995-0001-742

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The 995-0001-742, also known as a short-range bidirectional data transceiver, is a piece of modern technology used to exchange data between two electronic elements over a short range. Its primary use is for safety-critical and mobile applications, and its working principle is relatively simple. This article will explain the application field and working principle of this transceiver in more detail.

In terms of applications, the 995-0001-742 is used for a variety of purposes. It is mostly used to secure data transmissions between two devices, such as in the case of vehicle-to-vehicle communication or in the case of industrial machinery communications. It is also used as an interface between computer systems and other devices, such as printers and scanners. Additionally, it can be used as a wireless repeater to allow more devices to connect to a single node.

In terms of working principle, the 995-0001-742 exploits a full-duplex communication link. This means that two electronic elements can communicate bi-directionally at the same time. It uses frequency hopping technology to ensure its data transfer is secure. In this technology, as the radio frequency used to transmit the data keeps changing, the chances of interception of the data by a third party are drastically reduced.

Apart from frequency hopping, the 995-0001-742 uses a spread spectrum technology for better reception. With spread spectrum, more channels are used to spread the data over a larger frequency range, reducing the possibility of interference from other wireless devices. This ensures better reliability of the communication link.

Finally, the 995-0001-742 also features time-slotted channel access (TSCA) to guarantee fairness and speed of access to the radio channel. It provides a convenient way for two Electronic elements to communicate by assigning slots to them in a deterministic manner.

To summarize, the 995-0001-742 is a short-range bidirectional data transceiver. It is mainly used for safety-critical and mobile applications such as vehicle-to-vehicle communication and industrial machinery communication. Its working principle is based on frequency hopping, spread spectrum, and time-slotted channel access technologies to provide reliability and data security. These features make the 995-0001-742 an ideal transceiver for a wide range of applications.

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