1.0mm LVDS Screen Cable

30AWG LVDS Cable 200mm Black 10pins 1.0mm Pitch LVDS Screen Cable

Product overview :

LVDS interface, also known as RS-644 bus interface, is a data transmission and interface technology. LVDS is a low-voltage differential signal. The core of this technology is to use a very low voltage swing for high-speed differential transmission of data. It can achieve point-to-point or point-to-multipoint connections. It has low power consumption, low bit error rate, low crosstalk and For low-emission characteristics, the transmission medium can be a copper PCB connection or a balanced cable. LVDS is more and more widely used in systems that require high signal integrity, low jitter, and common model performance. At present, the popular LVDS technical specifications have two standards: one is the ANSI/TIA/EIA-644 standard of TIA/EIA (Telecommunications Industry Alliance/Electronic Industry Alliance), and the other is the IEEE 1596.3 standard.These two standards focus on the specifications of the electrical characteristics, interconnection and line termination of the LVDS interface, but are not clear about the production process, transmission medium and power supply voltage. LVDS can be implemented with CMOS, GaAs or other technologies, and its power supply voltage can be from +5V to +3.3V or even lower; its transmission medium can be a PCB connection or a special cable. The standard recommends a maximum data transmission rate of 655Mbps, and in theory, on a lossless transmission line, the maximum transmission rate of LVDS can reach 1.923Gbps.

Parameter:

Advantages :

1. Power supply voltage compatibility as low as 2V

2. Low noise

3. High noise suppression capability

4. Reliable signal transmission

5. Can be integrated into system-level IC

6. The data rate of products using LVDS technology can be from several hundred Mbps to 2Gbps.

7. It is driven by current. The voltage is obtained by placing a load on the receiving end. When the current flows in the forward direction, the output of the receiving end is 1, and otherwise it is 0.

8. Its swing range is 250mv-450mv.

9. This technology is based on ANSI/TIA/EIA-644LVDS interface standard.

The quality of the wire harness material directly affects the quality of the wire harness. The choice of wire harness material is related to the quality and service life of the wire harness. In the selection of wire harness products, don't be greedy for cheap, cheap wire harness products may use poor quality wire harness materials. How to distinguish the quality of the harness? Understand the material of the wiring harness. The following is the material of wire harness selection.

The wiring harness is generally composed of wires, insulating sheaths, terminal blocks and packing materials.

1. Material selection of terminal

The copper used for terminal materials (copper parts) is mainly brass and bronze (brass is slightly lower in hardness than bronze), of which brass accounts for a larger proportion. In addition, different coatings can be selected according to different needs.

Second, the choice of insulating sheath

The commonly used materials of sheath material (plastic parts) are PA6, PA66, ABS, PBT, pp, etc. According to the actual situation, flame retardant or reinforcing materials can be added to the plastic to achieve the purpose of reinforcing or flame retardant, such as adding glass fiber reinforcement.

Third, the choice of wire harness

According to the different use environment, choose the corresponding wire material.

Fourth, the choice of dressing materials

Wire harness bandaging plays the role of wear resistance, flame retardant, anticorrosion, interference prevention, noise reduction, and beautification of appearance. Generally, the bandage material is selected according to the working environment and the size of the space. There are usually adhesive tapes, corrugated pipes, PVC pipes, etc. in the choice of packing materials.