ChargeAll：能给笔记本充电的移动电源 | 管理科技[Province:
stereo portable wireless bluetooth speaker with metal case USB charge
Trade on HiSupplier, Worry Free Guarantee
oTrading safety, secure your money, lower the risk, protect both buyers and suppliers
oHiSupplier is a Chinese multinational company in U.S, it helps to coordination and order landing.
Company Profile
Company Info
Kuo Yin Electronic equipment Co.,Ltd.Is a major manufacturer and exporter in Guangdong areas dealing in, Designing and selling of speaker products, Computer peripherals series. At present our products include home theatre system, audio speaker,computer speaker,mini speaker,mobile and MP3/4 speaker,DVD Player,Portable DVD Player etc. Our factory established in 2002.We have produce worker more than 150 people, In order to best meet customers' requirements we have implemented a quality control syst...
Company Profile
Year Company Registered:
OEM Services Provided:
Business Type:
Manufacturer
Main Export Markets:
North America, Western Europe, Eastern Europe, South America, Southeast Asia, Eastern Asia, Mid East, Oceania, Africa
Best price for wireless Bluetooth speaker, please contact us for the best quotation and details for this wireless Bluetooth speaker right now.
Features and Specifications
1. Metal net case, Hi-Fi stereo, wireless Bluetooth speaker
2. Compatiable with iPhone, iPad, and all mobiles with Bluetooth device
3. Support MP3/MP4 player, computer, laptop, with any 3.5mm audio device
4. Bluetooth 2.1+EDR standard, transferring distant over 10 meters
5. Power: built in Li-battery, USB charging.&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&
6. We authorized one partner for Belgium, Holland, Germany and Austria markets, so we do not accept any order from the target markets.
Package information
Size:85*50*85MM & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & & &
QTY: 48PCS/CTN
N.W:4.6KGS
MEAS: 32.4x22.5x18CM 20&container Qty: 17KPcs 40&container Qty: 27KPcs
Send message to this supplier
Enter between 20 to 3,000 chatacters.English only
Contact Method
Kuo Yin Electronic equipment Co.,Ltd
The Third Industry Park Songgang Baoan,
Guangzhou,
Guangdong,
China (Mainland)
Tel: 86-20-
Related Products
Model No.:PBS-0016&
Place of Origin:Zhejiang&
[Province:&]&&
Send message to this supplier
Enter between 20 to 3,000 chatacters.English only
Contact Method
Kuo Yin Electronic equipment Co.,Ltd
The Third Industry Park Songgang Baoan,
Guangzhou, Guangdong,
China (Mainland)
Tel: 86-20-
Didn't find what you're looking for?
contact our
User Guide
Featured Partners:
Follow Us:
Browse by:
Language Option:
Copyright (C)
Online Inc. All Rights Reserved.EXTERNAL PORTABLE RECORDER BATTERY SYSTEMS
Studios™
C & D external battery systems allow for maximized hours-to-days
of field recorder powering for least pack size/weight.
are currently the MOST POWERFUL, RELIABLE, and FASTEST REFRESHING
external battery devices available in the world for remote location
occasional recording of several hours short running time per
day, low capacity AA cells or internal deck rechargeable batteries
may work well enough, making economical - environmental good sense.
alternative power solution is required when recharging deck
batteries and/or packing quantities of low capacity AA cells is
not practical for field projects.
watt super capacity C & D alkaline battery power
sleds are way more reliable,
have smaller size - weight compared to NiMH or Lithium batteries.
Recent fastest
electric car speed
record was powered by thousands of alkaline C cells!!!
ALKALINE ADVANTAGE
BATTERY SLED packs never need a charger, and are remote-field
refreshed with new cells in just minutes.
this to same size, but much lower watt capacity rechargeable
packs needing hours of charger-connection time.
alkaline cells are very economical for
cells can last up to 100 hours operating time, and (as compared
to usual 1-2 year lifetime of rechargeable packs),
alkaline sled stays field reliable for 10-20 years of rugged
field use!
Extended-time,
maximum reliability operation of audio recording devices
require practical higher wattage capacity external deck
battery solutions for remote recording projects lasting many hours
is especially true where charger power - recharging time,
and rechargeable cell reliability prove problematic for professional
recordists.
for 15+ Hrs powering KORG MR-1 HD
operates KORG MR-1 for 45+ Hrs.
