5351/9C SL005

Multiple Conductor Cables

Multiple conductor cables, as the name implies, are cables that contain more than one conductor. These cables are used in a variety of applications including power and control, telecommunications, networking, instrumentation, and so on. They are highly attractive for their versatility and use of space. The 5351/9C SL005 is a multi-conductor cable specifically engineered for LVDS (low-voltage differential signaling) applications.

Construction

The 5351/9C SL005 consists of two insulated copper conductors surrounded by an overall braided shield. The insulation on each conductor is made from polyethylene and has a nominal value of 0.18 mm. The braid is made from copper strands and offers excellent electrical isolation for the conductors within. The overall diameter of the cable is 1.06 mm which allows for an easy fit in most application spaces.

Performance Characteristics

The 5351/9C SL005 offers excellent performance characteristics for LVDS applications. The conductors have a nominal resistance of 14.56 Ohms/Km which ensures that the cable can transmit data effectively. The capacitance is also surprisingly low, at an average of 8.5pF/m. This ensures that the cable does not generate too much noise which could affect signal transmission. The overall cable has a maximum operating voltage of 300V, a working temperature of -40⁰C to +90⁰C, and a shielding effectiveness of up to 85%.

Applications

The 5351/9C SL005 is primarily used in LVDS applications. The low capacitance and noise level ensure that it can accurately transmit digital signals without interference. It is often used in the automotive industry for powertrain and control systems, as well as in machines that require precise signal transmissions. It is also useful in many consumer electronics such as TVs, laptops, and even gaming console controllers.

Working Principle

The 5351/9C SL005 utilizes differential signaling to successfully transmit digital signals. This means that the two copper conductors work in tandem to send a positive and negative signal simultaneously. When the signals reach the endpoint, the difference between the two signals is calculated. If the difference is above a certain threshold, the data is read as ‘1’; if it is below the threshold, it is read as ‘0’.

The shielding further improves signal transmission by blocking any external noise or interference. The braid on the outer edge of the cable reflects any incoming electromagnetic radiation, greatly reducing any potential interference signals reaching the conductors. The advantage of this is that the data can be transmitted accurately and reliably, ensuring that the transmission is error-free.

Conclusion

The 5351/9C SL005 is a versatile, space-saving cable designed for LVDS applications. Its construction ensures reliable signal transmission through the use of dual conductors and effective shielding. It is commonly used in the automotive and electronics industries due to its reliability and accuracy. This is the perfect choice for applications where accuracy and reliability are key.