2-1617052-3

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2-1617052-3, known as 2-1617052-3, is a type of non-contact transmission system. It uses electro-magnetic fields to identify and protect the data signals within a region. Whether it is the data transfer between two machines or the access to the cloud, 2-1617052-3 identification system can effectively guarantee the security of the data. Thus, it has been widely applied in the areas of ship boarding, hospital admission, manufacturing, industrial automation, botany and zoology studies, and many other applications.

2-1617052-3 Application Field

As one of the popular non-contact transmission systems, 2-1617052-3 can be used in different areas, such as:

• Health Care: 2-1617052-3 is widely used in hospital admissions, medical record keeping, robotics, nursing home monitoring, and telemedicine.
• Transportation: 2-1617052-3 is used to identify those who are boarding on the ship, checking of baggage, automatic parking systems, or identification of vehicles. It can also identify fault-tolerant safety mechanisms for autonomous cars.
• Industrial Automation: In industries including petrochemical, automated guided vehicles (AGV),material tracking and handling are used for efficient operation and maintenance.
• Botany and Zoology: It is used to automatically collect information about plants and animals.

2-1617052-3 Working Principle

2-1617052-3 identification system uses an electro-magnetic fields to identify and protect data signals within a region. It mainly consists of two parts: transmitter and receiver.

The transmitter sends out an electro-magnetic pulse which propagates in different directions. When the pulse encounters the receiver, it will reflect the pulse back with an altered phase. This altered phase will cause the receiver to respond and identify the data signal.

Once the signal is identified, the receiving device is able to respond and will provide the relevant action necessary. In some applications, the system can be used to send and receive commands, while in other cases it can be used to identify the position of the device.

2-1617052-3 has become a popular choice because of its advantages. It requires less power when compared to traditional contact transducers and doesn’t require any form of maintenance. Moreover, it can operate over a long distance and can identify multiple signals at once.

Conclusion

2-1617052-3 is widely used to identify people, vehicles, and data signals in different kinds of applications from medical to industrial. The working principle of the system is based on electro-magnetic fields. Its advantages include low power consumption, long distance, and multiple signal identification. With the increasing development of technology, we can expect to see more applications of 2-1617052-3 in the near future.

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