MC10ELT25DTR2G

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The MC10ELT25DTR2G is a low-voltage differential signaling (LVDS) driver and differential phase frequency detector (DFF) which is used to transfer data and also provide clock signals over extended distances. It is designed for LVDS applications up to 1 Mbps and is intended for digital systems and circuits in which clock rates and signal levels must remain within tight constraints. The MC10ELT25DTR2G belongs to a class of logic-translators, level shifters which are used to convert logic from one voltage level to another.

The LVDS interface is suitable for applications routing high frequency signals up to 1 Mbps and provides advantages over higher voltage devices such as increased noise immunity, enhanced communication link reliability, and high quality digital signal transmission. The combination of the DFF and driver allows the clock and data signals to be transmitted over long distances without much loss due to power or noise. The MC10ELT25DTR2G is suited for applications such as data acquisition, motion control, and telecommunications.

The MC10ELT25DTR2G operates with low voltage differential signaling (LVDS) levels. The device has a switching threshold value of 0.6 V, which is ideal for low-voltage and low-power applications. The input logic levels can be changed between 0.3V to VDD using the different enable signals provided on the chip. The driver stage has an open-drain output which is suitable for driving the LVDS levels. The output from the driver is transmitted to the receiver through differential pairs, which provide higher transmission quality and lower noise levels than single ended signals.

The driver and the differential frequency detector work as follows. The DFF has an open-drain output and detects the rising and falling edges of an input signal. The signal is then transmitted through differential pairs which is insensitive to noise. The signal is then applied to the driver which transmits the digital data or clock signal from the transmitter to the receiver. The driver is able to drive the data signal over long distances without much signal degradation.

The MC10ELT25DTR2G is a device which is ideal for applications such as data acquisition, motion control, and telecommunications. The combination of the DFF, receiver, and driver ensures data transfer with minimal degradation. The open-drain output makes it suitable for driving the LVDS levels, while the input logic levels can be changed by using the enable signals provided on the chip. The MC10ELT25DTR2G is ideal for applications in which clock rates and signal levels must be maintained within tight constraints.

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