51Pin LVDS Cable
51Pin LVDS Cable Description 51Pin LVDS Cable Parameter 51Pin LVDS Introduction An LVDS cable with 51 pins is likely used to connect a display panel to a graphics controller or video card. LVDS stands for Low Voltage Differential Signaling, and it is a standard interface used for connecting LCD…
Product Introduction
51Pin LVDS Cable Description
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· Waterproof Resistant |
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· Different OD harnessed cable |
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· Suitable for Monitor/Display use |
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· UL listed for safety; IEC standard; durable design for long-lasting strength and performance |
51Pin LVDS Cable Parameter
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Rated Voltage: |
5V-20V |
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Rated Current: |
0.9A-5A |
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Connector Pin: |
51Pin to 40 Pin |
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Power Supply: |
Electric |
51Pin LVDS Introduction
An LVDS cable with 51 pins is likely used to connect a display panel to a graphics controller or video card. LVDS stands for Low Voltage Differential Signaling, and it is a standard interface used for connecting LCD panels.
Some of the main things to note about a 51 pin LVDS cable are:
• The 51 pins will include the differential signal pairs for transmitting the RGB video data to the display. Typical LVDS cables have between 24 and 54 signal pairs, depending on the resolution and size of the display.
• There will be pins for power (VCC and GND), as the display panel needs power to operate.
• There may be pins for control signals, such as enabling/disabling the panel, backlight control, etc.
• The cable itself is typically shielded to reduce electromagnetic interference and ensure signal integrity.
• The connectors at the ends of the cable will likely be FPC (Flexible Printed Circuit) connectors to mate with the FPC connectors on the graphics card and display panel.
• The cable is typically relatively thin and flexible to allow routing inside devices like laptops and monitors.
So in summary, a 51 pin LVDS cable is used to transmit the video data and provide the necessary power and control signals to operate an LCD panel from a graphics source, like a graphics card. The number of pins and signal pairs depends on the resolution and size of the display being connected.
Frequently Asked Questions
51Pin LVDS Cable
What are the common connector types used at the ends of a 51 pin LVDS cable?
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The most common connector types used at the ends of 51 pin LVDS cables are:
FPC connectors: Flexible Printed Circuit connectors. These are thin, flat connectors that mate with the FPC connectors on the display panel and graphics card.
Micro ribbon connectors: Narrow ribbon connectors with a pitch of 1 mm or less.
Mini D-Sub connectors: Smaller versions of the standard D-Sub connectors
What is the maximum length of a 51 pin LVDS cable?
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The maximum length of an LVDS cable depends on its gauge (thickness). For a standard 28 AWG (American Wire Gauge) 51 pin LVDS cable, the maximum length is around 3-5 meters. For thinner gauges, the maximum length can be up to 10 meters.
Can a 51 pin LVDS cable be used for both eDP and LVDS displays?
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No, a 51 pin LVDS cable is specifically designed for connecting an LVDS display panel. For connecting an eDP (Embedded DisplayPort) display, a different cable with an eDP connector would be required.
What are the main components of a 51 pin LVDS cable?
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The main components of a 51 pin LVDS cable are:
Conductors: Thin copper wires or traces to carry the differential signal pairs, power and control signals.
Insulation: Plastic insulation around each conductor to prevent short circuits.
Shielding: Aluminum foil or braided shielding to reduce EMI/RFI noise.
Jacket: External protective PVC or rubber jacket.
Connectors: FPC, micro-ribbon or mini D-Sub connectors at each end.
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