USB connected power sleds for 20+/ 55+ hours powering of M-Audio's
MicroTrack 24/96 compact flash recorder.
sleds keep Microtrack's internal lithium battery
fully charged while powering the deck's recording.
models often requiring external powering
solutions for remote location recording include:
(~15-45+ Hrs),
(20-50+ hrs.),
(~20-30+ hrs/8 D cells);
(~20-28+ hrs/12 D cells);
(~15-30+ hrs/8 D cells); Marantz PMD-/
(~15-30+ hrs/8 D cells); Tascam
(~25-30+ hrs/8 D cells)
Recorder & Preamplifier External Battery Systems Chart
BATTERY MODEL
&(Lbs.) w/cells
D Inches with cells size
Additional
C Battery Sled Only
**5x6.3x3.3&
case styles available
DEVICES 702 / 722 / 744T
8.5x2.5x2.5&
Case, Bare Sled Dimensions
4-pin DC power plug external deck connection
4-pin DC power plug external deck connection
&7x2.5x2.5&
sled dimensions only.
4-pin DC power plug external deck connection
R/A DC power plug external deck connection
FR2 EDIROL R-4 MARANTZ PMD-670/671
dual 2-AA cell 'dummy' to external D cell battery pack:
PortaDisc Tascam HD-P2
dual 4-cell 'dummy' connection. External D cell pack:
Microtrack I & II
7.4x2.6x1.3&
precision regulated 5 volt power sled, protected ON/OFF slide switch,
power/low-battery LED indicator
9.0x3.3x1.5&
5.5x2.6x1.3&
very efficient 'AERO-SPACE'
LED indication with
boost PWR ON
6.3x3.3x1.5&
7.4x2.6x1.3&
regulated 5 volt 1 ampere power sled, exact molded right/angle plug,
protected ON/OFF slide switch, power/low-battery LED indicator
9.0x3.3x1.5&
5.5x2.6x1.3&
very efficient 'AERO-SPACE'
LED indication with
boost PWR ON
6.3x3.3x1.5&
Designs V2
8.5x2.9x1.4&
4-pin DC power plug preamplifier connection
Designs V2
Low profile molded R/A power plug connection
time varies w/deck-preamplifier device operating modes/temperature
Edirol-Roland
R-4, Fostex FR2 (CF) /(HD) models mostly exclude
full featured, fail-safe external battery connection to the AC adapter
jack, instead requiring internal 'dummy AA cell' connection with
small cord leading outside the hatch.
New Edirol R-4 PRO deck uses secure external 4 pin XLR power
plug/cord connection instead of dummy battery method shown at left.
DISCONTINUED
R-1 MODEL: FOR EXAMPLE ONLY
EDIROL-ROLAND
R-4 4-channel HD recorder is external battery
powered by
model's 8 alkaline
D type cells using internal deck 'dummy cell' connection shown at
compartment connection retains low
battery warning feature, also is most secure connected power
method that helps avoid recording data loss, or CF damage if power
is briefly interrupted.
Description: &DAT deck power plugs
are molded right/angle original deck manufacturer type.
ALL power cord is extra-flexible 350+ strand 20 gauge 'zip' type
for maximum power transfer efficiency.
sleds have self resetting thermal safety fusing. &All
contacts are silver-alloy-welded reliable.
YEAR LIMITED WARRANTY ON SYSTEMS & COMPONENTS
MicroTrack
24/96 Versions I & II Lowest Costing, Longest Running Power
Sled Models
USB Power Sleds
USB connected power sleds are available in two practical sizes.
Sled keeps Microtrack's internal battery fully charged while powering
use (6)six common C or D alkaline flashlight cells
precision 5 volt, 600 ma switching regulator
ON/OFF power slide switch
power on, low battery indicator*
foot length molded USB power connector cord with Velcro strap
Robust nylon cell holders with
over-molded ends
$175.00 USD
BD-MT $225.00 USD
LED power ON indicator works until batteries have less than 20% remaining
capacity. Gives many hours of margin before cells require replacement.
Deck continues operating on internal fully charged battery when power
sled's alkaline cells are finally exhausted.
Series use 4 cells for reduced size/weight
'hi-efficiency/hi-rel' 5 volt, 1000 milliampere output boost module
MT4 power sleds use super-high reliability
circuitry with full 1000 milliampere output.
uses a 'military-aerospace quality' switching
module that boosts/precision regulates.
boost switched ON over 100% available alkaline
cell capacity allows exceptional long running time using 4 cells.
