durability.

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90° cable management system A slideable cable guide directs the cable run down the performer's back. It can be moved to the side, out of view. The sturdy cable relief allows you to bend and secure the cable in a gentle way, increasing its life expectancy. Kevlar-core cables We use the same size cable (∅ 1.6 mm) as on our 5 mm mics. They are extremely rugged, do not become tangled and are equipped with an inner core made of Kevlar that withstands rough pulls. 3-point ear grips Most headsets have either a 1- or 2-point gripping system resting on top of the ear and (sometimes) gripping below the ear. We've added a 3rd point a support area behind the ear pressing gently inward. This makes the headset more secure as well as comfortable. 2-way adjustable boom The boom length can be adjusted and the boom can be pivoted up and down. An anti rotate design prevents unwanted movement and a sliding lock keeps the boom in the desired position. Durable protective grid The mic housing resembles the well-known DPA logo. The tiny grid holes add to the mics' resilience to water and sweat. A foam windscreen is also included. Non-reflective finish The mic boom coating is non-reflective, making the mic unobtrusive even in harsh lighting. Functional cap construction The mic cap can easily be removed for cleaning. A tactile and audible "click" ensures that the cap has been secured properly to the mic housing. Learn more: dpamicrophones.com/6066Learn more: dpamicrophones.com/6066
6060 Subminiature Lavalier

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Close-up of a metallic cable with multiple connectors (no text or symbols visible)Almost invisible yet totally unforgettable
discrees™ 6060 CORE Subminiature Microphones are only three millimeters in size and they pack the audio power of larger, award-winning DPA mics. Despite their unobtrusive size, they are exceptionally clear, consistent and durable – three qualities that truly matter.
The mic housing resembles the well-known DPA logo with the tiny grid holes adding to the mics' resilience to water and sweat. The mic cap can easily be removed for cleaning. When you put the cap back on, a tactile and audible "click" ensures that it has been secured properly.
It's the only 3 mm mic that gives you the DPA sonic quality that you know and love.

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Close-up of a black cable with a pointed tip, isolated on white background (no text or symbols)Learn more: dpa microphones.com/6060

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Close-up of a white fabric garment with a circular button and perforated edge (no text or symbols visible)
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Close-up of a light blue button-up shirt collar with a black plastic clip attached (no text or symbols visible)8-way Clip for Subminiature
When used as a lavaler, a special rotatable clip is available. The 360" clip allows the lay to be mounted in eight positions, chosen in 45" incremental steps. This makes it very easy to change the mcs from women's to men's shirts (left- to right-buttoned) or even t-shirts and the like where the neckline is used.

Specifications 6060/6061/6066
Directional pattern
Omnidirectional
Cartridge type
Pre-polarized condenser
Frequency range
20 Hz - 20 kHz
Sensitivity, nominal ±3 dB at 1 kHz
6060: 20 mV/Pa; -34 dB re. 1 V/Pa
6061: 6 mV/Pa; -44 dB re. 1 V/Pa
6066: 5 mV/Pa; -44 dB re. 1 V/Pa
Equivalent noise level, A-weighted
6060: Typ. 24 dB(A) re. 20 μPa
6061: 1yp. 26 dB(A) re. 20 μPa
6066: Typ. 26 dB(A) rc. 20 μPa
Total harmonic distortion (THD)
6060: < 1% THD up to 126 dB SPL peak
6061: < 1% THD up to 128 dB SPL peak
6066: < 1% THD up to 128 dB SPL peak
Max. SPL, peak before clipping
6060:134dB
6061: 144 dB
6066: 144 dB
Connector
MicroDot, TA4F, LEMO and Min Jack
Color
Beige, Black
Frequency response

