MJSV-16PH003

Rectangular Cable Assemblies are essential for the transmitting data reliably and effectively, and MJSV-16PH003 has been recognized as one of the most powerful rectangular cable assemblies. This article aims to explore the application field and working principle of MJSV-16PH003.

Application Field of MJSV-16PH003

The MJSV-16PH003 application field can be divided into two categories—in-vehicle and system connection fields. Generally speaking, MJSV-16PH003 is principally applied in the areas of public security, fire protection, vehicle control, train detection system and collision avoidance.

In terms of the in-vehicle field, MJSV-16PH003 plays an important role in providing connection solution between the electronic control unit (ECU) and the sensor network. As a result, it guarantees the reliable signal transmission for the safety of passengers and visitors in the vehicle.

On the other hand, MJSV-16PH003 is widely used in the system connection field. In this case, MJSV-16PH003’s compatibility enables the ECU to communicate with different systems. For example, in different public security and fire protection systems, MJSV-16PH003 provides the Ethernet connection between the command centre and the multiplexing units, in order to construct a reliable dedicated communication network. In laboratory and classroom monitoring solutions, MJSV-16PH003 also provides high-speed, reliable, and low cost connection of monitoring devices.

Working Principle of MJSV-16PH003

MJSV-16PH003 implements the mainstream Ethernet transmission protocols in order to transmit and receive data. This rectangular cable assembly consists of multiple conductor cables and employs shielded technology to protect the signals from electromagnetic interference.

The signal transmission in MJSV-16PH003 follows the normal ethernet transmission protocol, i.e. data from the source will be encoded into a frame with a header and a trailer, and then be transmitted through the various media. A bit rate and transmission distance can be configured to ensure the data transmission in real-time. In addition, multiple data frames can also be transmitted in the same channel, so that the system’s signal turnover rate is enhanced, and more data can be transmitted.

In addition, the signal integrity of MJSV-16PH003 is also guaranteed by the advanced EMI/RFI shielding technology. This technology utilizes the ground/drain wiring elements as the shield, and its impedance matches those of the signal line, so that the distribution and reflection of the radiation wave will be minimized, and the transmission power loss is also decreased. As a result, the signal of MJSV-16PH003 will be more immune to to external electromagnetic interference.

Conclusion

In a nutshell, MJSV-16PH003 provides a reliable connection solution for transmitting data in the fields of in-vehicle, public security and fire protection, train detection systems and collision avoidances. Its excellent performance in transferring data and shielding signals from external interference proposes a universal connection for various applications.