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d+ USB Class A |
d+
USB Class S |
d+ USB 2.0
d+ USB 2.0
interconnects are designed for lossless transmission of digital
signals without distortion.
d+ USB 2.0
interconnects are constructed with the finest materials available.
The conductors are made of PCOCC
for ideal hi-speed data transmission. The double shielded structure
protects signals from external noise contamination and
electro-magnetic interference. The TPE outer jacket is both flexible
and durable. The Class A connectors have Rhodium over Platinum
plated contacts for superior conductivity. And the impedance is
carefully adjusted to insure accurate data transmission.
Features
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PCOCC conductors with low
dielectric Polyolefin insulation.
-
Impedance
matched construction for accurate data transmission and excellent
stability.
-
Double
shielded structure protects signals from external noise
contamination and electro-magnetic interference.
-
TPE outer
jacket
-
Class S
connectors have Rhodium over Platinum plated Bronze alloy contacts
for durability and long term transmission stability.
-
The body of
the connectors are made of 30% glass filled PBT with an aluminum
outer cover to reduce resonance. This helps to stabilize the clock
operation for lossless sound recording and playback.
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Specifications |
|
|
Conductor |
Class A is
PCOCC（0.18mm×7, 0.18mm×19)
Class S is
PCOCC（0.18mm×14, 0.18mm×33) |
|
Structure |
Flat (Inverted
concentric structure) |
|
Shield |
Double shielded（tin
plated wire + aluminum tape） |
|
Insulation |
Polyolefin |
|
Outer Jacket |
Thermoplastic
Elastomers |
|
Connectors |
USB Type A-USB Type
B |
|
Connector Contacts |
Class A is Silver +
Rhodium plated bronze alloy
Class S is Platinum
+ Rhodium plated bronze alloy |
|
Connector Body |
PBT + Glass Fiber
30% |
|
Connector Outer
Cover |
Aluminum |
|
Cable Length |
0.7m / 1.0m / 2.0m / 3.0m /
5.0m |
Specifications subject to change without notice.
Eye Pattern Example
In telecommunication, an eye pattern, also known as an eye diagram,
is an oscilloscope display in which a digital data signal from a
receiver is repetitively sampled and applied to the vertical input,
while the data rate is used to trigger the horizontal sweep. It is
called an eye pattern because, for several types of coding, the
pattern looks like a series of eyes between a pair of rails. The d+
USB 2.0 cable eye pattern on the bottom shows superior accuracy
compared the the typical USB eye pattern above.