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| X-Axis Label | Y-Axis Value | | :--- | :--- | | 10:30 | -5.75 | | 10:40 | -5.65 | | 10:50 | -5.60 | | 10:60 | -5.58 | | 10:70 | -5.57 | | 10:80 | -5.56 | | 10:90 | -5.55 | | 10:10 | -5.54 | | 10:11 | -5.53 | | 10:12 | -5.52 | | 10:13 | -5.51 | | 10:14 | -5.50 | | 10:15 | -5.49 | | 10:16 | -5.48 | | 10:17 | -5.47 | | 10:18 | -5.46 | | 10:19 | -5.45 | | 10:20 | -5.44 | | 10:21 | -5.43 | | 10:22 | -5.42 | | 10:23 | -5.41 | | 10:24 | -5.40 | | 10:25 | -5.39 | | 10:26 | -5.38 | | 10:27 | -5.37 | | 10:28 | -5.36 | | 10:29 | -5.35 | | 10:30 | -5.34 | | 10:31 | -5.33 | | 10:32 | -5.32 | | 10:33 | -5.31 | | 10:34 | -5.30 | | 10:35 | -5.29 | | 10:36 | -5.28 | | 10:37 | -5.27 | | 10:38 | -5.26 | | 10:39 | -5.25 | | 10:40 | -5.24 | | 10:41 | -5.23 | | 10:42 | -5.22 | | 10:43 | -5.21 | | 10:44 | -5.20 | | 10:45 | -5.19 | | 10:46 | -5.18 | | 10:47 | -5.17 | | 10:48 | -5.16 | | 10:49 | -5.15 | | 10:50 | -5.14 | | 10:51 | -5.13 | | 10:52 | -5.12 | | 10:53 | -5.11 | | 10:54 | -5.10 | | 10:55 | -5.09 | | 10:56 | -5.08 | | 10:57 | -5.07 | | 10:58 | -5.06 | | 10:59 | -5.05 | | 10:60 | -5.04 | | 10:61 | -5.03 | | 10:62 | -5.02 | | 10:63 | -5.01 | | 10:64 | -5.00 | | 10:65 | -4.99 | | 10:66 | -4.98 | | 10:67 | -4.97 | | 10:68 | -4.96 | | 10:69 | -4.95 | | 10:70 | -4.94 | | 10:71 | -4.93 | | 10:72 | -4.92 | | 10:73 | -4.91 | | 10:74 | -4.90 | | 10:75 | -4.89 | | 10:76 | -4.88 | | 10:77 | -4.87 | | 10:78 | -4.86 | | 10:79 | -4.85 | | 10:80 | -4.84 | | 10:81 | -4.83 | | 10:82 | -4.82 | | 10:83 | -4.81 | | 10:84 | -4.80 | | 10:85 | -4.79 | | 10:86 | -4.78 | | 10:87 | -4.77 | | 10:88 | -4.76 | | 10:89 | -4.75 | | 10:90 | -4.74 | | 10:91 | -4.73 | | 10:92 | -4.72 | | 10:93 | -4.71 | | 10:94 | -4.70 | | 10:95 | -4.69 | | 10:96 | -4.68 | | 10:97 | -4.67 | | 10:98 | -4.66 | | 10:99 | -4.65 | | 11:00 | -4.64 | | 11:01 | -4.63 | | 11:02 | -4.62 | | 11:03 | -4.61 | | 11:04 | -4.60 | | 11:05 | -4.59 | | 11:06 | -4.58 | | 11:07 | -4.57 | | 11:08 | -4.56 | | 11:09 | -4.55 | | 11:10 | -4.54 | | 11:11 | -4.53 | | 11:12 | -4.52 | | 11:13 | -4.51 | | 11:14 | -4.50 | | 11:15 | -4.49 | | 11:16 | -4.48 | | 11:17 | -4.47 | | 11:18 | -4.46 | | 11:19 | -4.45 | | 11:20 | -4.44 | | 11:21 | -4.43 | | 11:22 | -4.42 | | 11:23 | -4.41 | | 11:24 | -4.40 | | 11:25 | -4.39 | | 11:26 | -4.38 | | 11:27 | -4.37 | | 11:28 | -4.36 | | 11:29 | -4.35 | | 11:30 | -4.34 | | 12:02 | -3.33 | | 2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2/2 /typical on-axis frequency response.