Shielded Data Cable DP2.54-5P PH2.0-4P
Shielded Data Cable DP2.54-5P PH2.0-4P Description Shielded Data Cable DP2.54-5P PH2.0-4P Parameter Shielded Data Cable DP2.54-5P PH2.0-4P Introduction They are designed to carry low voltage, low current signals for data transmission. Typical voltages range from 3.3V to 5V, and currents range…
Product Introduction
Shielded Data Cable DP2.54-5P PH2.0-4P Description
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· Molded Connector |
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· Different Fuction cable as Requirement |
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· Suitable for Computer and Machine use |
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· UL listed for safety; IEC standard; TUV |
Shielded Data Cable DP2.54-5P PH2.0-4P Parameter
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Rated Voltage: |
1V-5V |
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Rated Current: |
0.5A-3A |
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Connector: |
Molded Connector |
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Power Supply: |
Electric |
Shielded Data Cable DP2.54-5P PH2.0-4P Introduction
They are designed to carry low voltage, low current signals for data transmission. Typical voltages range from 3.3V to 5V, and currents range from milliamps to a few amps.
• Shielding is used to reduce electromagnetic interference (EMI) and crosstalk between data lines. The shield is typically made of braided copper or aluminum foil.
• Data rates can vary widely, from kilobits per second up to gigabits per second, depending on the cable type and connectors. Higher data rates require more shielding and better isolation between conductors.
• Common connector types for data cables include: RJ45, USB, HDMI, DisplayPort, D-Subminiature, and various proprietary connectors.
• Voltage and current ratings are specific to the cable manufacturer, model number, and intended use. In general, they are designed for low voltage/current signaling.
• DP2.54-5P PH2.0-4P has:
A DisplayPort connector with 2.54mm pitch and 5 pins
A Hirose PH2.0 series 4-pin power connector
• Without more details, it is difficult to determine the exact voltage/current specifications for this particular cable.
So in summary, shielded data cables are designed for low voltage, low current signal transmission. The key is the shielding to reduce interference and crosstalk, allowing for higher data rates. But the specific voltage/current ratings depend on the manufacturer and intended use of the particular cable.
Frequently Asked Questions
IDC connector terminal cable
What is the purpose of shielding in data cables?
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Shielding is used to reduce electromagnetic interference (EMI) and crosstalk between the data lines in the cable. This helps ensure reliable data transmission at higher speeds. The shield is typically made of braided copper wires or aluminum foil.
What types of connectors are commonly used on data cables?
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Common connector types include:
RJ45 (for Ethernet cables)
USB
HDMI
DisplayPort
D-Subminiature (DB9, DB25, etc.)
Proprietary connectors used by manufacturers
What voltages and currents do data cables typically carry?
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Data cables are designed to carry low voltage, low current signals for data transmission. Typical voltages range from 3.3V to 5V, and currents range from milliamps up to a few amps. The exact ratings depend on the cable manufacturer and intended use.
What data rates can shielded data cables support?
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Data rates can vary widely, from kilobits per second up to gigabits per second, depending on the cable type, connectors, shielding, and number of conductors. Higher data rates require more shielding and isolation between conductors.
What factors affect the performance of data cables?
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Key factors that affect data cable performance include:
Shielding effectiveness
Impedance matching of conductors
Connector quality
Insulation material and thickness
Number of conductors/twisted pairs
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