NOTE: MT4's High Efficiency operating mode
delivers OVER 100% rated alkaline cell capacity!!!
is ALWAYS attempting to power the deck when connected, regardless
of boost operating. Boost ON mode provides continuous full power
delivery when alkaline cell voltage drops below deck requirements,
as is a typical characteristic of alkaline type cells.
MT4 allows exceptional full usageof low
cost, high capacity, and highest reliability alkaline cells
to power Microtrack decks for exceptionally long times with
most compact pack size
Series power sleds cost is higher as compared to far less efficient
6 cell models.
best choice for professional requirements where smallest size,
lowest weight, and exceptionally reliable long running Microtrack
deck (or other devices) requiring up to 1 ampere 5 volt USB power.
highest power 4 D alkaline cell model
compact 4 C Alkaline cell model
BD-6V2/6V3
Designs Preamp Power Sleds
has standard XLR-4F power plug with connected shell for
activating V2's external power mode
has exclusive custom molded very low profile locking right/angle
power plug.
TCD-D100 & PCM-M1 DAT 25-55 Hr. Battery System
(the 55+ hour D cell battery sled ONLY)
(shown at left)
2008 NOTE:
MODEL NO LONGER AVAILABLE
(The 4 Alkaline Batteries Shown
Are Not Included)
Gives 55+ Hours of Recording
TIPS SECTION
Portable Decks Run on Four Battery Types
Simple Facts
about rechargeable NiCAD/NiMH, Sealed
Lead/Acid, Lithium Ion, & Disposable Alkaline, Lithium, OXY-Nickel)&deck
Maintenance TIPS For Best Chance of Reliable Service
RECHARGEABLE
BATTERY INFORMATION FOR ELECTRIC VEHICLES, BUT DIY
too much information, please click
general recorder battery tips section)
VEHICLE BATTERY GLOSSARY
AEC-Q100 STANDARD
AEC-Q100 standard includes customer specific requirements
(CSR). ISO/TS-16949. It is an international standards Automotive
Quality Systems technical specification. It defines the purpose
of establishing common part-qualification and quality-system
standards for automotive components. It contains detailed
qualification and re-qualification requirements, and includes
unique test methods and guidelines for the use of generic
data. Components meeting these specifications are suitable
for use in the harsh automotive environment without additional
component level qualification testing.
PROTECTION
protection and monitoring are a necessity with Li-ion battery
packs. At the higher operating voltages experienced in electric
vehicles, an overvoltage can be catastrophic. Although the
quality of battery fabrication has improved, guarding against
higher temperature and fault conditions in any automotive
application remains crucial for reliable operation.
electric vehicle transportation applications they can typically
involve hundreds of cells, providing several hundred volts.
Although these stacks are inherently dangerous, they must
still communicate with the cell monitoring electronics, which
are usually located within the battery enclosure. Thus, the
communications method must be safe and reliable.
C6, C1, ETC
expression describing rate of discharge. The number indicates
the number of hours to completely discharge the battery at
a constant current. So C/20 is the current draw at which the
battery will last for 20 hours, C/1 is the current at which
the battery will last 1 hour. The useful capacity of a battery
changes depending on the discharge rate, so battery capacities
are stated with respect to a particular rate. For instance,
a battery is rated at 42 Ah (ampere-hours) at the C/10 rate
of 4.2A, but only 30 Ah at the C/1 rate of 30A.
CRANKING AMPS
performance rating for automobile starting batteries. It is
defined as the current that the battery can deliver for 30
seconds and maintain a terminal voltage greater than or equal
to 1.20 V per cell, at 0&F (-18&C), when the battery
is new and fully charged. Starting batteries may also be rated
for Cranking Amps, which is the same thing but at a temperature
of 32&F (0&C).
many charge/discharge cycles the battery can endure before
it loses its ability to hold a useful charge. Cycle life typically
depends on the depth of discharge (DOD). For example, if a
hypothetical battery pack will propel your car for a maximum
range of 100 miles, and you drive 50 miles between charges,
(50% DOD) then you may get 600 trips before replacing the
but if you drove 80 miles between charges, you might
only get 400 trips before the pack wears out.
OF DISCHARGE
amount of energy that has been removed from a battery (or
battery pack). Usually expressed as a percentage of the total
capacity of the battery. For example, 50% depth of discharge
means that half of the energy in the battery has been used.
