MC100EL17DWR2

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

MC100EL17DWR2 is a specialized logic designed for specific applications. It is a 5V CMOS device designed to replace conventional UARTs in high-speed data interfaces. It features a fast low voltage differential signaling (LVDS) receiver and a low quiescent current differential transceiver meeting the requirements of a wide range of data communications devices.

The MC100EL17DWR2 has been designed to overcome many problems encountered in digital data communication, such as EMI, uncontrollable crosstalk, and loss of control signals. Its LVDS receiver provides high-common-mode range and low power dissipation, allowing for reliable data transmission in high-noise environments. The low quiescent current differential transceiver offers maximum power savings and enables the system to consume a smaller amount of power when it is idle.

The working principle of the MC100EL17DWR2 is primarily based on LVDS signaling technology. LVDS stands for Low Voltage Differential Signaling, and is a form of communication technology that allows for fast data transfer over short distances. The idea behind LVDS is for two devices to send and receive data via a differential pair of wires. The two wires carry the same data, but one is inverted. The receiver compares the two signals, and if they match, the data is received correctly. This technology is very efficient and not affected by crosstalk or electromagnetic interference.

The MC100EL17DWR2 is suitable for applications such as digital video, low-power control systems, factory automation, and data acquisition systems. Besides its flexible on-chip LVDS communication, it also provides digital signal processing features that can be used for communication systems. It can also be used in automotive applications thanks to its low power requirements.

In conclusion, the MC100EL17DWR2 is an efficient and reliable logic component that is suitable for a range of applications. It is designed to overcome common problems in digital data communication, such as EMI, uncontrollable crosstalk, and loss of control signals. Its LVDS receiver provides high-common-mode range and low power dissipation, allowing for reliable data transmission in high-noise environments. The low quiescent current differential transceiver offers maximum power savings and enables the system to consume a smaller amount of power when it is idle.

The specific data is subject to PDF, and the above content is for reference