80% DOD means that 80% of the energy has been discharged,
so the battery now holds only 20% of its full charge.
isolators provide isolation so that the high voltage output
from an EV battery can be monitored at a lower voltage.
can refer to a vehicle that employs only batteries (EV) that
are rechargeable, or a hybrid electric vehicle (HEV) that
uses a car's internal small gasoline engine to recharge the
battery, or a plug-in hybrid vehicle (PHEV) that can be recharged
form a power line or from a car's internal gasoline engine.
amount of energy that can be contained in a specific quantity
of the fuel source. Typically quoted in watt-hours per pound,
wh/lb, or watt-hours per kilogram, wh/kg. Battery technologies
such as NiMH and li-ion are in the 80-135 wh/kg range.
LITHIUM-ION
type of rechargeable battery in which lithium ions move from
the negative electrode to the positive electrode during discharge,
and reversely when charged. Different types of lithium-ion
batteries use different chemistries and have different characteristics.
The typical output voltage of a Li-ion battery is 4.0V.
LITHIUM-ION
POLYMER (LI-POL)
Rechargeable
batteries (secondary cell batteries). Normally these batteries
consist of several identical secondary cells in parallel to
increase the discharge current capability.
rechargeable technologies, such as nickel-metal hydride (NiMH)
have mostly replaced NiCad, because they have better energy
characteristics and don't contain toxic cadmium, a carcinogen.
The battery has a nickel-hydroxide cathode, a cadmium anode,
and aqueous potassium hydroxide electrolyte. Average battery
output is about 1.3 V.
METAL HYDRIDE
batteries are common in laptop computers and cellular phones.
NiMH is similar to nickel-cadmium but uses a metal hydride
a variety of metal alloys are used. Average battery
output is about 1.3 V. These batteries are also used in electric
cars, like the Toyota Prius.
performance rating for automobile starting batteries, it is
the number of minutes at which the battery can be discharged
at 25 A and maintain a terminal voltage higher than 1.75 V/cell,
on a new, fully charged battery at 80& F (27&C).
BATTERY (Lead/Acid type)
Lighting, and Ignition battery, a battery designed for use
in a conventional gasoline automobile. An SLI battery is designed
to give a lot of current during starting, but then to be recharged
immediately by the car's alternator. Electric cars usually
have a portion of the total battery capacity set aside for
amount of electrical charge in the battery, expressed as a
percentage of the difference between the fully-charged and
fully-discharged states.
battery designed to be used to provide the power to move a
vehicle, e.g. to be used in an electric car. An electric car
can have a battery pack consisting of 100 Li-ion cells.
RECHARGEABLE
SECONDARY CELLS
AA BATTERY INFO
AND NiMH AA CELLS
& NiMH batteries are often less reliable with unexpected loss
of capacity, especially IF NOT properly maintained.
Nickel-Cadmium
(NiCAD or NiCD) batteries need charging just before use,
and mostly run NiCAD down to having 50% capacity before
storage (avoiding fast self-discharge/memory effects).&
is seems a handicap because of additional deck time running
down NiCAD cells before being stored. &
batteries used in this manner can last 300 to over
600 FULL discharge/charge cycles.
contrast, Nickel-Metal-Hydride (NiMH) batteries
(were supplied with Sony TCD-D100
& M1 decks), while not needing discharging before
storing (have little or no memory effect), may
need running down to at least 50% before recharging
to avoid the potential for overcharging damage by poorly
designed chargers, especially those unable to charge
single cells, requiring instead having two or more cells
charged at the same time.
&Most of the newer chargers are designed to avoid NiCAD
cell memory and overcharging automatically, &but
most of these still don't JUST run down NiCAD (as is not needed
with memory-free NiMH) for storage&or before recharging
most careful with NiMH battery types as they are much
more easily damaged by an overcharge than NiCad types.
practice is mostly run NiMH batteries down (at least 50%)
even though the charger is
designed to protect against this type of damage. &
using 'overnight type chargers' even if having a timer
as it's very easy to forget when to remove cells, and
a brief power outage may initiate another damaging charge
it seems a good idea to remove the cells shortly after the
'Fast-Charge' Ready Light indicates charge completion,
this is not really necessary as cell(s) can be damaged if
&(and only if) the charger power is turned Off &&
On, initiating another FAST charge cycle, or the charger-to-cell
contact is momentarily disrupted (by playing with the cells
while in the charger) to cause another FAST charge cycle to
other words, an immediate fast charge startup on already
charged cells will be specially BAD for the newer NiMH types
as they (unlike NiCAD) have far less ability to resist damage
from being overcharged BUT, are not going to be the least
damaged by leaving on a "fast charger" (after FAST charge
light is off) for a few more hours.
and this is the tricky part to remember, NiMH type cells
are NOT FULLY CHARGED as yet when the FAST charger light
goes off!!! & It takes another 2-5 hours of TRICKLE
CHARGING to bring the cells to 100% fully charged capacity!
&Leaving the charger input power and cell contact undisturbed
for an additional trickle charge period is very important
to get full service from most NiCD and all NiMH batteries
when using FAST (1-2 hour) and newest extremely fast 15-30
minute type chargers.
WHEN leaving the cells and power undisturbed ALL NIGHT LONG
(trickle) charging is not likely to damage cells on well
designed FAST chargers! &BUT, and this part is important,
IF your MAINS power goes out and THEN BACK ON AGAIN during
the night, ZAP && Burn goes your NiMH cell capacity
(possibly) with poorly designed chargers. &
plugging the battery charger into a computer UPS AC protected
socket, where power is never interrupted long enough
to start up a damaging charge cycle, is the best suggestion
for having no concern about risking overcharging damage.&
DAT : &LATE MODEL
Sony TCD-D100 and PCM-M1 decks CANNOT be satisfactorily
run ON OTHER THAN (2) AA size NiMH cells or Non-rechargeable
ENERGIZER brand L91* photo lithium cells (*L91s exhaust
giving little or no 'low battery' warning so go by minimum
expected running hours for your deck model)
RECHARGEABLE
BATTERY SETS: Buy several backup battery sets and NUMBER
each cell so
that you can keep track of sets you've used (that need
charging) and ones (that should be fully charged) ready
to be used. &
cell charge retention (storage) life is variable
(4-14 days) before expected working capacity is
this is ambient storage temperature
and cell ma NiMH self-discharge
seems a bit quicker than most NiCD&
GOOD NEWS is that NiMH cells can be stored in any
(charged or discharged) state without affecting
cell capacity. &NiCD cells should always be
stored nearly fully discharge to avoid memory effects
typical of this type of cell chemistry.
Maximum available capacity for
AA NiMH cell is now at ~2800 milliamperes (MA)
new pocket size Edirol, Sony, and Olympus flash memory
record times is ~6-10 hours using these
premium capacity cells
A FAST CHARGER: Important feature
consideration with choosing a fast charger.
There are many fast chargers available these days,
BUT SOME ONLY looking at PAIRS of AA cells. These
chargers have ONE LED indicator for each 2-pair of
assumes each cell in the pair is IDENTICAL in
state of discharge, and charge characteristics.
Usually cells purchased in 'sets' of 2 or 4 cells
are very nearly identical and should have been produced
at the same time from the same production run, so
using such cells in 'matched sets' and charging
in chargers that can only 'see pairs' of cells is
not a big issue.
if ever you're matched sets get mixed with other
cells, or one cell in a set ages differently
from its mate, the charger will overcharge one cell,
and under charge the other greatly shortening the
reliability and life of the cells.
results in having cells that fall short of giving
expected recording time. Usually when this occurs,
ALL the cells used in mismatched sets need be tossed
for new sets, or keep used for less critical applications
where running short of expected capacity is not
best type of charger looks at EACH CELL, not just
pairs of cells. This type of charger will have
a status light for EACH CELL placed into the charger
and will charge correctly any combination of cells
from a single cell to a full 4 or more cells placed
into the charger with NEEDED precision regardless
of cell's history and state of charge.
Individual
cell monitoring type of charger costs a little more,
but insures fullest cell capacity and charge cycle
life, and is worth paying twice the cost if necessary
for having this ability.
Lead/Acid are reliable, easily maintained, but heavy, & best for
Lead/Acid (prismatic types) were used in few very early short
running-time DAT decks.
recently found in any portable, but merits of good reliability,
low cost, &15 ampere capacity, and connect-up-and-forget-chargers
gives good reason to consider L/A when high carry weight
is not a show stopping issue.
batteries have no memory effect, like to be stored fully charged,
and routinely run only 50% down.
means that a L/A battery that might actually, if pushed,
run a recorder for 10 hours before 95% exhaustion, should
be recharged after only 5-6 hours of use, allowing a maximum
of 1000 routine heavy duty discharge of
60-100% will shorten life to 200-400 cycles.
life is defined when 80% battery capacity remains.
Lead/Acid Battery if rarely run down over 50% and kept stored
with full charge using a good 2 or 3 stage charger (best
when always connected) should last 5-10 years!&
and maintained as recommended, the sealed Lead/Acid batteries
are ready at full 100% capacity the next day or year!
Ion rechargeables have high power capacity to weight ratio
early to recent miniDISC decks use a single 'gum stick'
prismatic Lithium Ion battery. These are (1) cell 3.2 to 4.2
volt batteries giving MD decks long running powering. Some recent
compact Flash Recorders also use this same 1 Lithium cell approach
for small battery size and light weight advantage, but modest
run times on current flash decks with internal lithium cell
are barely acceptable.
past miniDISC decks mostly allowed user battery replacement,
lately most MD decks, and most all the Flash decks have 'NOT
user replaceable' lithium cell feature. These battery types
degrade to less than 80% capacity in 1-3 years depending on
use and storage conditions.
Suggestion:
For longest service life, store all lithium battery packs
and decks with internal lithium batteries with battery at &50%
remaining capacity. Recent article states that capacity loss
in storage is greatly reduced with NOT storing these at full
or near full charge.
loss of storage capacity with always fully charge cells
is as much as 30-40% per year of storage. Batteries stored
at &40% charge loose much less capacity (&4-8% per year)
while stored.
best case for Lithium Ion battery is being used down to
30-40% remaining capacity, and stored in this condition until
needed, and then fully recharged just before using. Used in
this manner, cell life to 80% capacity may extend to as much
as 5 years.
NON-RECHARGEABLE
(DISPOSABLE, PRIMARY) BATTERIES
OXY-Nickel, & Lithium Primary Batteries
reliable AA disposable cells are small, low &weight &
very powerful.
AA, C, and D size alkaline primary cells are not (fully)
rechargeable, are very
low cost, most reliable, and have nearly twice the capacity
of most same size secondary cells. &
size Energizer brand L91 type photo-lithium have exceptional
ability to maintain cell voltage and power capacity in extreme
-40 to +160F very light weight, +10 years storage
life. Now also available in different colored 4-packs
marked as Energizer 'Advanced Lithium' outside of photo departments
at slightly less cost.
OXY-Nickel, only available in AA size primary cells, are
improved over standard alkaline with excellent ability to start
at, and maintain higher cell voltage at lower cell resistance
better power delivery than
regular Alkaline cells. Double the cost of standard alkaline.
compact flash decks offer easy 2-8+ hours
powering using sets of 2-8 AA cells
(either alkaline primary or NiMH rechargeable secondary types).
However, ONLY the flash decks using just 2 AA cells are most
practical for getting adequate 4-10+ depending
on type of AA cell used. Medium size flash decks using 8 AA
cells for just 2 hours running time are NOT very economical
or practical, and often require use of external long running
battery solution.
most reliable, and easy to use external battery solution for
over 10 hours use purposes, consider an external
of Alkaline C or
D primary cells for 15-60+ hours run time ability,
making practical worldwide remote projects where long running
time, small size/light weight, and maximum reliability are most
important requirements.
1998 - 2014 Sonic Studios Page updated 5/9/2014
on Sonic Studios Web Site?
(Click underlined text, and navigation photos)
Stereo-Surround Microphone Technology
DSM™ Mic Powering/Bass Filters
Eyegear/Headband/HRTF
Baffle mountable matched omni mics
transpa records real wind
MD, DAT, CF, HD, and Video Field/Event/Studio Recording
Stereo-Surround
Omni Mic Baffle for Stand, Fishpole, Studio Boom, and Ceiling
ACCESSORIES
Deck Power Solutions
Patch/Adapter
Field/Studio
Monitoring Headphones, Reviews
High-definition,
low noise, very wide bandwidth preamp designs to fit any field/event/studio
application using DSM™ stereo-surround mics.
ONLY 'Lombardo' Lapel Mic for interview, Narration, Lecture,
and clip-on acoustic instrument Recording
Magazine Reviews
Telephone #:
541-459-8839
ACCIDENTAL E-MAIL SPAM DELETION:
..................
ALWAYS INCLUDE an appropriate
SUBJECT LINE in all e-mail
correspondence.}